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Insize Other Precision Gauge

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Insize 6284-3 Styli For Dail Test Indicator Applicable For 2381-08

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Insize Styli For Dail Test Indicator (6284 Series)

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₹542 - ₹695

Insize Styli For Dail Test Indicator (6284 Series) Dial test indicators are precision measurement tools used in mechanical engineering and metrology to measure small distances and deviations with high accuracy. They consist of a dial face, a needle that moves in response to very slight changes, and a stylus that makes contact with the object being measured. The stylus is a critical component of the dial test indicator as it directly interacts with the surface of the workpiece, transmitting minute movements to the indicator mechanism. Styli for dial test indicators come in various shapes, sizes, and materials to suit different measurement needs. Common materials for styli include tungsten carbide for durability and wear resistance, ruby for its hardness and smoothness, and various grades of steel for general-purpose applications. The shape of the stylus can vary from conical to cylindrical, pointed, or flat, depending on the specific requirements of the measurement task, such as the surface finish of the part or the accessibility of the measurement point.

Type of Product : Styli For Dail Test Indicator

Insize Circumference Gage 7114-2200, Dia 300-700 mm

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Insize Circumference Gage Economic Type (7114 Series)

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₹1,155 - ₹1,651

You save ₹118!

9.29% OFF

The Insize Circumference Gauge is a specialized measuring tool designed for accurately measuring the circumference of cylindrical objects. It is commonly used in various industries, including manufacturing, engineering, and quality control, where precise measurements of cylindrical parts are essential for ensuring proper fit, function, and quality. The Insize Circumference Gauge typically consists of a measuring head with an adjustable contact point or anvil and a scale or digital display for reading measurements. The contact point makes contact with the surface of the cylindrical object, allowing the user to determine its circumference accurately. To use the Insize Circumference Gauge, the user adjusts the contact point to the desired position and then places it around the circumference of the object being measured. The gauge is then tightened securely to ensure accurate contact with the surface. The measurement is read from the scale or digital display, providing the circumference value of the cylindrical object. Some models of the Insize Circumference Gauge may feature additional functions or accessories to enhance usability and accuracy. These may include interchangeable contact points for measuring different diameters, data output capabilities for transferring measurements to a computer or data collection device, and built-in calibration features for ensuring accurate measurements over time. Overall, the Insize Circumference Gauge offers precision, reliability, and ease of use for measuring the circumference of cylindrical objects in various industrial applications. Its accurate measurement capabilities make it an essential tool for quality assurance, machining, and engineering tasks where precise measurements are required.

Type of Product : Circumference Gage

Graduation : ± 0.1 mm

Material : Stainless Steel

Usage For : To Measure Circumference Of Pipes , Wooden Blocks, Big Size Tanks, tires etc.

Accuracy Diameter(mm) : ± 0.5 mm

Accuracy Of Circumference : ± 1.5 mm

Package Contains : Product Catalog

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INSIZE Sheet Metal Gage 4809

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₹1,607 ~~₹1,639~~

You save ₹32!

1.95% OFF

The INSIZE Sheet Metal Gage 4809 is a high-quality measuring tool designed for professionals who work with sheet metal. This gage is made of durable stainless steel, making it resistant to corrosion and wear. It is a versatile tool that can be used to measure the thickness of sheet metal, wire, and other materials.
The INSIZE Sheet Metal Gage 4809 has a measuring range of 0.5mm to 2.5mm, which makes it suitable for a wide range of applications. It has a clear and easy-to-read scale that is marked in both millimeters and inches, allowing for precise measurements. The gage also features a locking mechanism that ensures accurate readings and prevents the tool from slipping during use.
One of the key features of the INSIZE Sheet Metal Gage 4809 is its compact size and lightweight design. It is small enough to fit in your pocket or tool bag, making it easy to carry around and use on the go. The gage is also very easy to use, with a simple design that requires no special training or expertise.
The INSIZE Sheet Metal Gage 4809 is an essential tool for anyone who works with sheet metal. It is ideal for metalworkers, machinists, mechanics, and anyone else who needs to measure the thickness of sheet metal or other materials. The gage is also suitable for use in a variety of industries, including automotive, aerospace, construction, and manufacturing.
Overall, the INSIZE Sheet Metal Gage 4809 is a reliable and accurate measuring tool that is built to last. Its durable construction, compact size, and easy-to-use design make it an excellent choice for professionals who need to measure sheet metal thickness on a regular basis. Whether you are a seasoned metalworker or just starting out, this gage is sure to be a valuable addition to your toolkit.

Insize Precision Vice with 0-100 mm Jaw Opening and 73 mm Jaw Width, 6526-100

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Insize Quick Moving Precision Vice (6526 Series)

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₹6,843 - ₹12,979

You save ₹321!

2.47% OFF

The Insize Quick Moving Precision Vice 6526 is a versatile and reliable tool designed for precision workholding in machining, milling, and drilling operations. It features a robust construction with high-quality materials, ensuring durability and long-lasting performance in demanding industrial environments. One of the standout features of the Insize 6526 vice is its quick-moving design, which allows for rapid adjustment and positioning of workpieces. This makes it ideal for applications where efficiency and speed are essential, enabling operators to quickly secure and release workpieces with minimal downtime. The vice also offers excellent precision, thanks to its precise machining and accurate alignment mechanisms. This ensures that workpieces are held securely and accurately, minimizing the risk of errors and rework. Additionally, the Insize 6526 vice is equipped with a range of convenient features, including a swivel base for easy positioning, hardened and ground jaws for improved grip, and a compact design for use in tight spaces. Overall, the Insize Quick Moving Precision Vice 6526 is a reliable and versatile tool that is well-suited for a wide range of precision machining applications.

Type of Product : Precision Vice

Material : Alloy Steel

Hardness : HRC56-58

Squareness : 5 µm/100 mm

Parallelism : 3 µm/100 mm

Insize Range 0.25-7 mm Pitch Gauge 4820-124

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Insize Metric 60⁰ Screw Type Pitch Gages

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₹919 - ₹1,415

Insize Metric 60⁰ Screw Type Pitch Gages pitch gauge is a precision instrument used primarily in aviation and engineering to measure the angle or pitch of a surface relative to a reference plane, typically the horizon. This device plays a crucial role in ensuring the proper alignment of aircraft control surfaces, such as the wings and tail, to maintain stability and control during flight. The pitch gauge consists of a calibrated scale or digital readout that indicates the degree of tilt or inclination of the surface being measured. It is designed to be highly accurate, often calibrated to fractions of a degree, allowing mechanics and pilots to make precise adjustments. In aviation, the pitch gauge is used during pre-flight inspections to verify that the aircraft's control surfaces are correctly aligned according to manufacturer specifications. This alignment is critical for aerodynamic performance and safety in flight, ensuring the aircraft responds predictably to control inputs. Outside of aviation, pitch gauges are also employed in various engineering applications, such as in the construction of vehicles, boats, and even in carpentry and construction to measure and set angles accurately.

