Measuring Tool Accessories

The STANLEY 300 mm Met Die Cast Comb Square 2-46-028 is a versatile and reliable tool used by professionals and enthusiasts for various measuring and marking tasks. With its sturdy construction and accurate measurements, it has become a popular choice among craftsmen and builders The square features a die-cast metal body, which ensures durability and long-lasting performance. This robust construction makes it suitable for use in demanding work environments, where precision and resilience are essential. The high-quality materials used in its manufacturing contribute to its overall strength and stability Measuring 300 mm (30 cm) in length, this comb square offers a generous length for a wide range of applications. Whether you need to check right angles, draw perpendicular lines, or measure and mark precise distances, this tool provides the necessary accuracy and convenience The square is designed with a clear and easy-to-read scale, allowing users to quickly and accurately measure various lengths. The markings are etched onto the metal surface, ensuring longevity and preventing wear and tear over time. This feature is particularly useful for repetitive tasks and when precision is paramount STANLEY 300 mm Met Die Cast Comb Square 2-46-028 is a durable, accurate, and versatile measuring tool suitable for various woodworking, metalworking, and general construction applications. Its robust construction, clear scale markings, and combination square design

Insize HRB Type Rockwell Hardness Test Block with 88-100 Hardness, HDT-B-HRB is a precision instrument used for calibrating and verifying the accuracy of Rockwell hardness testing machines. The Rockwell hardness test is a common method for assessing the hardness of materials, especially metals, plastics, and other industrial materials. These test blocks are essential tools in quality control and assurance to ensure that hardness test results are consistent and reliable.
Key features and characteristics of Rockwell Hardness Test Blocks:
Material: Test blocks are typically made from materials with known and consistent hardness values, such as high-quality steel or tungsten carbide. The choice of material depends on the intended application and the hardness scale being calibrated (e.g., HRC, HRB, or HRA).
Precision Manufacturing: These blocks undergo meticulous manufacturing processes, including heat treatment and machining, to achieve precise hardness values and dimensional accuracy. The surface finish is carefully controlled to prevent errors in hardness readings.
Reference Hardness Values: Each Rockwell hardness test block is assigned a specific reference hardness value that corresponds to a particular Rockwell hardness scale. These values are traceable to international standards and are certified by accredited laboratories.
Standardized Shapes and Sizes: Test blocks come in standardized shapes and sizes, often as small, rectangular specimens. These standardized dimensions ensure compatibility with Rockwell hardness testing machines and consistency in testing procedures.
Certification: Manufacturers provide certification documents that include information such as the reference hardness value, date of calibration, and the laboratory's accreditation details. This documentation is crucial for maintaining traceability and quality control.
Applications and Importance of Rockwell Hardness Test Blocks:
Calibration: Rockwell hardness test blocks are primarily used for calibrating Rockwell hardness testing machines. By indenting the test block and measuring the resulting indentation, operators can verify the accuracy and reliability of their testing equipment.
Quality Assurance: Manufacturers and quality control laboratories use these test blocks to ensure the precision and consistency of hardness test results. Regular calibration helps maintain reliable and trustworthy measurements.
Research and Development: In research and development activities, Rockwell hardness test blocks serve as reference standards to assess the hardness of new materials, conduct material characterization studies, and validate testing methods.
Training and Education: These blocks are valuable tools in educational institutions and training programs, allowing students and professionals to practice and learn Rockwell hardness testing techniques.
Compliance: Industries with specific hardness requirements, such as aerospace, automotive, and manufacturing, use these test blocks to verify that their materials and components meet hardness specifications.
Rockwell Hardness Test Blocks play a critical role in maintaining the quality and consistency of hardness testing procedures, ensuring that accurate hardness values are obtained for a wide range of materials. Their traceability to internationally recognized standards makes them essential instruments for quality control and material assessment.

