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Norton Diamond Cutting Disc

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Norton Resin Bond Diamond Wheel ASD76 Grit & 125 mm Dia, SAB536

By Norton

₹2,021  

The Norton Resin Bond Diamond Wheel ASD76 Grit & 125 mm Dia, SAB536 is at the forefront of precision grinding technology, embodying a blend of high performance, versatility, and exceptional cutting capabilities. These wheels are crafted through a meticulous process where diamond abrasives are bonded with a resin matrix, resulting in a tool that can efficiently handle a wide array of grinding tasks across various industries. The core advantage of resin bond diamond wheels lies in their unique bonding system. The resin matrix not only holds the diamond particles securely in place but also provides a degree of flexibility and resilience that is absent in more rigid bonding systems such as metal or vitrified bonds. This flexibility allows the wheel to absorb shocks and vibrations during grinding, reducing the risk of chipping or cracking the workpiece, especially in delicate or intricate applications. Diamonds, being the hardest known material, endow these wheels with unparalleled abrasive properties. They can effortlessly grind and shape the hardest materials, including carbide, ceramics, and composite materials, with remarkable precision. The sharpness of the diamond cutting edges ensures minimal thermal damage to the workpiece, a critical factor in maintaining the integrity and performance of high-value components in industries like aerospace, electronics, and medical devices. Another significant advantage of resin bond diamond wheels is their ability to maintain their shape and sharpness over extended periods. This durability is essential for high-volume production environments where consistent performance is crucial. The self-sharpening nature of the diamond abrasive means that as the wheel wears down, fresh, sharp diamond particles are continually exposed, ensuring sustained cutting efficiency and reduced downtime for wheel dressing or replacement. Furthermore, resin bond diamond wheels offer exceptional versatility. They can be tailored to specific applications by varying the concentration and size of the diamond particles, as well as the composition of the resin bond. This customization allows manufacturers to optimize the wheel for specific grinding tasks, whether it's achieving a fine surface finish on a complex geometry or removing material rapidly from a tough substrate. The application range of resin bond diamond wheels is vast, covering sectors from precision engineering to tool manufacturing. In the aerospace industry, for instance, these wheels are indispensable for machining advanced composites and superalloys used in turbine blades and structural components. In the electronics sector, they are critical for producing the ultra-smooth surfaces required for semiconductor wafers and optical components.

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Norton Resin Bond Diamond Wheel ASD126 Grit & 125 mm Dia, SA40

By Norton

₹2,035  

The Norton Resin Bond Diamond Wheel ASD126 Grit & 125 mm Dia, SA40 is at the forefront of precision grinding technology, embodying a blend of high performance, versatility, and exceptional cutting capabilities. These wheels are crafted through a meticulous process where diamond abrasives are bonded with a resin matrix, resulting in a tool that can efficiently handle a wide array of grinding tasks across various industries. The core advantage of resin bond diamond wheels lies in their unique bonding system. The resin matrix not only holds the diamond particles securely in place but also provides a degree of flexibility and resilience that is absent in more rigid bonding systems such as metal or vitrified bonds. This flexibility allows the wheel to absorb shocks and vibrations during grinding, reducing the risk of chipping or cracking the workpiece, especially in delicate or intricate applications. Diamonds, being the hardest known material, endow these wheels with unparalleled abrasive properties. They can effortlessly grind and shape the hardest materials, including carbide, ceramics, and composite materials, with remarkable precision. The sharpness of the diamond cutting edges ensures minimal thermal damage to the workpiece, a critical factor in maintaining the integrity and performance of high-value components in industries like aerospace, electronics, and medical devices. Another significant advantage of resin bond diamond wheels is their ability to maintain their shape and sharpness over extended periods. This durability is essential for high-volume production environments where consistent performance is crucial. The self-sharpening nature of the diamond abrasive means that as the wheel wears down, fresh, sharp diamond particles are continually exposed, ensuring sustained cutting efficiency and reduced downtime for wheel dressing or replacement. Furthermore, resin bond diamond wheels offer exceptional versatility. They can be tailored to specific applications by varying the concentration and size of the diamond particles, as well as the composition of the resin bond. This customization allows manufacturers to optimize the wheel for specific grinding tasks, whether it's achieving a fine surface finish on a complex geometry or removing material rapidly from a tough substrate. The application range of resin bond diamond wheels is vast, covering sectors from precision engineering to tool manufacturing. In the aerospace industry, for instance, these wheels are indispensable for machining advanced composites and superalloys used in turbine blades and structural components. In the electronics sector, they are critical for producing the ultra-smooth surfaces required for semiconductor wafers and optical components.

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Norton Resin Bond Diamond Wheel ASD126 Grit & 150 mm Dia, SA3

By Norton

₹5,427  

The Norton Resin Bond Diamond Wheel ASD126 Grit & 150 mm Dia, SA3 is at the forefront of precision grinding technology, embodying a blend of high performance, versatility, and exceptional cutting capabilities. These wheels are crafted through a meticulous process where diamond abrasives are bonded with a resin matrix, resulting in a tool that can efficiently handle a wide array of grinding tasks across various industries. The core advantage of resin bond diamond wheels lies in their unique bonding system. The resin matrix not only holds the diamond particles securely in place but also provides a degree of flexibility and resilience that is absent in more rigid bonding systems such as metal or vitrified bonds. This flexibility allows the wheel to absorb shocks and vibrations during grinding, reducing the risk of chipping or cracking the workpiece, especially in delicate or intricate applications. Diamonds, being the hardest known material, endow these wheels with unparalleled abrasive properties. They can effortlessly grind and shape the hardest materials, including carbide, ceramics, and composite materials, with remarkable precision. The sharpness of the diamond cutting edges ensures minimal thermal damage to the workpiece, a critical factor in maintaining the integrity and performance of high-value components in industries like aerospace, electronics, and medical devices. Another significant advantage of resin bond diamond wheels is their ability to maintain their shape and sharpness over extended periods. This durability is essential for high-volume production environments where consistent performance is crucial. The self-sharpening nature of the diamond abrasive means that as the wheel wears down, fresh, sharp diamond particles are continually exposed, ensuring sustained cutting efficiency and reduced downtime for wheel dressing or replacement. Furthermore, resin bond diamond wheels offer exceptional versatility. They can be tailored to specific applications by varying the concentration and size of the diamond particles, as well as the composition of the resin bond. This customization allows manufacturers to optimize the wheel for specific grinding tasks, whether it's achieving a fine surface finish on a complex geometry or removing material rapidly from a tough substrate. The application range of resin bond diamond wheels is vast, covering sectors from precision engineering to tool manufacturing. In the aerospace industry, for instance, these wheels are indispensable for machining advanced composites and superalloys used in turbine blades and structural components. In the electronics sector, they are critical for producing the ultra-smooth surfaces required for semiconductor wafers and optical components.

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Norton Resin Bond Diamond Wheel SD107 Grit & 100 mm Dia, SA131

By Norton

₹1,635  

The Norton Resin Bond Diamond Wheel SD107 Grit & 100 mm Dia, SA131 is at the forefront of precision grinding technology, embodying a blend of high performance, versatility, and exceptional cutting capabilities. These wheels are crafted through a meticulous process where diamond abrasives are bonded with a resin matrix, resulting in a tool that can efficiently handle a wide array of grinding tasks across various industries. The core advantage of resin bond diamond wheels lies in their unique bonding system. The resin matrix not only holds the diamond particles securely in place but also provides a degree of flexibility and resilience that is absent in more rigid bonding systems such as metal or vitrified bonds. This flexibility allows the wheel to absorb shocks and vibrations during grinding, reducing the risk of chipping or cracking the workpiece, especially in delicate or intricate applications. Diamonds, being the hardest known material, endow these wheels with unparalleled abrasive properties. They can effortlessly grind and shape the hardest materials, including carbide, ceramics, and composite materials, with remarkable precision. The sharpness of the diamond cutting edges ensures minimal thermal damage to the workpiece, a critical factor in maintaining the integrity and performance of high-value components in industries like aerospace, electronics, and medical devices. Another significant advantage of resin bond diamond wheels is their ability to maintain their shape and sharpness over extended periods. This durability is essential for high-volume production environments where consistent performance is crucial. The self-sharpening nature of the diamond abrasive means that as the wheel wears down, fresh, sharp diamond particles are continually exposed, ensuring sustained cutting efficiency and reduced downtime for wheel dressing or replacement. Furthermore, resin bond diamond wheels offer exceptional versatility. They can be tailored to specific applications by varying the concentration and size of the diamond particles, as well as the composition of the resin bond. This customization allows manufacturers to optimize the wheel for specific grinding tasks, whether it's achieving a fine surface finish on a complex geometry or removing material rapidly from a tough substrate. The application range of resin bond diamond wheels is vast, covering sectors from precision engineering to tool manufacturing. In the aerospace industry, for instance, these wheels are indispensable for machining advanced composites and superalloys used in turbine blades and structural components. In the electronics sector, they are critical for producing the ultra-smooth surfaces required for semiconductor wafers and optical components.