Type of Product : Pitch Gauge

Insize 60 Degree Metric Thread Center Gage 4810-601

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Insize 60 Degree Center Gage (4810 Series)

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₹412 - ₹459

Insize 60 Degree Center Gage (4810 Series) center gage, also known as a fishtail gage or thread center gage, is a precision tool commonly used in machining and metalworking. It serves multiple purposes, primarily in the cutting and inspecting of screw threads. The tool is typically made of hardened steel for durability and accuracy. One of the main functions of a center gage is to set and check the angle of the lathe tool when cutting threads on a lathe. The gage has a 60-degree angle, which corresponds to the thread angle for standard Unified and Metric threads. By aligning the cutting tool with the gage, machinists can ensure that the tool is correctly positioned for accurate thread cutting. Additionally, the center gage is used to check the pitch of screw threads. It has a series of notches or teeth that correspond to various thread pitches. By comparing these notches to the threads being cut, machinists can verify the pitch and consistency of the threads. The center gage also features engraved scales for measuring threads per inch (TPI) and thread pitch. This makes it a versatile tool in both threading operations and inspections, ensuring precision and consistency in the manufacturing process. Its compact size and multifunctionality make it an essential tool in any machinist's toolbox.

Type of Product : Center Gage

Insize Range 0.4-7 mm Pitch Gauge 4820-552

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Insize Range 0.4-7 mm Pitch Gauge 4820-552

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₹1,179

Check the pitch of screw thread.
Blades individually marked with pitch.
Supplied in storage pouch.

Insize Range 0.25-6 mm Pitch Gauge 4820-452

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Insize Metric 60⁰ and Whitworth 55⁰ Screw Type Pitch Gages

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₹1,179 - ₹1,769

Insize Metric 60⁰ and Whitworth 55⁰ Screw Type Pitch Gages pitch gauge is a precision instrument used primarily in aviation and engineering to measure the angle or pitch of a surface relative to a reference plane, typically the horizon. This device plays a crucial role in ensuring the proper alignment of aircraft control surfaces, such as the wings and tail, to maintain stability and control during flight. The pitch gauge consists of a calibrated scale or digital readout that indicates the degree of tilt or inclination of the surface being measured. It is designed to be highly accurate, often calibrated to fractions of a degree, allowing mechanics and pilots to make precise adjustments. In aviation, the pitch gauge is used during pre-flight inspections to verify that the aircraft's control surfaces are correctly aligned according to manufacturer specifications. This alignment is critical for aerodynamic performance and safety in flight, ensuring the aircraft responds predictably to control inputs. Outside of aviation, pitch gauges are also employed in various engineering applications, such as in the construction of vehicles, boats, and even in carpentry and construction to measure and set angles accurately.

Type of Product : Pitch Gauge

Insize Range 4-42 TPI Pitch Gauge 4820-230

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Insize Range 4-42 TPI Pitch Gauge 4820-230

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₹1,651

Check the pitch of screw thread.
Blades individually marked with pitch.
Supplied in storage pouch.

Insize Taper Gauge 4833-1 Range 0.8-15 mm

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Insize Taper Gages (4833 Series)

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₹707 - ₹1,415

The Insize Taper Gauge 4833 is a precision measurement tool designed for accurately measuring the taper of machined surfaces. It is commonly used in manufacturing, machining, and quality control processes where precise taper measurements are crucial. The gauge features a durable construction with a fine adjustment mechanism, allowing for precise and repeatable measurements. It has a range of 0-6 inches (0-150mm) and a resolution of 0.001 inches (0.02mm), making it suitable for a wide range of taper measurement applications. The Insize Taper Gauge 4833 is easy to use, with a simple and intuitive design. It is equipped with a locking screw to secure the gauge at the desired position, ensuring accurate measurements. The gauge also features a clear, easy-to-read scale for quick and convenient taper measurements. Overall, the Insize Taper Gauge 4833 is a reliable and accurate tool for measuring tapers in various applications. Its robust construction, precision design, and user-friendly features make it a valuable addition to any workshop or manufacturing facility.

Type of Product : Taper Gage

Material : Stainless Steel

Accuracy : ±0.1

Graduation (Inch) : 1/64 Inch

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Insize Chamfer Gage (1267 Series)

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₹8,141 - ₹9,557

Insize Chamfer Gage (1267 Series) chamfer gage is a precision measuring tool used to assess the size and angle of chamfers, which are the beveled edges or corners on machined parts. Typically utilized in manufacturing and quality control environments, a chamfer gage ensures that chamfers meet specified dimensions and tolerances. The tool consists of a conical probe that fits into the chamfered area and a dial or digital readout that indicates the measurement. Chamfer gages are available in various sizes and configurations to accommodate different chamfer dimensions and angles. The primary advantage of using a chamfer gage is its accuracy and ease of use. Operators simply insert the gage into the chamfer, and the tool provides an immediate reading of the chamfer's size. This helps in verifying that parts conform to design specifications, thereby preventing defects and ensuring consistency in production. Chamfer gages are essential in industries where precise dimensions are critical, such as aerospace, automotive, and machining. By providing quick and accurate measurements, chamfer gages contribute to efficient quality control processes. They help reduce inspection time, minimize material waste, and improve overall product quality, making them indispensable tools in precision manufacturing.

Type of Product : Chamfer Gage

Insize Shank Dia 10 mm Edge Finder 6562-4

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Insize Shank Dia 10 mm Edge Finder (6562 Series)

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₹2,949 - ₹3,775

Insize Shank Dia 10 mm Edge Finder (6562 Series) Edge Finder is a precision tool designed for machinists, engineers, and hobbyists who work with milling machines, lathes, or CNC equipment. This indispensable device is used to accurately locate the edges of a workpiece, ensuring precise alignment and measurements for various machining operations. Constructed from high-quality, durable materials, the Edge Finder typically features a cylindrical shank that fits into the machine’s collet or chuck, and a probe or contact tip at the opposite end. When the machine spindle rotates, the user moves the workpiece until the tip touches the edge. At the point of contact, the probe will visibly shift, or "kick," indicating the exact edge location. Edge Finders come in different types, including mechanical, optical, and electronic variants. Mechanical edge finders are the most common, with a spring-loaded tip that visibly deflects upon contact. Optical edge finders use light and lenses to enhance visibility, while electronic edge finders provide a digital readout for even greater accuracy. Using an edge finder enhances the precision of machining tasks, reduces errors, and saves time by eliminating guesswork. This tool is essential for any machining setup that requires meticulous positioning and alignment of materials, leading to higher quality and consistency in finished products.

Type of Product : Edge Finder

Insize Electronic Edge Finder With Beeper Shank Dia 20 mm , 6566-3

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Insize Electronic Edge Finder Beeper (6566 Series)

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₹6,607 - ₹8,731

The shank is electrically conducted to the metal workpiece through the chuck and table. Without Beeper . With Battery 23AE , 12x1 PC

Type of Product : Electronic Edge Finder

Accuracy : 5µm

Tip Dimension (mm) : 10 mm

Shank Diameter : 20 mm

Insize 4789-3 1-25 mm Concentricity Gauge

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Insize Concentricity Gage With Fixed Stand (4789 Series)

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₹71,979 - ₹81,419

The Insize Concentricity Gage With Fixed Stand (4789 Series) is a precision measurement tool designed for assessing the concentricity of cylindrical objects. This gage is particularly useful in industries where precise alignment and uniformity of round parts are critical, such as automotive, aerospace, and machining sectors. The 4789 Series features a robust fixed stand, ensuring stability and repeatability during measurements. The stand is constructed from durable materials to withstand rigorous use while maintaining accuracy. The gage is equipped with a high-precision dial indicator, providing clear and accurate readings. This indicator is capable of detecting minute deviations in concentricity, making it ideal for quality control and inspection processes. The gage's user-friendly design allows for easy setup and operation. Parts to be measured are placed between two centers or on a V-block, and the dial indicator records the variance as the part is rotated. This setup is essential for detecting any eccentricity in the part’s structure. Overall, the Insize Concentricity Gage With Fixed Stand (4789 Series) is a reliable, accurate, and essential tool for ensuring the concentricity of cylindrical components, thereby enhancing the quality and performance of manufactured parts.