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Norton Tool Pro Diamond Wheel 75 mm Dai for Tool Grinding CNC Machines Shape 11V9

By Norton

₹2,949 - ₹3,421

Norton Tool Pro Diamond Wheel 75 mm Dia for Tool Grinding CNC Machines Shape 11V9, engineered for consistent edge perfection. As part of Norton’s premium Diamond Cutting Disc lineup, this wheel incorporates ultra-fine diamond grit bonded with advanced resin technology, ensuring clean, accurate flute sharpening and reconditioning applications. Its compact 75 mm diameter and specialized Shape 11V9 geometry provide precise control over small-diameter tools, minimizing material loss while maximizing edge sharpness—ideal for micro-end mills, drills, and precision tooling. The Norton Tool Pro Diamond Wheel 75 mm Dia for Tool Grinding CNC Machines Shape 11V9 offers exceptional longevity under demanding CNC conditions. High-density diamond distribution combats glazing, and the robust bond reduces wear and cracking, delivering sustained performance at high RPMs. Professionals benefit from reduced cycle times, enhanced repeatability, and minimal downtime thanks to its stable construction and reliable mount fit. Whether you’re restoring carbide tooling or performing high-precision reconditioning, this Norton diamond cutting disc provides dependable, professional-grade results—helping you maintain tight tolerances, superior finishes, and peak efficiency across every project.

Diameter : 75 mm

Type of Product : Diamond Wheel

Application : CNC- Point

Series : Tool Pro

Width : 10 mm

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Norton Resin Bond Diamond Wheel ASD126 Grit & 100 mm Dia, SA36

By Norton

₹2,385  

The Norton Resin Bond Diamond Wheel ASD126 Grit & 100 mm Dia, SA36 is at the forefront of precision grinding technology, embodying a blend of high performance, versatility, and exceptional cutting capabilities. These wheels are crafted through a meticulous process where diamond abrasives are bonded with a resin matrix, resulting in a tool that can efficiently handle a wide array of grinding tasks across various industries. The core advantage of resin bond diamond wheels lies in their unique bonding system. The resin matrix not only holds the diamond particles securely in place but also provides a degree of flexibility and resilience that is absent in more rigid bonding systems such as metal or vitrified bonds. This flexibility allows the wheel to absorb shocks and vibrations during grinding, reducing the risk of chipping or cracking the workpiece, especially in delicate or intricate applications. Diamonds, being the hardest known material, endow these wheels with unparalleled abrasive properties. They can effortlessly grind and shape the hardest materials, including carbide, ceramics, and composite materials, with remarkable precision. The sharpness of the diamond cutting edges ensures minimal thermal damage to the workpiece, a critical factor in maintaining the integrity and performance of high-value components in industries like aerospace, electronics, and medical devices. Another significant advantage of resin bond diamond wheels is their ability to maintain their shape and sharpness over extended periods. This durability is essential for high-volume production environments where consistent performance is crucial. The self-sharpening nature of the diamond abrasive means that as the wheel wears down, fresh, sharp diamond particles are continually exposed, ensuring sustained cutting efficiency and reduced downtime for wheel dressing or replacement. Furthermore, resin bond diamond wheels offer exceptional versatility. They can be tailored to specific applications by varying the concentration and size of the diamond particles, as well as the composition of the resin bond. This customization allows manufacturers to optimize the wheel for specific grinding tasks, whether it's achieving a fine surface finish on a complex geometry or removing material rapidly from a tough substrate. The application range of resin bond diamond wheels is vast, covering sectors from precision engineering to tool manufacturing. In the aerospace industry, for instance, these wheels are indispensable for machining advanced composites and superalloys used in turbine blades and structural components. In the electronics sector, they are critical for producing the ultra-smooth surfaces required for semiconductor wafers and optical components.

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Norton Resin Bond Diamond Wheel ASD126 Grit & 100 mm Dia, SA1

By Norton

₹2,035  

The Norton Resin Bond Diamond Wheel ASD126 Grit & 100 mm Dia, SA1 is at the forefront of precision grinding technology, embodying a blend of high performance, versatility, and exceptional cutting capabilities. These wheels are crafted through a meticulous process where diamond abrasives are bonded with a resin matrix, resulting in a tool that can efficiently handle a wide array of grinding tasks across various industries. The core advantage of resin bond diamond wheels lies in their unique bonding system. The resin matrix not only holds the diamond particles securely in place but also provides a degree of flexibility and resilience that is absent in more rigid bonding systems such as metal or vitrified bonds. This flexibility allows the wheel to absorb shocks and vibrations during grinding, reducing the risk of chipping or cracking the workpiece, especially in delicate or intricate applications. Diamonds, being the hardest known material, endow these wheels with unparalleled abrasive properties. They can effortlessly grind and shape the hardest materials, including carbide, ceramics, and composite materials, with remarkable precision. The sharpness of the diamond cutting edges ensures minimal thermal damage to the workpiece, a critical factor in maintaining the integrity and performance of high-value components in industries like aerospace, electronics, and medical devices. Another significant advantage of resin bond diamond wheels is their ability to maintain their shape and sharpness over extended periods. This durability is essential for high-volume production environments where consistent performance is crucial. The self-sharpening nature of the diamond abrasive means that as the wheel wears down, fresh, sharp diamond particles are continually exposed, ensuring sustained cutting efficiency and reduced downtime for wheel dressing or replacement. Furthermore, resin bond diamond wheels offer exceptional versatility. They can be tailored to specific applications by varying the concentration and size of the diamond particles, as well as the composition of the resin bond. This customization allows manufacturers to optimize the wheel for specific grinding tasks, whether it's achieving a fine surface finish on a complex geometry or removing material rapidly from a tough substrate. The application range of resin bond diamond wheels is vast, covering sectors from precision engineering to tool manufacturing. In the aerospace industry, for instance, these wheels are indispensable for machining advanced composites and superalloys used in turbine blades and structural components. In the electronics sector, they are critical for producing the ultra-smooth surfaces required for semiconductor wafers and optical components.

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Norton Tool Pro Diamond Wheel 100 mm Dai for Tool Grinding CNC Machines Shape 11V9

By Norton

₹3,775 - ₹4,483

Norton Tool Pro Diamond Wheel 100 mm Dia for Tool Grinding CNC Machines Shape 11V9, designed for exceptional tool sharpening performance. This high-grade diamond cutting disc combines Norton’s superior bond technology and uniform diamond grit to deliver consistent cutting speeds and accurate edge profiles. The 100 mm diameter paired with the specialized Shape 11V9 geometry ensures optimal contact during flute sharpening and tool reconditioning, allowing smooth stock removal with minimal overheating or glazing. Built for CNC machines, this wheel guarantees reliable mount stability, reducing vibration and improving dimensional accuracy on carbide, HSS, and exotic alloys. The Norton Tool Pro Diamond Wheel 100 mm Dia for Tool Grinding CNC Machines Shape 11V9 offers remarkable wheel life, resisting wear and cracking even in high-pressure, high-speed environments. Its cohesive structure minimizes material loss and downtime, empowering industrial toolrooms and precision manufacturers to maintain throughput. Whether you’re restoring twisted-drill flutes, honing micro-milling cutters, or regrinding custom geometries, this disc delivers clean finishes, repeatable results, and cost-effective productivity. Trust Norton’s engineering excellence to elevate your CNC grinding operations—ensuring flawless edge quality and performance with every grind.

Diameter : 100 mm

Type of Product : Diamond Wheel

Application : CNC- Point

Suitable For : Tool Grinding CNC Machines

Series : Tool Pro

Width : 10 mm

Grit : D64 Tool Pro

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Norton Resin Bond Diamond Wheel ASD181 Grit & 200 mm Dia, SAE156

By Norton

₹3,803  

The Norton Resin Bond Diamond Wheel ASD181 Grit & 200 mm Dia, SAE156 is at the forefront of precision grinding technology, embodying a blend of high performance, versatility, and exceptional cutting capabilities. These wheels are crafted through a meticulous process where diamond abrasives are bonded with a resin matrix, resulting in a tool that can efficiently handle a wide array of grinding tasks across various industries. The core advantage of resin bond diamond wheels lies in their unique bonding system. The resin matrix not only holds the diamond particles securely in place but also provides a degree of flexibility and resilience that is absent in more rigid bonding systems such as metal or vitrified bonds. This flexibility allows the wheel to absorb shocks and vibrations during grinding, reducing the risk of chipping or cracking the workpiece, especially in delicate or intricate applications. Diamonds, being the hardest known material, endow these wheels with unparalleled abrasive properties. They can effortlessly grind and shape the hardest materials, including carbide, ceramics, and composite materials, with remarkable precision. The sharpness of the diamond cutting edges ensures minimal thermal damage to the workpiece, a critical factor in maintaining the integrity and performance of high-value components in industries like aerospace, electronics, and medical devices. Another significant advantage of resin bond diamond wheels is their ability to maintain their shape and sharpness over extended periods. This durability is essential for high-volume production environments where consistent performance is crucial. The self-sharpening nature of the diamond abrasive means that as the wheel wears down, fresh, sharp diamond particles are continually exposed, ensuring sustained cutting efficiency and reduced downtime for wheel dressing or replacement. Furthermore, resin bond diamond wheels offer exceptional versatility. They can be tailored to specific applications by varying the concentration and size of the diamond particles, as well as the composition of the resin bond. This customization allows manufacturers to optimize the wheel for specific grinding tasks, whether it's achieving a fine surface finish on a complex geometry or removing material rapidly from a tough substrate. The application range of resin bond diamond wheels is vast, covering sectors from precision engineering to tool manufacturing. In the aerospace industry, for instance, these wheels are indispensable for machining advanced composites and superalloys used in turbine blades and structural components. In the electronics sector, they are critical for producing the ultra-smooth surfaces required for semiconductor wafers and optical components.

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Norton Resin Bond Diamond Wheel ASD126 Grit & 100 mm Dia, SA8

By Norton

₹2,519  

The Norton Resin Bond Diamond Wheel ASD126 Grit & 100 mm Dia, SA8 is at the forefront of precision grinding technology, embodying a blend of high performance, versatility, and exceptional cutting capabilities. These wheels are crafted through a meticulous process where diamond abrasives are bonded with a resin matrix, resulting in a tool that can efficiently handle a wide array of grinding tasks across various industries. The core advantage of resin bond diamond wheels lies in their unique bonding system. The resin matrix not only holds the diamond particles securely in place but also provides a degree of flexibility and resilience that is absent in more rigid bonding systems such as metal or vitrified bonds. This flexibility allows the wheel to absorb shocks and vibrations during grinding, reducing the risk of chipping or cracking the workpiece, especially in delicate or intricate applications. Diamonds, being the hardest known material, endow these wheels with unparalleled abrasive properties. They can effortlessly grind and shape the hardest materials, including carbide, ceramics, and composite materials, with remarkable precision. The sharpness of the diamond cutting edges ensures minimal thermal damage to the workpiece, a critical factor in maintaining the integrity and performance of high-value components in industries like aerospace, electronics, and medical devices. Another significant advantage of resin bond diamond wheels is their ability to maintain their shape and sharpness over extended periods. This durability is essential for high-volume production environments where consistent performance is crucial. The self-sharpening nature of the diamond abrasive means that as the wheel wears down, fresh, sharp diamond particles are continually exposed, ensuring sustained cutting efficiency and reduced downtime for wheel dressing or replacement. Furthermore, resin bond diamond wheels offer exceptional versatility. They can be tailored to specific applications by varying the concentration and size of the diamond particles, as well as the composition of the resin bond. This customization allows manufacturers to optimize the wheel for specific grinding tasks, whether it's achieving a fine surface finish on a complex geometry or removing material rapidly from a tough substrate. The application range of resin bond diamond wheels is vast, covering sectors from precision engineering to tool manufacturing. In the aerospace industry, for instance, these wheels are indispensable for machining advanced composites and superalloys used in turbine blades and structural components. In the electronics sector, they are critical for producing the ultra-smooth surfaces required for semiconductor wafers and optical components.

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Norton D54 G Force Diamond Wheel 125 mm Dia with 31.75 mm Bore for Tool Grinding CNC Machine

By Norton

₹12,979 - ₹33,039

Norton D54 G Force Diamond Wheel 125 mm Dia with 31.75 mm Bore for Tool Grinding CNC Machine, an advanced solution in the Diamond Cutting Disc category. Featuring Norton’s proprietary G Force bond and high-density diamond grit, this wheel delivers clean, consistent cuts across carbide, HSS, and exotic alloys. The 125 mm diameter combined with a 31.75 mm bore ensures superior stability and reduced run-out on most CNC grinders, minimizing vibration and enhancing grinding accuracy during demanding operations like flute profiling and end mill sharpening. Built for rigorous industrial use, the Norton D54 G Force Diamond Wheel 125 mm Dia with 31.75 mm Bore for Tool Grinding CNC Machine offers exceptional durability and resistance to glazing, chipping, and bond wear. Its optimized bond structure defends against heat and supports extended wheel life, reducing machine downtime and operational costs. Ideal for precision tool rooms and high-volume production environments, this diamond cutting disc enables faster machining cycles, sharper edge geometries, and consistent mirror finishes. Equip your CNC grinding setup with Norton’s innovative engineering to achieve professional-grade results, maximum tool life, and peak efficiency.

Diameter : 125 mm

Type of Product : Diamond Wheel

Suitable For : Tool Grinding CNC Machine

Shape : 1A1

Series : D54 G Force

Bore : 31.75 mm

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Norton Tool Pro Diamond Wheel 100 mm Dai for Tool Grinding CNC Machines Shape 1V1/45

By Norton

₹4,601 - ₹8,259

Norton Tool Pro Diamond Wheel 100 mm Dia for Tool Grinding CNC Machines Shape 1V1/45, engineered for precision, durability, and superior edge quality. This diamond cutting disc from the renowned Norton brand excels in tool reconditioning, featuring an optimized 100 mm diameter and Shape 1V1/45 geometry for precise contact on helical flutes, drills, and carbide inserts. The Norton Tool Pro Diamond Wheel 100 mm Dia for Tool Grinding CNC Machines Shape 1V1/45 utilizes high-density diamond grains and advanced bond technology to deliver consistent cut rates and exceptional surface finishes—ideal for high-speed, high-pressure CNC environments. Designed for demanding industrial and toolroom applications, this diamond wheel ensures long-lasting performance with minimal wear and low risk of glazing, cracking, or premature failure. Its stable construction maintains shape and accuracy over extended cycles, reducing downtime and tool changeovers. Whether sharpening tungsten-carbide end mills or regrinding specialized cutting tools, this Norton diamond cutting disc maximizes throughput while minimizing material loss. Trust Norton’s engineering expertise for reliable, repeatable results that elevate productivity and finish quality on every CNC tool grinding project.

Diameter : 100 mm

Type of Product : Diamond Wheel

Application : CNC- Gashing

Shape : 1V1/45

Series : Tool Pro

Layers : 6

Grit : D64 Tool Pro

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Norton V-Prime Diamond Wheel 75 mm Dai for Tool Grinding CNC Machine Shape 11V9

By Norton

₹14,159 - ₹14,159

Norton V‑Prime Diamond Wheel 75 mm Dia for Tool Grinding CNC Machine Shape 11V9, a cutting-edge addition to Norton’s renowned Diamond Cutting Disc range. Engineered with high-density diamond abrasive embedded in a robust resin bond, this wheel delivers razor-sharp edge consistency and exceptional wear resistance. Its compact 75 mm diameter and refined 11V9 geometry ensure optimal contact during flute sharpening and tool reconditioning, allowing clean, controlled material removal with minimal waste. CNC operators will appreciate its rapid stock removal and reliable performance across demanding grinding tasks. The Norton V‑Prime Diamond Wheel 75 mm Dia for Tool Grinding CNC Machine Shape 11V9 is built for industrial-grade longevity and accuracy under high-speed conditions. The resilient bond minimizes glazing, cracking, and vibration, extending wheel life and reducing machine downtime. Ideal for precision shops sharpening carbide and HSS tools, this diamond cutting disc supports tighter tolerances and faster cycle times. Invest in Norton V‑Prime for consistent sharpening outcomes, enhanced throughput, and professional-grade edge quality—transforming your workflow with efficiency and dependability.