Accuracy : 2 µm

Stand Type : Fixed Stand

Insize Range 4-42 TPI Pitch Gauge 4820-330

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Insize Whitworth 55⁰ Screw Type TPI Pitch Gages

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₹1,297 - ₹1,415

Insize Whitworth 55⁰ Screw Type TPI Pitch Gages pitch gauge is a precision instrument used primarily in aviation and engineering to measure the angle or pitch of a surface relative to a reference plane, typically the horizon. This device plays a crucial role in ensuring the proper alignment of aircraft control surfaces, such as the wings and tail, to maintain stability and control during flight. The pitch gauge consists of a calibrated scale or digital readout that indicates the degree of tilt or inclination of the surface being measured. It is designed to be highly accurate, often calibrated to fractions of a degree, allowing mechanics and pilots to make precise adjustments. In aviation, the pitch gauge is used during pre-flight inspections to verify that the aircraft's control surfaces are correctly aligned according to manufacturer specifications. This alignment is critical for aerodynamic performance and safety in flight, ensuring the aircraft responds predictably to control inputs. Outside of aviation, pitch gauges are also employed in various engineering applications, such as in the construction of vehicles, boats, and even in carpentry and construction to measure and set angles accurately.

Type of Product : Pitch Gauge

Insize Taper Gage Set Range 1-29 mm 4837-1

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Insize Taper Gage Set Range 1-29 mm 4837-1

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₹2,359

Include 4pcs (1-8mm, 8-15mm, 15-22mm, 22-29mm),
Measure opening,
Slot width, hole diameter, etc.
Diameter correction table on the back Made of stainless steel
When measuring diameter of holes, correction on reading is needed due to the thickness of tape gage.
For example, when reading A is 14.96mm. diameter 0D is 15mm.

INSIZE Sheet Metal Thickness Gage 4853-1

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INSIZE Sheet Metal Thickness Gage 4853-1

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₹2,359

INSIZE 0-25mm Micrometer Inspection Gage Block Set 4160-10

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INSIZE 0-25mm Micrometer Inspection Gage Block Set 4160-10

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₹40,119

Insize 0-25mm Micrometer Inspection Gage Block Set 4160-10 includes 5 hardened steel blocks that are made out of tempered steel. These are used for measuring the inside and outside diameter of a tube, cylinder, pipe or any other round shaped object. The Range: 0-25mm can be used with any micrometers with 0-5mm range, 2 spindle gauges and a depth gauge.

INSIZE Data Transfer System, Transmitter 7315-22

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Insize Data Transfer System, Transmitter (7315 Series)

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₹5,545 - ₹6,371

Insize Data Transfer System, Transmitter (7315 Series) transmitter is a crucial device in communication systems that facilitates the transmission of signals, typically in the form of radio waves, from one location to another. It plays a fundamental role in broadcasting, telecommunications, and wireless technologies. At its core, a transmitter converts electrical signals into radio waves or light (in optical communication) for transmission through the air or a medium such as fiber optic cables. This process involves several key components: Modulator: Prepares the signal for transmission by modulating it onto a carrier wave, adjusting properties like amplitude, frequency, or phase. Power Amplifier: Boosts the modulated signal to a level suitable for transmission over long distances. Antenna: Converts electrical signals into electromagnetic waves and vice versa, ensuring efficient transmission and reception. Transmitters vary in complexity and application, from simple devices used in garage door openers to sophisticated systems in satellite communication or broadcasting. They operate across a wide range of frequencies and power levels, tailored to specific communication needs. In wireless communication, transmitters work in tandem with receivers to establish bidirectional communication links, enabling the exchange of information over short distances (e.g., Bluetooth) or vast areas (e.g., cellular networks). The advancement of transmitters has been pivotal in shaping modern telecommunications, supporting everything from mobile phones to global internet connectivity.

Type of Product : Transmitter

Insize 9.525mm (3/8") White Ceramic Standard Ball Gauge 4190-9D525

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Insize White Ceramic Standard Ball Gauge 4190 Series (Diameter: 6-12.30 mm)

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₹353 - ₹671

Insize White Ceramic Standard Ball Gauge 4190 Series (Diameter: 6-12.30 mm) ceramic ball is a spherical object made from ceramic materials, renowned for their high strength, hardness, and resistance to extreme temperatures and chemical corrosion. These balls are commonly used in a variety of industrial applications due to their superior mechanical properties. Typically composed of materials such as silicon nitride (Si₃N₄), zirconia (ZrO₂), or alumina (Al₂O₃), ceramic balls are integral in applications where conventional steel balls would fail due to harsh conditions. In bearings, ceramic balls are prized for their low density, which reduces centrifugal force and overall wear during high-speed rotations. Their exceptional hardness and smooth surface result in reduced friction, leading to enhanced performance and longevity of the bearings. Additionally, ceramic balls are non-magnetic and electrically insulating, making them suitable for applications in electronic and magnetic-sensitive environments. Ceramic balls are also employed in grinding and milling processes, where their hardness and durability allow for the efficient processing of hard materials without contamination. Their ability to withstand high temperatures makes them ideal for use in aerospace, automotive, and chemical industries. Overall, ceramic balls play a crucial role in enhancing the efficiency, reliability, and durability of various mechanical systems.

Type of Product : Ceramic Ball

Material : Ceramic

Roundness/Cylindricity : 0.5μm

Insize 5.556mm (7/32") White Ceramic Standard Ball Gauge 4190-5D556

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Insize White Ceramic Standard Ball Gauge 4190 Series (Diameter: 1-5.59 mm)

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₹247 - ₹365

Insize White Ceramic Standard Ball Gauge 4190 Series (Diameter: 1-5.59 mm) ceramic ball is a spherical object made from ceramic materials, renowned for their high strength, hardness, and resistance to extreme temperatures and chemical corrosion. These balls are commonly used in a variety of industrial applications due to their superior mechanical properties. Typically composed of materials such as silicon nitride (Si₃N₄), zirconia (ZrO₂), or alumina (Al₂O₃), ceramic balls are integral in applications where conventional steel balls would fail due to harsh conditions. In bearings, ceramic balls are prized for their low density, which reduces centrifugal force and overall wear during high-speed rotations. Their exceptional hardness and smooth surface result in reduced friction, leading to enhanced performance and longevity of the bearings. Additionally, ceramic balls are non-magnetic and electrically insulating, making them suitable for applications in electronic and magnetic-sensitive environments. Ceramic balls are also employed in grinding and milling processes, where their hardness and durability allow for the efficient processing of hard materials without contamination. Their ability to withstand high temperatures makes them ideal for use in aerospace, automotive, and chemical industries. Overall, ceramic balls play a crucial role in enhancing the efficiency, reliability, and durability of various mechanical systems.