Diameter : 75 mm

Type of Product : Diamond Wheel

Application : CNC- Point

Shape : 11V9

Series : V-Prime

Grit : D64 Vprime

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Norton Resin Bond Diamond Wheel ASD126 Grit & 125 mm Dia, SA10

By Norton

₹2,035  

The Norton Resin Bond Diamond Wheel ASD126 Grit & 125 mm Dia, SA10 is at the forefront of precision grinding technology, embodying a blend of high performance, versatility, and exceptional cutting capabilities. These wheels are crafted through a meticulous process where diamond abrasives are bonded with a resin matrix, resulting in a tool that can efficiently handle a wide array of grinding tasks across various industries. The core advantage of resin bond diamond wheels lies in their unique bonding system. The resin matrix not only holds the diamond particles securely in place but also provides a degree of flexibility and resilience that is absent in more rigid bonding systems such as metal or vitrified bonds. This flexibility allows the wheel to absorb shocks and vibrations during grinding, reducing the risk of chipping or cracking the workpiece, especially in delicate or intricate applications. Diamonds, being the hardest known material, endow these wheels with unparalleled abrasive properties. They can effortlessly grind and shape the hardest materials, including carbide, ceramics, and composite materials, with remarkable precision. The sharpness of the diamond cutting edges ensures minimal thermal damage to the workpiece, a critical factor in maintaining the integrity and performance of high-value components in industries like aerospace, electronics, and medical devices. Another significant advantage of resin bond diamond wheels is their ability to maintain their shape and sharpness over extended periods. This durability is essential for high-volume production environments where consistent performance is crucial. The self-sharpening nature of the diamond abrasive means that as the wheel wears down, fresh, sharp diamond particles are continually exposed, ensuring sustained cutting efficiency and reduced downtime for wheel dressing or replacement. Furthermore, resin bond diamond wheels offer exceptional versatility. They can be tailored to specific applications by varying the concentration and size of the diamond particles, as well as the composition of the resin bond. This customization allows manufacturers to optimize the wheel for specific grinding tasks, whether it's achieving a fine surface finish on a complex geometry or removing material rapidly from a tough substrate. The application range of resin bond diamond wheels is vast, covering sectors from precision engineering to tool manufacturing. In the aerospace industry, for instance, these wheels are indispensable for machining advanced composites and superalloys used in turbine blades and structural components. In the electronics sector, they are critical for producing the ultra-smooth surfaces required for semiconductor wafers and optical components.

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Norton D54 G Force Diamond Wheel 100 mm Dia with 31.75 mm Bore for Tool Grinding CNC Machine

By Norton

₹9,085 - ₹25,959

Norton D54 G Force Diamond Wheel 100 mm Dia with 31.75 mm Bore for Tool Grinding CNC Machine—an elite addition to Norton’s Diamond Cutting Disc lineup. Precision-engineered for high-performance grinding, this diamond wheel features a robust bond and concentrated diamond grit to deliver clean, accurate cuts and exceptional edge retention. The 100 mm diameter and 31.75 mm bore ensure stable mounting on most CNC tool grinders, reducing vibration and enhancing grind consistency for carbide, HSS, and tough alloy tools. The Norton D54 G Force Diamond Wheel 100 mm Dia with 31.75 mm Bore for Tool Grinding CNC Machine is built for industrial endurance and continuous operation. Its advanced bond technology resists glazing and cracking, extending wheel life and maintaining sharpness through repetitive use. Ideal for flute profiling, tool reconditioning, and precision re-grinding, this diamond cutting disc reduces cycle times, minimizes material loss, and delivers mirror-smooth finishes. Trust Norton’s expertise to support high-output toolrooms with reliable performance, less downtime, and professional-grade edge quality on every job.

Diameter : 100 mm

Type of Product : Diamond Wheel

Shape : 1A1

Series : D54 G Force

Bore : 31.75 mm

Usage/Application : Heavy Duty Work

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Norton Flute Evo Diamond Wheel 100 mm Dai with 20 mm Bore for Tool Grinding CNC Machines

By Norton

₹21,239 - ₹37,759

Norton Flute Evo Diamond Wheel 100 mm Dia with 20 mm Bore for Tool Grinding CNC Machines, a standout in the Diamond Cutting Disc range by Norton. Crafted using Norton’s advanced diamond bond technology, this wheel delivers ultra-consistent cutting action and exceptional edge retention on tough carbide and HSS materials. The optimized 100 mm diameter and precision 20 mm bore ensure secure, low-vibration mounting on CNC tool grinders, maximizing accuracy during flute profiling and end‑mill sharpening. With its densely-packed diamond grit and balanced bond matrix, this wheel resists glazing and chipping—offering smooth, clean finishes and reliable performance across every grind. Engineered for the high-speed demands of industrial tool rooms and CNC production lines, the Norton Flute Evo Diamond Wheel 100 mm Dia with 20 mm Bore for Tool Grinding CNC Machines delivers exceptional wheel life and stability. Its superior thermal resistance lowers downtime while minimizing material waste and ensuring tight tolerances. Perfectly suited for professionals reconditioning micro-milling cutters or flute geometries, this diamond cutting disc boosts throughput, enhances productivity, and delivers mirror-quality surface results. Trust Norton’s engineering excellence to elevate your grinding operations with durability, precision, and cost-effective performance—grinding smarter has never been simpler.

Diameter : 100 mm

Type of Product : Diamond Wheel

Application : CNC- Fluting

Shape : 1A1

Series : Flute Evo

Bore : 20 mm

Layers : 10

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Norton V-Prime Diamond Wheel 100 mm Dai for Tool Grinding CNC Machines, 66260210279

By Norton

₹16,542  

The Norton V-Prime Diamond Wheel 100 mm Dai for Tool Grinding CNC Machines, 66260210279 is the apex of abrasive tool technology, renowned for their unmatched hardness, precision, and efficiency in grinding and cutting applications. Crafted using industrial diamonds, the hardest material known to humanity, these wheels are engineered to meet the rigorous demands of various industries, from aerospace to electronics manufacturing. At the heart of a diamond wheel’s superior performance is the integration of diamond abrasives into its construction. These diamonds are either embedded within a bonding matrix or electroplated onto a wheel’s surface, providing an exceptional cutting edge. The result is a tool capable of grinding and shaping the hardest materials, including tungsten carbide, ceramics, glass, and superalloys, with extraordinary precision. This makes diamond wheels indispensable in processes where achieving high tolerance and smooth surface finishes are paramount. The construction of diamond wheels typically involves a matrix of either resin, metal, or vitrified bonds. Each type of bond offers distinct advantages tailored to specific applications. Resin bonds provide flexibility and resilience, making them ideal for fine grinding and polishing operations. Metal bonds offer superior strength and durability, suited for heavy-duty grinding tasks. Vitrified bonds, known for their porous structure, facilitate efficient coolant flow and chip removal, essential for maintaining sharpness and preventing overheating during high-speed grinding. One of the standout features of diamond wheels is their exceptional wear resistance. Unlike conventional abrasive wheels, which wear down relatively quickly, diamond wheels maintain their cutting efficiency over prolonged periods. This longevity translates into fewer wheel replacements and reduced downtime, significantly enhancing productivity and cost-effectiveness in high-volume production environments. Additionally, the self-sharpening nature of diamond abrasives ensures that the wheel consistently delivers optimal performance, as fresh, sharp diamond particles are exposed during use. The versatility of diamond wheels is another key attribute, making them adaptable to a wide range of applications. They can be engineered with varying diamond grain sizes, concentrations, and bond compositions to meet the specific requirements of different grinding tasks. Whether it’s achieving a mirror-like finish on precision components or removing material from hard substrates at high removal rates, diamond wheels can be precisely customized to deliver the desired outcome. Industries across the spectrum rely on diamond wheels for their critical applications. In aerospace, they are essential for grinding turbine blades and other high-stress components made from superalloys and composites. In the electronics sector, diamond wheels are crucial for cutting and shaping semiconductor wafers, optical components, and advanced ceramics. Tool and die manufacturing also heavily depends on diamond wheels for producing high-precision molds and cutting tools.