Type of Product : Ceramic Ball

Material : Ceramic

Roundness/Cylindricity : 0.5μm

Insize 40.000mm White Ceramic Standard Ball Gauge 4190-40D000

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Insize White Ceramic Standard Ball Gauge 4190 Series (Diameter: 12.7-40 mm)

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₹660 - ₹14,159

Insize White Ceramic Standard Ball Gauge 4190 Series (Diameter: 12.7-40 mm) ceramic ball is a spherical object made from ceramic materials, renowned for their high strength, hardness, and resistance to extreme temperatures and chemical corrosion. These balls are commonly used in a variety of industrial applications due to their superior mechanical properties. Typically composed of materials such as silicon nitride (Si₃N₄), zirconia (ZrO₂), or alumina (Al₂O₃), ceramic balls are integral in applications where conventional steel balls would fail due to harsh conditions. In bearings, ceramic balls are prized for their low density, which reduces centrifugal force and overall wear during high-speed rotations. Their exceptional hardness and smooth surface result in reduced friction, leading to enhanced performance and longevity of the bearings. Additionally, ceramic balls are non-magnetic and electrically insulating, making them suitable for applications in electronic and magnetic-sensitive environments. Ceramic balls are also employed in grinding and milling processes, where their hardness and durability allow for the efficient processing of hard materials without contamination. Their ability to withstand high temperatures makes them ideal for use in aerospace, automotive, and chemical industries. Overall, ceramic balls play a crucial role in enhancing the efficiency, reliability, and durability of various mechanical systems.

Type of Product : Ceramic Ball

Material : Ceramic

Insize 0.5-20.1mm 0.01mm Digital Internal Chamfer Gage 2942-203

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Insize Digital Internal Chamfer Gage 2942

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₹1,23,899 - ₹2,83,199

The Insize Digital Internal Chamfer Gage 2942 is a precision instrument designed for measuring internal chamfers with high accuracy and efficiency. It features a digital display that provides clear and easy-to-read measurements, eliminating the need for manual reading and reducing errors. This chamfer gage is equipped with a carbide measuring face that ensures durability and long-term accuracy. The gage has a measuring range of 0-12.7mm (0-0.5 inches) with a resolution of 0.01mm (0.0005 inches), making it suitable for a wide range of chamfer measurements. The gage's design includes a spring-loaded mechanism that ensures consistent pressure during measurement, resulting in accurate and repeatable readings. Additionally, the gage is lightweight and compact, making it easy to handle and maneuver in tight spaces. Overall, the Insize Digital Internal Chamfer Gage 2942 is a reliable and versatile tool for measuring internal chamfers with precision and ease, making it ideal for use in machining, manufacturing, and other industrial applications.

Type of Product : Chamfer Gage

Country of Origin : India

Insize 60-120 mm Aluminium Magnesium Alloy Digital Outside Diameter Measuring Instrument, 2716-120

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Insize Outside Diameter Measuring Instrument (2716 Series)

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₹1,65,199 - ₹8,62,506

Insize 2716 Series Outside Diameter Measuring Instrument is a precision tool designed for accurate and efficient measurement of outer diameters in various industrial and manufacturing applications. This instrument is renowned for its reliability and ease of use, making it suitable for both quality control and production environments. Key features of the Insize 2716 Series include high measurement accuracy, typically within micrometer or sub-micrometer ranges, ensuring precise results crucial for meeting tight tolerance requirements. The instrument is equipped with advanced measurement technology, such as digital readouts or analog displays, depending on the model, enhancing user convenience and readability. Constructed from durable materials, the Insize 2716 Series ensures longevity and resistance to wear, maintaining consistent performance over extended periods. Its ergonomic design promotes comfortable handling during prolonged use, contributing to user efficiency and reducing measurement errors. The Insize 2716 Series accommodates a range of outer diameter measurements, covering various diameters commonly encountered in manufacturing processes. It offers versatility and adaptability, making it suitable for diverse applications across industries like automotive, aerospace, and precision engineering. Overall, the Insize 2716 Series Outside Diameter Measuring Instrument stands out as a reliable tool for achieving precise measurements with efficiency and accuracy, essential for maintaining high standards of product quality and production integrity.

Type of Product : Outside Diameter Measuring Instrument

Insize 3.200 mm Diameter and HRA90 Hardness Carbide 3 Wires, 7394-77A

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Insize Carbide 3-Wires HRA90 Hardness (7394-A Series)

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₹3,893 - ₹7,905

Insize Carbide 3-Wires HRA90 Hardness (7394-A Series) Carbide 3-Wire is an innovative tool designed to enhance precision in CNC (Computer Numerical Control) machining processes. It is primarily used for zeroing or establishing the exact position of a CNC machine's spindle relative to the workpiece. The tool consists of three wires that form an electrical circuit. When the spindle touches one of the wires, the circuit is completed, sending a signal to the CNC machine to register the precise location. This mechanism allows for highly accurate and repeatable setups, significantly improving the quality and consistency of machining operations. The Carbide 3-Wire is particularly useful for tasks requiring extreme precision, such as engraving, detailed cutting, and fine milling. It is compatible with a variety of CNC machines and can be easily integrated into existing workflows. The tool is crafted from durable materials, ensuring long-term reliability and resistance to wear and tear. Its design facilitates easy handling and setup, making it a valuable addition to both professional and hobbyist CNC workshops. By utilizing the Carbide 3-Wire, operators can achieve tighter tolerances, reduce material waste, and enhance overall productivity in their machining projects.

Type of Product : Carbide 3 Wires

Material : Carbide

Roundness/Cylindricity : 0.5 µm

Hardness : HRA90

Insize 1.5-50 mm Range Outside Diameter Measuring Stand, 6847-50

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Insize 1.5-50 mm Range Outside Diameter Measuring Stand, 6847-50

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₹58,999

Insize 1.5-50 mm Range Outside Diameter Measuring Stand, 6847-50 is a precision measuring instrument used to accurately determine the outer dimensions or diameters of cylindrical workpieces, such as rods, shafts, pipes, and various other round objects. It's a valuable tool in industries like manufacturing, machining, and quality control, ensuring that workpieces meet precise dimensional specifications. Here's a detailed explanation of an Outside Diameter Measuring Stand in 300 words:
Components and Design:
Base and Frame: The measuring stand typically features a stable base and a rigid frame. This design provides a secure platform for the measurement process, ensuring stability and accuracy.
Measuring Head: Mounted on the frame is the measuring head or measuring fixture, which includes the essential components for capturing the outside diameter of the workpiece.
Measuring Instrument: The measuring head houses the measuring instrument, which can be a dial indicator, a digital indicator, or another precision measuring device. This instrument provides a direct readout of the measured diameter.
Contact Point: A contact point or measuring tip is attached to the measuring instrument. This point makes contact with the outer surface of the workpiece, capturing its dimensions.
Operation:
Using an Outside Diameter Measuring Stand:
Workpiece Placement: Place the cylindrical workpiece to be measured on the base, ensuring it is properly aligned with the measuring head.
Contact Point Adjustment: Adjust the position of the contact point on the measuring instrument to make light contact with the workpiece's outer surface. This ensures that measurements are taken accurately.
Measurement: As the workpiece is rotated, the contact point traces its circumference. The measuring instrument provides a direct measurement reading of the workpiece's outside diameter.
Applications:
Outside Diameter Measuring Stands have a wide range of applications, including:
Manufacturing: They are used to check the accuracy of machined parts, ensuring that they meet specified diameter tolerances.
Quality Control: In quality control processes, these stands are employed to verify that workpieces conform to established standards.
Engineering: Engineers use them during design and prototyping to ensure that components have the correct outside diameters for proper fit and functionality.
Metalworking: Metalworkers use these stands for tasks such as measuring the diameters of pipes, rods, and other cylindrical materials.
Advantages:
Accuracy: Outside Diameter Measuring Stands provide highly accurate measurements, crucial for maintaining quality standards.
Efficiency: They enable quick and precise diameter measurements, reducing inspection time.
Objective Results: The measuring instrument provides objective readings, minimizing the potential for human error or bias.
In summary, an Outside Diameter Measuring Stand is an essential tool for accurately measuring the outside diameters of cylindrical workpieces. Its design and precision measuring capabilities make it invaluable in industries where precise dimensional measurements are critical for quality and performance.

Insize 3000 mm Max Measuring Range Carbon Fiber Comparison Gage, 2931-D3000C

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Insize Carbon Fiber Comparison Gage Dial Indicator Is Not Included (2931 Series)

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₹83,779 - ₹2,59,599

Insize Carbon Fiber Comparison Gage Dial Indicator Is Not Included (2931 Series) Carbon Fiber Comparison Gage is a precision instrument used for measuring and comparing dimensions with high accuracy and repeatability. Engineered from carbon fiber, this gage leverages the material's unique properties, including its exceptional strength-to-weight ratio, low thermal expansion, and resistance to corrosion. These characteristics make carbon fiber an ideal choice for applications requiring stability and durability under varying environmental conditions. The gage is typically used in industrial settings, such as aerospace, automotive, and manufacturing, where precise dimensional control is crucial. Its lightweight nature facilitates ease of handling and reduces operator fatigue, enhancing productivity and measurement reliability. The low thermal expansion of carbon fiber ensures that measurements remain consistent despite temperature fluctuations, providing a significant advantage over traditional metal gages. Carbon Fiber Comparison Gages are designed with ergonomic features and advanced metrology technologies, including digital readouts and wireless data transmission capabilities, enabling seamless integration into quality control processes. Their construction allows for the measurement of both internal and external dimensions with high precision, ensuring that components meet stringent tolerances. Overall, the Carbon Fiber Comparison Gage is an essential tool for modern manufacturing, providing superior performance, longevity, and accuracy, which are critical for maintaining high standards of product quality and consistency.

Type of Product : Carbon Fiber Comparison Gage

Insize 2-20 mm Range Carbon Steel Pitch Gage, 4824-12

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Insize Carbon Steel Pitch Gage, 4824

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₹2,949 - ₹3,067

Insize 2-20 mm Range Carbon Steel Pitch Gage, 4824-12 is a measuring tool used to determine the pitch or the distance between adjacent threads on a threaded fastener, such as screws, bolts, or nuts. It is a crucial instrument in engineering, manufacturing, automotive, and construction industries, where accurate identification of thread pitch is essential for selecting compatible fasteners and ensuring proper assembly. Here's a detailed explanation of a pitch gauge:
Components and Features:
Blades or Wires: The primary components of a pitch gauge are the blades or wires that are precision-cut with a specific thread pitch profile. These blades or wires are typically made of metal and have teeth or notches corresponding to different thread pitches.
Handle or Holder: Pitch gauges often feature a handle or holder at one end to facilitate easy handling and measurement. The handle may include markings or labels for identifying the thread pitch of each blade or wire.
Operation:
Selection: To determine the thread pitch of a fastener, the user selects an appropriate blade or wire from the pitch gauge that they suspect matches the threaded object.
Comparison: The selected blade or wire is then placed against the threads of the fastener. The user observes if the teeth or notches on the blade or wire align perfectly with the threads.
Identification: If the teeth or notches align seamlessly with the threads, it indicates a match, and the user can read the thread pitch value directly from the blade or wire or refer to the markings on the handle or holder to identify the pitch.
Confirmation: To confirm the thread pitch, users can try multiple blades or wires to ensure consistency and accuracy in their measurement.
Applications:
Fastener Selection: Pitch gauges are widely used in workshops, construction sites, and maintenance facilities to identify the thread pitch of existing fasteners or to select compatible fasteners for a specific application.
Repair and Maintenance: They are essential for maintenance and repair tasks, ensuring that replacement parts or fasteners have the correct thread pitch for proper assembly and function.
Quality Control: Pitch gauges play a role in quality control processes, verifying that manufactured threaded components meet design specifications.
Thread Inspection: They are used to inspect the threads on machined parts, confirming their adherence to specified thread pitch standards.
Advantages:
Accuracy: Pitch gauges provide a quick and reliable method for accurately identifying thread pitch, reducing the risk of assembly errors.
Versatility: They can measure a wide range of thread pitches, making them versatile tools for various applications.
Cost-Effective: Pitch gauges are cost-effective instruments that can save time and resources in selecting and verifying fasteners.
In summary, a pitch gauge is a practical and essential measuring tool for determining the thread pitch of threaded fasteners. Its straightforward operation and accuracy make it indispensable in industries where the correct selection and identification of thread pitch are critical for successful assembly and maintenance tasks.

Type of Product : Pitch Gage

Material : Medium Carbon Steel

Insize Concentricity Gage with 3 µm Accuracy and 50 mm Dia Setting Ring, 4786-1

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Insize Concentricity Gage with 3 m Accuracy and 50 mm Dia Setting Ring 4786

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₹2,83,199 - ₹3,18,599

The Insize Concentricity Gage 4786 is a precision instrument designed for measuring the concentricity of cylindrical parts with high accuracy. It features a 3 μm accuracy, ensuring reliable and precise measurements for quality control and manufacturing processes. The gage comes with a 50 mm diameter setting ring, which serves as a reference standard for setting up the gage. This setting ring is carefully calibrated to ensure its accuracy, providing a reliable reference for measuring concentricity. The gage is easy to use, with a simple setup process that allows for quick and efficient measurements. It is suitable for a wide range of applications, including machining, tooling, and production environments where concentricity is critical. With its high accuracy and reliable performance, the Insize Concentricity Gage 4786 is a valuable tool for ensuring the quality and precision of cylindrical parts in various industries.

Type of Product : Concentricity Gage

Accuracy : 3 μm

Insize 2-40 mm Applicable Diameter Range Concentricity Gage with 2 µm Accuracy, 4726-2

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Insize Concentricity Gage with Fixed Stand (4726 Series)

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₹2,94,999 - ₹2,94,999

Insize Concentricity Gage with Fixed Stand (4726 Series) concentricity gage is a precision measurement tool used to determine the concentricity of cylindrical objects, ensuring that their geometric centers are aligned. This instrument is essential in industries where high precision is critical, such as automotive, aerospace, and machining. Concentricity gages typically consist of a base, a rotating spindle, and a series of dial indicators or electronic sensors. To use the gage, the object under inspection, such as a shaft or a round part, is mounted on the spindle, which is then rotated. The dial indicators measure any deviations in the object's surface relative to its central axis. These deviations indicate how much the object's outer surface is offset from being perfectly concentric with its center. The data collected from a concentricity gage can help in identifying manufacturing defects, misalignments, or wear and tear in components, enabling corrections to be made before further processing or assembly. This ensures the high quality and performance of the final product, reducing the risk of mechanical failures and improving overall efficiency in production processes. Concentricity gages are valued for their accuracy, reliability, and ease of use in quality control applications.