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Norton Resin Bond Diamond Wheel ASD126 Grit & 175 mm Dia, SAB426

By Norton

₹12,949  

The Norton Resin Bond Diamond Wheel ASD126 Grit & 175 mm Dia, SAB426 is at the forefront of precision grinding technology, embodying a blend of high performance, versatility, and exceptional cutting capabilities. These wheels are crafted through a meticulous process where diamond abrasives are bonded with a resin matrix, resulting in a tool that can efficiently handle a wide array of grinding tasks across various industries. The core advantage of resin bond diamond wheels lies in their unique bonding system. The resin matrix not only holds the diamond particles securely in place but also provides a degree of flexibility and resilience that is absent in more rigid bonding systems such as metal or vitrified bonds. This flexibility allows the wheel to absorb shocks and vibrations during grinding, reducing the risk of chipping or cracking the workpiece, especially in delicate or intricate applications. Diamonds, being the hardest known material, endow these wheels with unparalleled abrasive properties. They can effortlessly grind and shape the hardest materials, including carbide, ceramics, and composite materials, with remarkable precision. The sharpness of the diamond cutting edges ensures minimal thermal damage to the workpiece, a critical factor in maintaining the integrity and performance of high-value components in industries like aerospace, electronics, and medical devices. Another significant advantage of resin bond diamond wheels is their ability to maintain their shape and sharpness over extended periods. This durability is essential for high-volume production environments where consistent performance is crucial. The self-sharpening nature of the diamond abrasive means that as the wheel wears down, fresh, sharp diamond particles are continually exposed, ensuring sustained cutting efficiency and reduced downtime for wheel dressing or replacement. Furthermore, resin bond diamond wheels offer exceptional versatility. They can be tailored to specific applications by varying the concentration and size of the diamond particles, as well as the composition of the resin bond. This customization allows manufacturers to optimize the wheel for specific grinding tasks, whether it's achieving a fine surface finish on a complex geometry or removing material rapidly from a tough substrate. The application range of resin bond diamond wheels is vast, covering sectors from precision engineering to tool manufacturing. In the aerospace industry, for instance, these wheels are indispensable for machining advanced composites and superalloys used in turbine blades and structural components. In the electronics sector, they are critical for producing the ultra-smooth surfaces required for semiconductor wafers and optical components.

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Norton Resin Bond Diamond Wheel ASD91 Grit & 100 mm Dia, SAB460

By Norton

₹2,029  

The Norton Resin Bond Diamond Wheel ASD91 Grit & 100 mm Dia, SAB460 is at the forefront of precision grinding technology, embodying a blend of high performance, versatility, and exceptional cutting capabilities. These wheels are crafted through a meticulous process where diamond abrasives are bonded with a resin matrix, resulting in a tool that can efficiently handle a wide array of grinding tasks across various industries. The core advantage of resin bond diamond wheels lies in their unique bonding system. The resin matrix not only holds the diamond particles securely in place but also provides a degree of flexibility and resilience that is absent in more rigid bonding systems such as metal or vitrified bonds. This flexibility allows the wheel to absorb shocks and vibrations during grinding, reducing the risk of chipping or cracking the workpiece, especially in delicate or intricate applications. Diamonds, being the hardest known material, endow these wheels with unparalleled abrasive properties. They can effortlessly grind and shape the hardest materials, including carbide, ceramics, and composite materials, with remarkable precision. The sharpness of the diamond cutting edges ensures minimal thermal damage to the workpiece, a critical factor in maintaining the integrity and performance of high-value components in industries like aerospace, electronics, and medical devices. Another significant advantage of resin bond diamond wheels is their ability to maintain their shape and sharpness over extended periods. This durability is essential for high-volume production environments where consistent performance is crucial. The self-sharpening nature of the diamond abrasive means that as the wheel wears down, fresh, sharp diamond particles are continually exposed, ensuring sustained cutting efficiency and reduced downtime for wheel dressing or replacement. Furthermore, resin bond diamond wheels offer exceptional versatility. They can be tailored to specific applications by varying the concentration and size of the diamond particles, as well as the composition of the resin bond. This customization allows manufacturers to optimize the wheel for specific grinding tasks, whether it's achieving a fine surface finish on a complex geometry or removing material rapidly from a tough substrate. The application range of resin bond diamond wheels is vast, covering sectors from precision engineering to tool manufacturing. In the aerospace industry, for instance, these wheels are indispensable for machining advanced composites and superalloys used in turbine blades and structural components. In the electronics sector, they are critical for producing the ultra-smooth surfaces required for semiconductor wafers and optical components.

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Norton Resin Bond Diamond Wheel ASD126 Grit & 125 mm Dia, SA39

By Norton

₹2,035  

The Norton Resin Bond Diamond Wheel ASD126 Grit & 125 mm Dia, SA39 is at the forefront of precision grinding technology, embodying a blend of high performance, versatility, and exceptional cutting capabilities. These wheels are crafted through a meticulous process where diamond abrasives are bonded with a resin matrix, resulting in a tool that can efficiently handle a wide array of grinding tasks across various industries. The core advantage of resin bond diamond wheels lies in their unique bonding system. The resin matrix not only holds the diamond particles securely in place but also provides a degree of flexibility and resilience that is absent in more rigid bonding systems such as metal or vitrified bonds. This flexibility allows the wheel to absorb shocks and vibrations during grinding, reducing the risk of chipping or cracking the workpiece, especially in delicate or intricate applications. Diamonds, being the hardest known material, endow these wheels with unparalleled abrasive properties. They can effortlessly grind and shape the hardest materials, including carbide, ceramics, and composite materials, with remarkable precision. The sharpness of the diamond cutting edges ensures minimal thermal damage to the workpiece, a critical factor in maintaining the integrity and performance of high-value components in industries like aerospace, electronics, and medical devices. Another significant advantage of resin bond diamond wheels is their ability to maintain their shape and sharpness over extended periods. This durability is essential for high-volume production environments where consistent performance is crucial. The self-sharpening nature of the diamond abrasive means that as the wheel wears down, fresh, sharp diamond particles are continually exposed, ensuring sustained cutting efficiency and reduced downtime for wheel dressing or replacement. Furthermore, resin bond diamond wheels offer exceptional versatility. They can be tailored to specific applications by varying the concentration and size of the diamond particles, as well as the composition of the resin bond. This customization allows manufacturers to optimize the wheel for specific grinding tasks, whether it's achieving a fine surface finish on a complex geometry or removing material rapidly from a tough substrate. The application range of resin bond diamond wheels is vast, covering sectors from precision engineering to tool manufacturing. In the aerospace industry, for instance, these wheels are indispensable for machining advanced composites and superalloys used in turbine blades and structural components. In the electronics sector, they are critical for producing the ultra-smooth surfaces required for semiconductor wafers and optical components.

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Norton D54 G Force Diamond Wheel 125 mm Dia with 20 mm Bore for Tool Grinding CNC Machine

By Norton

₹12,979 - ₹33,039

Norton D54 G Force Diamond Wheel 125 mm Dia with 20 mm Bore for Tool Grinding CNC Machine, engineered for superior precision and durability. This high-quality diamond cutting disc delivers exceptional edge retention and consistent grinding performance, making it ideal for sharpening carbide, HSS, and exotic alloy tools. Featuring Norton’s advanced bond technology and concentrated diamond grit, it ensures rapid material removal with a clean-cut finish. The 125 mm diameter and 20 mm bore provide a snug fit on most CNC grinding spindles, minimizing runout and vibration during high-speed tool profiling and reconditioning. The Norton D54 G Force Diamond Wheel 125 mm Dia with 20 mm Bore for Tool Grinding CNC Machine is part of Norton’s elite Diamond Cutting Disc range. Built to endure heavy-duty grinding cycles, it resists glazing, chipping, and premature wear—delivering longer wheel life and reducing downtime in industrial tool shops. With excellent thermal resilience and superior surface finish quality, this wheel enhances cycle efficiency and supports tight tolerances across batch production environments. Trust Norton’s G Force technology to provide dependable, high-performance grinding solutions—maximizing productivity, accuracy, and overall cost-effectiveness in every CNC tool grinding operation.

Diameter : 125 mm

Type of Product : Diamond Wheel

Shape : 1A1

Series : D54 G Force

Bore : 20 mm

Usage/Application : Heavy Duty Work

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Norton D54 G Force Diamond Wheel 100 mm Dia with 20 mm Bore for Tool Grinding CNC Machine

By Norton

₹9,085 - ₹25,959

Norton D54 G Force Diamond Wheel 100 mm Dia with 20 mm Bore for Tool Grinding CNC Machine, engineered specifically for high-performance CNC applications. Crafted under Norton’s premium abrasive technology, this diamond cutting disc offers exceptional edge retention and superior grinding consistency, making it ideal for hard material tool sharpening and carbide processing. Its robust 100 mm diameter with a 20 mm bore ensures a secure fit on most standard tool grinding CNC machines, delivering stability and accuracy with every rotation. The Norton D54 G Force Diamond Wheel 100 mm Dia with 20 mm Bore for Tool Grinding CNC Machine is part of Norton’s elite Diamond Cutting Disc range, offering reduced downtime through longer wheel life and cleaner cuts. Whether you're involved in precision machining or industrial tool production, this wheel provides a fine balance of speed, control, and minimal material loss. Count on Norton’s innovation to support high-demand operations with reliability and premium grinding results.