Type of Product : Concentricity Gage

Insize 14-110 mm Shaft Diameter Keyway Symmetry Gage with 0.01 mm Graduation, 4865-14

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Insize 14-110 mm Shaft Diameter Keyway Symmetry Gage with 0.01 mm Graduation, 4865-14

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₹82,599

Insize 14-110 mm Shaft Diameter Keyway Symmetry Gage with 0.01 mm Graduation, 4865-14 is a specialized measuring tool used to assess the symmetry and alignment of keyways in machine parts, particularly shafts and hubs. It helps ensure that keyways, which are slots or grooves used to secure components like gears, pulleys, and couplings onto shafts, are correctly positioned and centered. Here's a detailed explanation of a Keyway Symmetry Gage:
Purpose: The primary purpose of a Keyway Symmetry Gage is to check the concentricity and alignment of keyways in machine components. It verifies that keyways are properly centered and symmetrically aligned to the axis of the shaft or hub.
Design: A Keyway Symmetry Gage typically consists of two components: a cylindrical body with a centering shaft and a sliding indicator. The cylindrical body is designed to fit into the keyway, while the centering shaft aligns with the axis of the keyway.
Measurement Process: To use the gage, the cylindrical body is inserted into the keyway, and the centering shaft aligns with the keyway's axis. The sliding indicator, which is graduated and typically equipped with a dial or digital readout, is then moved along the length of the cylindrical body. As it moves, it measures any deviations from symmetry.
Symmetry Assessment: By observing the readings on the indicator as it traverses the length of the keyway, the operator can assess whether the keyway is symmetrically aligned. Any deviations or irregularities in the readings indicate a lack of symmetry or alignment issues.
Acceptance Criteria: Keyway Symmetry Gages are often accompanied by specifications or tolerance limits. These criteria define the allowable deviation from perfect symmetry. If the measurements fall within the specified tolerance, the keyway is considered symmetrical and aligned properly.
Applications: These gages are commonly used in industries such as manufacturing, automotive, and mechanical engineering, where proper alignment and concentricity of keyways are crucial for ensuring the correct functioning and assembly of machine components.
Alignment Correction: If a keyway is found to be out of alignment or lacking symmetry, corrective measures may be necessary. This can involve re-machining the keyway or adjusting the position of the component being attached to the shaft or hub.
Benefits: The use of a Keyway Symmetry Gage helps prevent issues such as misalignment, vibration, and premature wear in machinery, resulting in improved reliability and performance.
In summary, a Keyway Symmetry Gage is a precision tool designed to assess the concentricity and alignment of keyways in machine components. By ensuring that keyways are properly centered and symmetrically aligned, these gages contribute to the reliability and efficiency of machinery in various industrial applications.

Insize 0-12.7 mm Digital Linear Gage with 1.6 µm Accuracy and IP43 Rating, 7130-10

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Insize Digital Linear Gage (7130 Series)

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₹17,699 - ₹33,039

The Insize Digital Linear Gage with 1.6 µm Accuracy and IP43 Rating is a high-precision measuring instrument designed for accurately measuring linear dimensions in various industrial applications. This digital linear gage combines exceptional accuracy with a durable construction that provides protection against dust and water ingress. With a measurement accuracy of 1.6 µm (micrometers), the Insize Digital Linear Gage offers precise measurement capabilities, making it suitable for applications where tight tolerances are required. Whether measuring dimensions of machined parts, conducting quality control inspections, or performing metrology tasks, this gage ensures reliable and repeatable results. The IP43 rating signifies that the digital linear gage is protected against solid objects greater than 1 mm in diameter and water spray at an angle of up to 60 degrees from vertical. This level of protection makes the instrument suitable for use in environments where moderate levels of dust and moisture are present, providing peace of mind to users working in demanding industrial settings. Key features of the Insize Digital Linear Gage with 1.6 µm Accuracy and IP43 Rating may include: 1. High-resolution digital display: Provides clear and easy-to-read measurements, allowing operators to quickly and accurately determine dimensions. 2. Robust construction: Built to withstand the rigors of industrial environments, ensuring long-lasting durability and reliability. 3. Zero-setting function: Enables users to establish a reference point for measurements, enhancing measurement accuracy and efficiency. 4. Data output capabilities: Allows measurement data to be transferred to external devices for further analysis or documentation, streamlining data management processes. 5. User-friendly interface: Intuitive controls and ergonomic design make the gage easy to use, reducing operator fatigue and improving productivity. Overall, the Insize Digital Linear Gage with 1.6 µm Accuracy and IP43 Rating offers precision, durability, and reliability for accurate measurement of linear dimensions in challenging industrial environments. Its combination of high accuracy and IP43-rated protection makes it an ideal choice for a wide range of metrology and quality control applications.

Range : 0-12.7 mm

Accuracy : 1.6 µm

Resolution : 0.1 µm

IP Rating : IP43

Insize 2 mm Inductive Digital Comparator with IP54 Waterproof Rating and Data Output, 2149-2

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Insize 2 mm Inductive Digital Comparator with IP54 Waterproof Rating and Data Output, 2149-2

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₹53,099

Insize 2 mm Inductive Digital Comparator with IP54 Waterproof Rating and Data Output, 2149-2 is a specialized electronic device used for comparing the measurement of an object or process to a predetermined or target value with a high degree of accuracy. This type of comparator relies on inductive sensors to detect and compare physical parameters such as position, displacement, or distance. Here's a detailed explanation of its functionality and applications:
1. Inductive Sensors: Inductive sensors are a type of proximity sensor that uses the principle of electromagnetic induction to detect the presence or position of metallic objects without physical contact. These sensors generate an electromagnetic field and measure changes in the field caused by the presence or movement of metal objects.
2. Measurement and Comparison: The Inductive Digital Comparator utilizes one or more inductive sensors to measure the position or displacement of an object in a process. It continuously monitors this measurement and compares it to a preset reference or target value. The comparator then provides a digital output or signal based on the comparison result.
3. High Precision: One of the key advantages of an Inductive Digital Comparator is its high precision. Inductive sensors are known for their accuracy and reliability, making them suitable for applications where precise measurements are critical.
4. Digital Display: These comparators often feature a digital display that provides real-time information about the measured parameter and the comparison result. This digital readout makes it easy for operators to monitor the process and detect any deviations from the target value.
5. Alarm and Control: In addition to displaying the measurement results, Inductive Digital Comparators can also trigger alarms or control actions when the measured value deviates from the preset target. This capability is especially useful in industrial automation and quality control applications.
6. Applications: Inductive Digital Comparators are widely used in manufacturing and quality control processes. They are employed in applications such as dimension measurement, position control, and alignment verification in industries like automotive, aerospace, and electronics manufacturing.
7. Flexibility: These comparators can be configured for various measurement parameters and target values, making them versatile tools that can adapt to different production requirements.
8. Durability: Inductive sensors are rugged and can withstand harsh industrial environments, ensuring the durability and long-term reliability of Inductive Digital Comparators.
In summary, an Inductive Digital Comparator is a precision measurement and control device that utilizes inductive sensors to continuously monitor and compare physical parameters against predetermined reference values. Its high accuracy, real-time digital display, and ability to trigger alarms or control actions make it an essential tool in industrial processes where precise measurements and quality control are paramount.

Insize Stainless Steel Blade T-Bevel with Tough Rubber Handle, 2281-360

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Insize Stainless Steel Blade T-Bevel with Tough Rubber Handle, 2281-360

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₹1,108

Insize Stainless Steel Blade T-Bevel with Tough Rubber Handle, 2281-360 is a versatile measuring and layout tool used in woodworking, metalworking, construction, and various DIY projects. It is designed to measure, transfer, and replicate angles accurately. The T-bevel consists of a handle or stock and a blade or blade assembly that can be adjusted to match and hold specific angles. Here's a detailed explanation of a T-bevel:
Components and Features:
Handle or Stock: The handle or stock of a T-bevel is typically made of wood, plastic, or metal and serves as the user's grip. It contains a slot or receptacle that allows the blade to pivot and be secured at different angles.
Blade or Blade Assembly: The blade of a T-bevel is typically made of metal and is attached to the handle at one end. It can be adjusted to various angles and locked in place using a wing nut or locking mechanism.
Measurement Scale: Many T-bevels have a measurement scale marked along the blade, allowing users to read the exact angle they've set, typically in degrees.
Locking Mechanism: The locking mechanism secures the blade at the desired angle, ensuring that it remains in position during measurements and layout work.
Operation:
Angle Measurement: To measure an angle using a T-bevel, the user loosens the wing nut or locking mechanism to allow the blade to pivot freely. The blade is adjusted to match the angle to be measured, typically by aligning it with an existing angle or edge on a workpiece.
Angle Transfer: Once the blade matches the desired angle, the locking mechanism is tightened to secure the blade in place. The T-bevel can then be used to transfer this angle to another workpiece or to make angled cuts or markings.
Layout and Marking: T-bevels are often used to mark angles on wood, metal, or other materials. The blade can serve as a guide for drawing lines or making cuts at the measured angle.
Applications:
Woodworking: T-bevels are commonly used in woodworking to measure and replicate angles for joinery, mitered cuts, and creating precise angles in projects.
Metalworking: They find applications in metal fabrication for transferring and replicating angles when cutting, welding, or bending metal.
Construction: T-bevels are used in construction for layout work, such as marking angled cuts in framing or determining roof pitch.
DIY Projects: Homeowners and DIY enthusiasts use T-bevels for various projects that require accurate angle measurements and layout work.
Advantages:
Precision: T-bevels allow for precise angle measurements and angle transfers, contributing to the accuracy of woodworking and metalworking projects.
Versatility: They are versatile tools that can measure, transfer, and replicate a wide range of angles, reducing the need for multiple tools.
Durability: T-bevels are typically made from durable materials, ensuring long-lasting performance in demanding environments.
Ease of Use: They are straightforward to operate, making them suitable for both professionals and hobbyists.

Insize Stainless Steel Fillet Welding Gage with Calculating Card, 4846-1

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Insize Stainless Steel Fillet Welding Gage with Calculating Card, 4846-1

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₹3,775

Insize Stainless Steel Fillet Welding Gage with Calculating Card, 4846-1 is a specialized measuring tool used in welding and metal fabrication to assess the size and quality of fillet welds. Fillet welds are commonly used in various applications to join two pieces of metal at right angles or in a lap joint configuration. Properly sized and executed fillet welds are crucial for ensuring the strength and integrity of welded joints. The fillet welding gauge helps welders and inspectors verify that welds meet specified standards and tolerances. Here's a detailed explanation:
Components and Features:
Arms or Blades: The main components of a fillet welding gauge are the arms or blades that extend perpendicularly from the body of the gauge. These arms are precisely machined to match various fillet weld sizes and configurations.
Scales and Notches: The arms or blades feature scales and notches that correspond to specific weld sizes and angles. These markings help determine if the fillet weld's dimensions conform to the required specifications.
Depth Gauge: Some fillet welding gauges include a depth gauge feature, which allows users to measure the depth or leg length of a fillet weld accurately.
Operation:
Selection: The user selects the appropriate fillet welding gauge with arms that match the fillet weld size and configuration being inspected.
Placement: The arms of the gauge are carefully placed along the fillet weld, ensuring that they make contact with the weld's surface.
Comparison: By comparing the fillet weld's dimensions to the scales and notches on the gauge, the user can determine whether the weld meets the specified size and angle requirements.
Assessment: The gauge helps assess the weld's leg length, throat thickness, and angle, ensuring it conforms to the design and quality standards.
Recording: The measurements and assessment results can be recorded for documentation and quality control purposes.
Applications:
Welding Inspection: Fillet welding gauges are used by welding inspectors and quality control personnel to verify that fillet welds meet code requirements, industry standards, and project specifications.
Welding Training: They are valuable tools in welding training programs, helping trainees understand and practice proper fillet weld dimensions and angles.
Field Inspections: Welders and inspectors use fillet welding gauges in the field to assess weld quality and make on-site adjustments as needed.
Advantages:
Accuracy: Fillet welding gauges provide accurate measurements of fillet weld dimensions, ensuring compliance with welding standards.
Efficiency: They enable quick and efficient inspections, reducing the time required to assess multiple welds.
Consistency: Fillet welding gauges ensure consistency in weld quality and dimensions, contributing to the overall reliability and safety of welded joints.
In summary, a fillet welding gauge is a specialized measuring tool used to assess the size and quality of fillet welds in welding and metal fabrication applications. Its ability to accurately verify weld dimensions and angles is crucial for maintaining weld integrity and ensuring that welded joints meet industry standards and specifications.

Insize Stainless Steel Welding Undercut Gage with Calibration Block, 4849-1

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Insize Stainless Steel Welding Undercut Gage with Calibration Block, 4849-1

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₹9,557

Insize Stainless Steel Welding Gage for Measuring Leg Height Throat Size Thickness, 4850-1

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Insize Stainless Steel Welding Gage for Measuring Leg Height Throat Size Thickness, 4850-1

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₹1,887

Insize Stainless Steel Welding Gage for Measuring Leg Height Throat Size Thickness, 4850-1 is a precision measuring instrument used in welding and metal fabrication to assess and verify the quality and integrity of welded joints. These gauges play a critical role in ensuring that welded components meet specified tolerances and welding standards. They are commonly used by welding inspectors, quality control personnel, and welders to measure various parameters of welds accurately. Here's a detailed explanation of welding gauges:
Components and Features:
Body: The main body of a welding gauge is typically made of durable materials such as stainless steel or aluminum. It provides the structure and support for the measuring components.
Measuring Elements: Welding gauges include various measuring elements and features tailored to different aspects of weld quality. These can include scales, notches, grooves, and probes designed to assess parameters like weld size, reinforcement, penetration, and alignment.
Calibration Marks: Many welding gauges have calibration marks or references that help users determine whether the weld parameters meet specified standards or project requirements.
Digital Display: Some modern welding gauges feature digital displays, which provide precise numerical readings of measured parameters, enhancing accuracy and ease of use.
Operation:
Selection: The user selects the appropriate welding gauge based on the specific parameters they need to measure and the type of weld being inspected.
Placement: The gauge is carefully positioned on or near the weld joint. Different parts of the gauge may be used to assess different aspects of the weld.
Measurement: Using the gauge's measuring elements, the user takes readings and measurements of critical weld parameters. These can include dimensions, throat thickness, root penetration, undercut, and more.
Comparison: The measurements are compared to the specified tolerances and standards to determine whether the weld meets the required quality and dimensional criteria.
Recording: Inspection results and measurements are often recorded for documentation, quality control reports, or certification purposes.
Applications:
Weld Inspection: Welding gauges are essential for inspecting welds in various industries, including construction, manufacturing, aerospace, and automotive, to ensure compliance with standards and specifications.
Quality Control: They are used for quality control and assurance, helping identify and rectify weld defects and non-conformities.
Welding Training: Welding gauges play a role in training programs by teaching welders and inspectors how to assess and maintain weld quality.
Advantages:
Accuracy: Welding gauges provide precise measurements, reducing the risk of faulty welds and ensuring compliance with industry standards.
Efficiency: They enable quick and efficient inspections, helping save time and resources during the welding process.
Consistency: Welding gauges ensure consistent weld quality and dimensional accuracy, contributing to the overall safety and reliability of welded structures and components.
In summary, welding gauges are indispensable tools in the welding and metal fabrication industries for accurately measuring and verifying various parameters of welded joints. They play a crucial role in ensuring weld quality, adherence to standards, and the integrity of structures and components that rely on welding for their structural integrity.