Diameter : 100 mm

Type of Product : Diamond Wheel

Shape : 1A1

Series : D54 G Force

Bore : 20 mm

Usage/Application : Heavy Duty Work

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Norton D54 G Force Diamond Wheel 150 mm Dia with 31.75 mm Bore for Tool Grinding CNC Machine

By Norton

₹15,339 - ₹49,559

Norton D54 G Force Diamond Wheel 150 mm Dia with 31.75 mm Bore for Tool Grinding CNC Machine, a top-tier solution in Norton’s Diamond Cutting Disc category. Crafted using Norton’s innovative G Force bonding technology and dense diamond grit, this wheel ensures sharp, accurate cuts and superior edge retention on carbide, HSS, and exotic alloy tools. Its robust 150 mm diameter paired with a standardized 31.75 mm bore guarantees secure, low-vibration mounting—enhancing grinding consistency for flute profiling, end mill sharpening, and tool refurbishment tasks. The Norton D54 G Force Diamond Wheel 150 mm Dia with 31.75 mm Bore for Tool Grinding CNC Machine delivers exceptional thermal resistance and long-lasting performance under demanding CNC workloads. Designed to resist glazing, chipping, and premature wear, this diamond cutting disc minimizes machine downtime and extends tool life, enabling tighter tolerances and mirror-smooth finishes. Ideal for high-volume toolrooms and precision manufacturers, it supports faster cycle times and reduced material waste—offering unbeatable value through sustained grinding accuracy and operational efficiency. Trust Norton’s engineering excellence for reliable, high-performance results on every tool-grinding project.

Diameter : 150 mm

Type of Product : Diamond Wheel

Shape : 1A1

Series : D54 G Force

Bore : 31.75 mm

Usage/Application : Heavy Duty Work

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Norton D54 G Force Diamond Wheel 150 mm Dia with 20 mm Bore for Tool Grinding CNC Machine

By Norton

₹15,339 - ₹49,559

Norton D54 G Force Diamond Wheel 150 mm Dia with 20 mm Bore for Tool Grinding CNC Machine, a standout product in Norton’s Diamond Cutting Disc category. Engineered with Norton’s high-performance G Force bond technology and densely packed diamond grit, this wheel delivers clean, accurate cuts and exceptional edge retention on carbide, HSS, and exotic alloys. The 150 mm diameter and 20 mm bore ensure a snug, vibration-resistant fit on most CNC tool grinders, enhancing stability and grinding accuracy during flute profiling, surface grinding, or reconditioning tasks. Designed for industrial-grade toolrooms and high-output CNC environments, the Norton D54 G Force Diamond Wheel 150 mm Dia with 20 mm Bore for Tool Grinding CNC Machine offers superior thermal resilience and long-lasting durability. Its advanced bond resists glazing, chipping, and premature wear—even under intense operational cycles. This diamond cutting disc minimizes downtime, extends tool life, and supports tight tolerances across production runs. For machinists seeking cleaner finishes, faster cycle times, and cost-effective performance, this wheel is an essential investment for achieving professional-grade results and sustained grinding efficiency.

Diameter : 150 mm

Type of Product : Diamond Wheel

Suitable For : Tool Grinding CNC Machine

Shape : 1A1

Series : D54 G Force

Bore : 20 mm

Usage/Application : Heavy Duty Work

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Norton Tool Pro Diamond Wheel 125 mm Dai for Tool Grinding CNC Machines Shape 1V1/45

By Norton

₹7,551 - ₹8,967

Norton Tool Pro Diamond Wheel 125 mm Dia for Tool Grinding CNC Machines Shape 1V1/45, crafted for demanding industrial environments. Part of Norton’s elite Diamond Cutting Disc lineup, this wheel features a 125 mm diameter and Shape 1V1/45 geometry—perfectly optimized for sharpening helical flutes, drills, and specialized cutting tools. Utilizing advanced diamond bond technology and consistent grit distribution, the Norton Tool Pro Diamond Wheel 125 mm Dia for Tool Grinding CNC Machines Shape 1V1/45 delivers exceptional edge retention, smooth finishes, and high-speed material removal with minimal risk of glazing or overheating. Designed for toolroom and CNC tool grinding machine users, this diamond wheel offers outstanding durability and long wheel life—even under high RPMs and pressure. Its engineered stability minimizes vibration and maintains geometric precision, reducing downtime and improving throughput. Whether reconditioning tungsten-carbide end mills or profiling complex drill geometries, this Norton diamond cutting disc ensures clean cuts, repeatable accuracy, and cost-effective machining. Trust Norton’s industry-renowned expertise to elevate your CNC operations—achieving sharper tools, superior productivity, and superior surface quality with every grind.

Diameter : 125 mm

Type of Product : Diamond Wheel

Application : CNC- Gashing

Suitable For : Tool Grinding CNC Machines

Shape : 1V1/45

Series : Tool Pro

Layers : 6

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Norton Tool Pro Diamond Wheel 125 mm Dai for Tool Grinding CNC Machines Shape 1A1

By Norton

₹8,377 - ₹8,377

Norton Tool Pro Diamond Wheel 125 mm Dia for Tool Grinding CNC Machines Shape 1A1, engineered to deliver unparalleled precision and durability. As part of Norton’s elite Diamond Cutting Disc lineup, this wheel features high-density diamond abrasive bonded with advanced resin formulations for consistent edge retention and superior finish quality. Its universal 1A1 geometry and 125 mm diameter provide optimal contact for grinding drills, end mills, and small cutters, while ensuring compatibility with most CNC tool grinding setups. Ready for rigorous industrial use, the Norton Tool Pro Diamond Wheel 125 mm Dia for Tool Grinding CNC Machines Shape 1A1 offers outstanding wheel life, resisting wear, cracking, and glazing even under extreme RPMs and pressure. Ideal for reconditioning carbide and HSS tools, it ensures minimal material removal with maximum accuracy, reducing cycle time and improving throughput. Whether your priority is flange consistency, flute integrity, or mirror-smooth cutting edges, this Norton diamond cutting disc delivers repeatable performance and cost savings—empowering your shop to grind smarter, faster, and cleaner on every job.

Diameter : 125 mm

Type of Product : Diamond Wheel

Application : CNC- Fluting

Shape : 1A1

Series : Tool Pro

Grit : D64 Tool Pro

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Norton Tool Pro Diamond Wheel 100 mm Dai for Tool Grinding CNC Machines Shape 1A1

By Norton

₹3,775 - ₹6,607

Norton Tool Pro Diamond Wheel 100 mm Dia for Tool Grinding CNC Machines Shape 1A1, a premium abrasive engineered for top-tier CNC tool grinding performance. This diamond cutting disc delivers exceptional edge retention and sharpness, using Norton’s advanced bond technology to maintain consistent performance even under high-speed, high-pressure conditions. The 1A1 shape and universal 100 mm diameter ensure compatibility with most CNC grinding setups, providing optimal contact for tool flutes, end mills, drills, and more. Trust in Norton’s commitment to excellence to elevate your machining output and repeatability. Built for industrial tool shops and precision manufacturers, the Norton Tool Pro Diamond Wheel 100 mm Dia for Tool Grinding CNC Machines Shape 1A1 offers superior wheel life and reduced material loss. Its robust construction minimizes downtime by resisting wear, cracking, and glazing—delivering smoother surface finishes and consistent performance across multiple cycles. Whether reconditioning carbide tools or performing high-precision profiling, this Norton diamond wheel ensures cleaner cuts, rapid stock removal, and reliable accuracy. Choose this diamond cutting disc to boost productivity, cut costs, and achieve professional-grade results in every CNC grinding operation.

Diameter : 100 mm

Type of Product : Diamond Wheel

Application : CNC- Fluting

Shape : 1A1

Series : Tool Pro

Layers : 5

Grit : D64 Tool Pro

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Norton Flute Evo Diamond Wheel 125 mm Dai with 31.75 mm Bore for Tool Grinding CNC Machines

By Norton

₹27,139 - ₹48,379

Norton Flute Evo Diamond Wheel 125 mm Dia with 31.75 mm Bore for Tool Grinding CNC Machines, expertly crafted for demanding CNC tool grinding applications. As part of the renowned Norton Diamond Cutting Disc lineup, this wheel delivers exceptional edge retention and consistent performance, even on the hardest steels and carbide materials. Its robust 125 mm diameter and industry-standard 31.75 mm bore ensure stable mounting, reducing vibration and enhancing grinding accuracy during flute profiling, reconditioning, or sharpening processes. The Norton Flute Evo Diamond Wheel 125 mm Dia with 31.75 mm Bore for Tool Grinding CNC Machines combines Norton’s latest diamond bond technology with optimized grit distribution to yield clean cuts and prolonged wheel life. Ideal for use in precision tool shops and industrial CNC environments, this wheel minimizes downtime and maximizes productivity. Users benefit from reduced material loss, smoother surface finishes, and reliable repeatability across batches. Trust Norton’s engineering excellence to deliver peak performance, efficiency, and consistent results in every tool-grinding operation.

Diameter : 125 mm

Type of Product : Diamond Wheel

Application : CNC- Fluting

Series : Flute Evo

Bore : 31.75 mm

Layers : 10

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Norton Flute Evo Diamond Wheel 125 mm Dai with 20 mm Bore for Tool Grinding CNC Machines

By Norton

₹27,139 - ₹48,379

Norton Flute Evo Diamond Wheel 125 mm Dia with 20 mm Bore for Tool Grinding CNC Machines, meticulously engineered for high-precision milling and drilling operations. Crafted under Norton’s renowned Diamond Cutting Disc category, this wheel combines advanced resin-bonded diamond grit and a rugged 125 mm diameter with a snug 20 mm bore. The result is stellar edge retention, smooth material removal, and unwavering stability—delivering pinpoint accuracy when profiling flutes, reconditioning carbide bits, or finishing micro-end mills. Built to thrive in demanding industrial environments, the Norton Flute Evo Diamond Wheel 125 mm Dia with 20 mm Bore for Tool Grinding CNC Machines resists glazing, chipping, and wear under heavy loads. Its high-density diamond matrix and thermally stable bond slow down wheel consumption and reduce downtime, enabling consistent, burr-free cutting across repeated cycles. Whether you’re fine-tuning drill bits, shaping complex tool geometries, or grinding for ultra-tight tolerances, this Norton wheel boosts productivity, enhances surface finish quality, and delivers professional-grade results every time.

Diameter : 125 mm

Type of Product : Diamond Wheel

Application : CNC- Fluting

Suitable For : Tool Grinding CNC Machines

Shape : 1A1

Series : Flute Evo

Layers : 10

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Norton Flute Evo Diamond Wheel 100 mm Dai with 31.75 mm Bore for Tool Grinding CNC Machines

By Norton

₹21,239 - ₹37,759

Norton Flute Evo Diamond Wheel 100 mm Dia with 31.75 mm Bore for Tool Grinding CNC Machines, engineered for uncompromised performance in high-precision tool grinding applications. As a top-tier entry in the Diamond Cutting Disc category by Norton, this wheel utilizes an advanced resin bond infused with premium diamond grit to deliver consistent stock removal and razor-sharp edge retention. Its optimized 100 mm diameter and universal 31.75 mm bore ensure secure installation on CNC tool grinding heads, reducing vibration and promoting exceptional accuracy during flute profiling, re-sharpening, and end mill reconditioning. Designed for industrial-grade toolrooms and CNC production lines, the Norton Flute Evo Diamond Wheel 100 mm Dia with 31.75 mm Bore for Tool Grinding CNC Machines offers outstanding durability and thermal resilience, resisting glazing and bond wear under high-load conditions. The high-density diamond matrix ensures smoother finishes, reduced cycle times, and minimized material loss, empowering machinists to hit tighter tolerances consistently. Whether you’re sharpening carbide drills or shaping micro-milling cutters, this Norton diamond cutting disc guarantees long wheel life, professional-grade grinding performance, and enhanced productivity—driving smarter, faster, and more reliable results with every grind.

Diameter : 100 mm

Type of Product : Diamond Wheel

Application : CNC- Fluting

Series : Flute Evo

Layers : 10

Grit : D54 Qflute EVO C

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Norton V-Prime Diamond Wheel 100 mm Dai for Tool Grinding CNC Machines Shap 1V1/45

By Norton

₹23,599 - ₹25,959

Norton V‑Prime Diamond Wheel 100 mm Dia for Tool Grinding CNC Machines Shape 1V1/45, built for high-performance CNC tool sharpening and profiling. As part of Norton’s elite Diamond Cutting Disc lineup, this wheel features premium diamond abrasive embedded in an advanced resin bond, providing exceptional edge consistency, durability, and wear-resistance. The optimized 100 mm diameter combined with the specialized Shape 1V1/45 geometry delivers superior contact accuracy on helical flutes and cutting edges. It's engineered to reduce cycle times while ensuring clean, efficient material removal even under intense grinding conditions. The Norton V‑Prime Diamond Wheel 100 mm Dia for Tool Grinding CNC Machines Shape 1V1/45 is tailored for demanding industrial and toolroom environments. Its stable construction minimizes vibration and glazing, maintaining high RPM performance and consistent tool-profile fidelity. Ideal for carbide and HSS tool reconditioning, this diamond cutting disc delivers longer wheel life, reduced downtime, and razor-sharp edges with every use. Backed by Norton’s engineering excellence, it offers CNC operators a reliable solution to boost throughput, optimize tool longevity, and achieve flawless sharpening results on every grind.

Diameter : 100 mm

Type of Product : Diamond Wheel

Shape : 1V1/45

Series : V-Prime

Grit : D64 Vprime

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Norton V-Prime Diamond Wheel 100 mm Dai for Tool Grinding CNC Machines, 66260208730

By Norton

₹16,542  

The Norton V-Prime Diamond Wheel 100 mm Dai for Tool Grinding CNC Machines, 66260208730 is the apex of abrasive tool technology, renowned for their unmatched hardness, precision, and efficiency in grinding and cutting applications. Crafted using industrial diamonds, the hardest material known to humanity, these wheels are engineered to meet the rigorous demands of various industries, from aerospace to electronics manufacturing. At the heart of a diamond wheel’s superior performance is the integration of diamond abrasives into its construction. These diamonds are either embedded within a bonding matrix or electroplated onto a wheel’s surface, providing an exceptional cutting edge. The result is a tool capable of grinding and shaping the hardest materials, including tungsten carbide, ceramics, glass, and superalloys, with extraordinary precision. This makes diamond wheels indispensable in processes where achieving high tolerance and smooth surface finishes are paramount. The construction of diamond wheels typically involves a matrix of either resin, metal, or vitrified bonds. Each type of bond offers distinct advantages tailored to specific applications. Resin bonds provide flexibility and resilience, making them ideal for fine grinding and polishing operations. Metal bonds offer superior strength and durability, suited for heavy-duty grinding tasks. Vitrified bonds, known for their porous structure, facilitate efficient coolant flow and chip removal, essential for maintaining sharpness and preventing overheating during high-speed grinding. One of the standout features of diamond wheels is their exceptional wear resistance. Unlike conventional abrasive wheels, which wear down relatively quickly, diamond wheels maintain their cutting efficiency over prolonged periods. This longevity translates into fewer wheel replacements and reduced downtime, significantly enhancing productivity and cost-effectiveness in high-volume production environments. Additionally, the self-sharpening nature of diamond abrasives ensures that the wheel consistently delivers optimal performance, as fresh, sharp diamond particles are exposed during use. The versatility of diamond wheels is another key attribute, making them adaptable to a wide range of applications. They can be engineered with varying diamond grain sizes, concentrations, and bond compositions to meet the specific requirements of different grinding tasks. Whether it’s achieving a mirror-like finish on precision components or removing material from hard substrates at high removal rates, diamond wheels can be precisely customized to deliver the desired outcome. Industries across the spectrum rely on diamond wheels for their critical applications. In aerospace, they are essential for grinding turbine blades and other high-stress components made from superalloys and composites. In the electronics sector, diamond wheels are crucial for cutting and shaping semiconductor wafers, optical components, and advanced ceramics. Tool and die manufacturing also heavily depends on diamond wheels for producing high-precision molds and cutting tools.