Insize Hardened Steel Welding Gage for Measuring Misalignment Length Thickness Gap, 4848-1

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Insize Hardened Steel Welding Gage for Measuring Misalignment Length Thickness Gap, 4848-1

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₹2,595

Insize Hardened Steel Welding Gage for Measuring Misalignment Length Thickness Gap, 4848-1 is a precision measuring instrument used in welding and metal fabrication to assess and verify the quality and integrity of welded joints. These gauges play a critical role in ensuring that welded components meet specified tolerances and welding standards. They are commonly used by welding inspectors, quality control personnel, and welders to measure various parameters of welds accurately. Here's a detailed explanation of welding gauges:
Components and Features:
Body: The main body of a welding gauge is typically made of durable materials such as stainless steel or aluminum. It provides the structure and support for the measuring components.
Measuring Elements: Welding gauges include various measuring elements and features tailored to different aspects of weld quality. These can include scales, notches, grooves, and probes designed to assess parameters like weld size, reinforcement, penetration, and alignment.
Calibration Marks: Many welding gauges have calibration marks or references that help users determine whether the weld parameters meet specified standards or project requirements.
Digital Display: Some modern welding gauges feature digital displays, which provide precise numerical readings of measured parameters, enhancing accuracy and ease of use.
Operation:
Selection: The user selects the appropriate welding gauge based on the specific parameters they need to measure and the type of weld being inspected.
Placement: The gauge is carefully positioned on or near the weld joint. Different parts of the gauge may be used to assess different aspects of the weld.
Measurement: Using the gauge's measuring elements, the user takes readings and measurements of critical weld parameters. These can include dimensions, throat thickness, root penetration, undercut, and more.
Comparison: The measurements are compared to the specified tolerances and standards to determine whether the weld meets the required quality and dimensional criteria.
Recording: Inspection results and measurements are often recorded for documentation, quality control reports, or certification purposes.
Applications:
Weld Inspection: Welding gauges are essential for inspecting welds in various industries, including construction, manufacturing, aerospace, and automotive, to ensure compliance with standards and specifications.
Quality Control: They are used for quality control and assurance, helping identify and rectify weld defects and non-conformities.
Welding Training: Welding gauges play a role in training programs by teaching welders and inspectors how to assess and maintain weld quality.
Advantages:
Accuracy: Welding gauges provide precise measurements, reducing the risk of faulty welds and ensuring compliance with industry standards.
Efficiency: They enable quick and efficient inspections, helping save time and resources during the welding process.
Consistency: Welding gauges ensure consistent weld quality and dimensional accuracy, contributing to the overall safety and reliability of welded structures and components.
In summary, welding gauges are indispensable tools in the welding and metal fabrication industries for accurately measuring and verifying various parameters of welded joints. They play a crucial role in ensuring weld quality, adherence to standards, and the integrity of structures and components that rely on welding for their structural integrity.

Insize Stainless Steel Fillet Welding Gage for Measuring Convex Weld Size, 4847-1

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Insize Stainless Steel Fillet Welding Gage for Measuring Convex Weld Size, 4847-1

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₹1,179

Insize Stainless Steel Fillet Welding Gage for Measuring Convex Weld Size, 4847-1 is a specialized measuring tool used in welding and metal fabrication to assess the size and quality of fillet welds. Fillet welds are commonly used in various applications to join two pieces of metal at right angles or in a lap joint configuration. Properly sized and executed fillet welds are crucial for ensuring the strength and integrity of welded joints. The fillet welding gauge helps welders and inspectors verify that welds meet specified standards and tolerances. Here's a detailed explanation:
Components and Features:
Arms or Blades: The main components of a fillet welding gauge are the arms or blades that extend perpendicularly from the body of the gauge. These arms are precisely machined to match various fillet weld sizes and configurations.
Scales and Notches: The arms or blades feature scales and notches that correspond to specific weld sizes and angles. These markings help determine if the fillet weld's dimensions conform to the required specifications.
Depth Gauge: Some fillet welding gauges include a depth gauge feature, which allows users to measure the depth or leg length of a fillet weld accurately.
Operation:
Selection: The user selects the appropriate fillet welding gauge with arms that match the fillet weld size and configuration being inspected.
Placement: The arms of the gauge are carefully placed along the fillet weld, ensuring that they make contact with the weld's surface.
Comparison: By comparing the fillet weld's dimensions to the scales and notches on the gauge, the user can determine whether the weld meets the specified size and angle requirements.
Assessment: The gauge helps assess the weld's leg length, throat thickness, and angle, ensuring it conforms to the design and quality standards.
Recording: The measurements and assessment results can be recorded for documentation and quality control purposes.
Applications:
Welding Inspection: Fillet welding gauges are used by welding inspectors and quality control personnel to verify that fillet welds meet code requirements, industry standards, and project specifications.
Welding Training: They are valuable tools in welding training programs, helping trainees understand and practice proper fillet weld dimensions and angles.
Field Inspections: Welders and inspectors use fillet welding gauges in the field to assess weld quality and make on-site adjustments as needed.
Advantages:
Accuracy: Fillet welding gauges provide accurate measurements of fillet weld dimensions, ensuring compliance with welding standards.
Efficiency: They enable quick and efficient inspections, reducing the time required to assess multiple welds.
Consistency: Fillet welding gauges ensure consistency in weld quality and dimensions, contributing to the overall reliability and safety of welded joints.
In summary, a fillet welding gauge is a specialized measuring tool used to assess the size and quality of fillet welds in welding and metal fabrication applications. Its ability to accurately verify weld dimensions and angles is crucial for maintaining weld integrity and ensuring that welded joints meet industry standards and specifications.

Insize Magnetic Induction Parallel Set 100x50x25 mm, 6879-1 (Set of 2 Pcs)

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Insize Magnetic Induction Parallel Set 100x50x25 mm, 6879-1 (Set of 2 Pcs)

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Set of 2 piece

₹12,979

Insize Magnetic Induction Parallel Set 100x50x25 mm, 6879-1 is a specialized and highly precise tool used in various industrial applications, particularly in the field of non-destructive testing (NDT) and metrology. This set consists of a series of precision-ground parallel blocks made of high-quality materials, such as hardened steel, and is equipped with magnetic induction coils for controlled magnetization.
The key feature of the Magnetic Induction Parallel Set is its ability to create a uniform and controllable magnetic field within the parallel blocks. This magnetic field is crucial for NDT purposes, where assessing the magnetic properties of materials is essential for quality control and defect detection. By precisely controlling the magnetization of the blocks, inspectors can conduct magnetic particle testing or other NDT methods to evaluate the integrity and quality of ferrous materials.
Setting up a Magnetic Induction Parallel Set involves placing the parallel blocks between the workpiece and the induction coils. The coils generate a magnetic field within the blocks, ensuring that the magnetization is consistent and accurate. This controlled magnetization allows inspectors to perform thorough inspections and detect defects, cracks, or other irregularities in the material being tested.
These sets are widely used in industries such as aerospace, automotive, and manufacturing, where ensuring the structural integrity of metal components is critical. The Magnetic Induction Parallel Set's precision and reliability make it an indispensable tool for quality control and NDT, contributing to the safety and performance of various products and structures.
In summary, the Magnetic Induction Parallel Set is a specialized tool designed for non-destructive testing, quality control, and metrology applications. Its unique ability to induce and control magnetic fields within precision-ground parallel blocks enables accurate and repeatable inspections of ferrous materials. This set plays a vital role in maintaining high-quality standards in industries by allowing inspectors to detect and assess defects and anomalies in metal components.

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Insize Other Precision Gauge

Top Selling Insize Other Precision Gauge Products Price List for August 2026