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Norton Resin Bond Diamond Wheel ASD126 Grit & 150 mm Dia, SAB695

By Norton

₹10,100  

The Norton Resin Bond Diamond Wheel ASD126 Grit & 150 mm Dia, SAB695 is at the forefront of precision grinding technology, embodying a blend of high performance, versatility, and exceptional cutting capabilities. These wheels are crafted through a meticulous process where diamond abrasives are bonded with a resin matrix, resulting in a tool that can efficiently handle a wide array of grinding tasks across various industries. The core advantage of resin bond diamond wheels lies in their unique bonding system. The resin matrix not only holds the diamond particles securely in place but also provides a degree of flexibility and resilience that is absent in more rigid bonding systems such as metal or vitrified bonds. This flexibility allows the wheel to absorb shocks and vibrations during grinding, reducing the risk of chipping or cracking the workpiece, especially in delicate or intricate applications. Diamonds, being the hardest known material, endow these wheels with unparalleled abrasive properties. They can effortlessly grind and shape the hardest materials, including carbide, ceramics, and composite materials, with remarkable precision. The sharpness of the diamond cutting edges ensures minimal thermal damage to the workpiece, a critical factor in maintaining the integrity and performance of high-value components in industries like aerospace, electronics, and medical devices. Another significant advantage of resin bond diamond wheels is their ability to maintain their shape and sharpness over extended periods. This durability is essential for high-volume production environments where consistent performance is crucial. The self-sharpening nature of the diamond abrasive means that as the wheel wears down, fresh, sharp diamond particles are continually exposed, ensuring sustained cutting efficiency and reduced downtime for wheel dressing or replacement. Furthermore, resin bond diamond wheels offer exceptional versatility. They can be tailored to specific applications by varying the concentration and size of the diamond particles, as well as the composition of the resin bond. This customization allows manufacturers to optimize the wheel for specific grinding tasks, whether it's achieving a fine surface finish on a complex geometry or removing material rapidly from a tough substrate. The application range of resin bond diamond wheels is vast, covering sectors from precision engineering to tool manufacturing. In the aerospace industry, for instance, these wheels are indispensable for machining advanced composites and superalloys used in turbine blades and structural components. In the electronics sector, they are critical for producing the ultra-smooth surfaces required for semiconductor wafers and optical components.

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Norton Resin Bond Diamond Wheel SD30 Grit & 300 mm Dia, SAB962

By Norton

₹20,050  

The Norton Resin Bond Diamond Wheel SD30 Grit & 300 mm Dia, SAB962 is at the forefront of precision grinding technology, embodying a blend of high performance, versatility, and exceptional cutting capabilities. These wheels are crafted through a meticulous process where diamond abrasives are bonded with a resin matrix, resulting in a tool that can efficiently handle a wide array of grinding tasks across various industries. The core advantage of resin bond diamond wheels lies in their unique bonding system. The resin matrix not only holds the diamond particles securely in place but also provides a degree of flexibility and resilience that is absent in more rigid bonding systems such as metal or vitrified bonds. This flexibility allows the wheel to absorb shocks and vibrations during grinding, reducing the risk of chipping or cracking the workpiece, especially in delicate or intricate applications. Diamonds, being the hardest known material, endow these wheels with unparalleled abrasive properties. They can effortlessly grind and shape the hardest materials, including carbide, ceramics, and composite materials, with remarkable precision. The sharpness of the diamond cutting edges ensures minimal thermal damage to the workpiece, a critical factor in maintaining the integrity and performance of high-value components in industries like aerospace, electronics, and medical devices. Another significant advantage of resin bond diamond wheels is their ability to maintain their shape and sharpness over extended periods. This durability is essential for high-volume production environments where consistent performance is crucial. The self-sharpening nature of the diamond abrasive means that as the wheel wears down, fresh, sharp diamond particles are continually exposed, ensuring sustained cutting efficiency and reduced downtime for wheel dressing or replacement. Furthermore, resin bond diamond wheels offer exceptional versatility. They can be tailored to specific applications by varying the concentration and size of the diamond particles, as well as the composition of the resin bond. This customization allows manufacturers to optimize the wheel for specific grinding tasks, whether it's achieving a fine surface finish on a complex geometry or removing material rapidly from a tough substrate. The application range of resin bond diamond wheels is vast, covering sectors from precision engineering to tool manufacturing. In the aerospace industry, for instance, these wheels are indispensable for machining advanced composites and superalloys used in turbine blades and structural components. In the electronics sector, they are critical for producing the ultra-smooth surfaces required for semiconductor wafers and optical components.

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Norton Resin Bond Diamond Wheel ASD126 Grit & 300 mm Dia, SA9959

By Norton

₹23,607  

The Norton Resin Bond Diamond Wheel ASD126 Grit & 300 mm Dia, SA9959 is at the forefront of precision grinding technology, embodying a blend of high performance, versatility, and exceptional cutting capabilities. These wheels are crafted through a meticulous process where diamond abrasives are bonded with a resin matrix, resulting in a tool that can efficiently handle a wide array of grinding tasks across various industries. The core advantage of resin bond diamond wheels lies in their unique bonding system. The resin matrix not only holds the diamond particles securely in place but also provides a degree of flexibility and resilience that is absent in more rigid bonding systems such as metal or vitrified bonds. This flexibility allows the wheel to absorb shocks and vibrations during grinding, reducing the risk of chipping or cracking the workpiece, especially in delicate or intricate applications. Diamonds, being the hardest known material, endow these wheels with unparalleled abrasive properties. They can effortlessly grind and shape the hardest materials, including carbide, ceramics, and composite materials, with remarkable precision. The sharpness of the diamond cutting edges ensures minimal thermal damage to the workpiece, a critical factor in maintaining the integrity and performance of high-value components in industries like aerospace, electronics, and medical devices. Another significant advantage of resin bond diamond wheels is their ability to maintain their shape and sharpness over extended periods. This durability is essential for high-volume production environments where consistent performance is crucial. The self-sharpening nature of the diamond abrasive means that as the wheel wears down, fresh, sharp diamond particles are continually exposed, ensuring sustained cutting efficiency and reduced downtime for wheel dressing or replacement. Furthermore, resin bond diamond wheels offer exceptional versatility. They can be tailored to specific applications by varying the concentration and size of the diamond particles, as well as the composition of the resin bond. This customization allows manufacturers to optimize the wheel for specific grinding tasks, whether it's achieving a fine surface finish on a complex geometry or removing material rapidly from a tough substrate. The application range of resin bond diamond wheels is vast, covering sectors from precision engineering to tool manufacturing. In the aerospace industry, for instance, these wheels are indispensable for machining advanced composites and superalloys used in turbine blades and structural components. In the electronics sector, they are critical for producing the ultra-smooth surfaces required for semiconductor wafers and optical components.

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Norton Resin Bond Diamond Wheel ASD126 Grit & 100 mm Dia, SA27

By Norton

₹3,507  

The Norton Resin Bond Diamond Wheel ASD126 Grit & 100 mm Dia, SA27 is at the forefront of precision grinding technology, embodying a blend of high performance, versatility, and exceptional cutting capabilities. These wheels are crafted through a meticulous process where diamond abrasives are bonded with a resin matrix, resulting in a tool that can efficiently handle a wide array of grinding tasks across various industries. The core advantage of resin bond diamond wheels lies in their unique bonding system. The resin matrix not only holds the diamond particles securely in place but also provides a degree of flexibility and resilience that is absent in more rigid bonding systems such as metal or vitrified bonds. This flexibility allows the wheel to absorb shocks and vibrations during grinding, reducing the risk of chipping or cracking the workpiece, especially in delicate or intricate applications. Diamonds, being the hardest known material, endow these wheels with unparalleled abrasive properties. They can effortlessly grind and shape the hardest materials, including carbide, ceramics, and composite materials, with remarkable precision. The sharpness of the diamond cutting edges ensures minimal thermal damage to the workpiece, a critical factor in maintaining the integrity and performance of high-value components in industries like aerospace, electronics, and medical devices. Another significant advantage of resin bond diamond wheels is their ability to maintain their shape and sharpness over extended periods. This durability is essential for high-volume production environments where consistent performance is crucial. The self-sharpening nature of the diamond abrasive means that as the wheel wears down, fresh, sharp diamond particles are continually exposed, ensuring sustained cutting efficiency and reduced downtime for wheel dressing or replacement. Furthermore, resin bond diamond wheels offer exceptional versatility. They can be tailored to specific applications by varying the concentration and size of the diamond particles, as well as the composition of the resin bond. This customization allows manufacturers to optimize the wheel for specific grinding tasks, whether it's achieving a fine surface finish on a complex geometry or removing material rapidly from a tough substrate. The application range of resin bond diamond wheels is vast, covering sectors from precision engineering to tool manufacturing. In the aerospace industry, for instance, these wheels are indispensable for machining advanced composites and superalloys used in turbine blades and structural components. In the electronics sector, they are critical for producing the ultra-smooth surfaces required for semiconductor wafers and optical components.

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