Insize Dial Test Indicator Holder 136 mm Length with Hex Key, 6296-1 is an essential tool used in precision measurement and inspection processes in various industries, including manufacturing, machining, and quality control. Its primary function is to securely hold a dial test indicator (DTI) or lever-style dial indicator in a stable and adjustable position, allowing for precise measurements of small linear displacements, deviations, or runout. Here's a detailed explanation of the dial test indicator holder:
Secure Mounting: The primary purpose of a dial test indicator holder is to securely mount a dial test indicator. These indicators have a slender probe or stylus that needs to be held in a precise position relative to the object being measured. The holder provides a stable platform to achieve this.
Adjustability: Dial test indicator holders are designed with various adjustable features. This adjustability allows users to position the indicator at different angles and heights, making it versatile for a wide range of measurement tasks. Common adjustments include height adjustment, articulating arms, and swivel or rotation capabilities.
Stability: Stability is crucial for accurate measurements. Dial test indicator holders are built to provide a stable and rigid platform for the indicator. They are often made from materials like steel or aluminum to ensure durability and minimize vibrations.
Fine Adjustment: Some holders include fine adjustment mechanisms that allow users to finely adjust the position of the dial test indicator's stylus for precise zero-setting or alignment.
Magnetic Bases: Many dial test indicator holders come with magnetic bases, making them suitable for use on metal surfaces. The magnetic base provides a secure attachment and allows for quick setup on various workpieces and machine surfaces.
Clamping Mechanisms: In addition to magnetic bases, holders may have clamping mechanisms or other mounting options like dovetail mounts or posts for attaching to specific measurement equipment or fixtures.
Compatibility: These holders are designed to accommodate different sizes and types of dial test indicators, ensuring compatibility with various measurement instruments.
Applications: Dial test indicator holders are commonly used in precision measurements such as checking part tolerances, aligning machine components, measuring runout, and inspecting the concentricity of cylindrical objects, among other tasks.
Quality Control: They are indispensable tools in quality control processes, ensuring that manufactured components meet specified tolerances and quality standards.
Versatility: Dial test indicator holders are versatile instruments that find applications in various industries, including metalworking, automotive, aerospace, and electronics, wherever precise measurements of small displacements or deviations are required.
In summary, a dial test indicator holder is a crucial tool for maintaining accuracy and repeatability in precision measurement and inspection tasks. Its adjustability, stability, and compatibility with dial test indicators make it an indispensable component in quality control and manufacturing processes.

Insize HRC Type Rockwell Hardness Test Block with 35-55 Hardness, HDT-B-HRC2 is a precision instrument used for calibrating and verifying the accuracy of Rockwell hardness testing machines. The Rockwell hardness test is a common method for assessing the hardness of materials, especially metals, plastics, and other industrial materials. These test blocks are essential tools in quality control and assurance to ensure that hardness test results are consistent and reliable.
Key features and characteristics of Rockwell Hardness Test Blocks:
Material: Test blocks are typically made from materials with known and consistent hardness values, such as high-quality steel or tungsten carbide. The choice of material depends on the intended application and the hardness scale being calibrated (e.g., HRC, HRB, or HRA).
Precision Manufacturing: These blocks undergo meticulous manufacturing processes, including heat treatment and machining, to achieve precise hardness values and dimensional accuracy. The surface finish is carefully controlled to prevent errors in hardness readings.
Reference Hardness Values: Each Rockwell hardness test block is assigned a specific reference hardness value that corresponds to a particular Rockwell hardness scale. These values are traceable to international standards and are certified by accredited laboratories.
Standardized Shapes and Sizes: Test blocks come in standardized shapes and sizes, often as small, rectangular specimens. These standardized dimensions ensure compatibility with Rockwell hardness testing machines and consistency in testing procedures.
Certification: Manufacturers provide certification documents that include information such as the reference hardness value, date of calibration, and the laboratory's accreditation details. This documentation is crucial for maintaining traceability and quality control.
Applications and Importance of Rockwell Hardness Test Blocks:
Calibration: Rockwell hardness test blocks are primarily used for calibrating Rockwell hardness testing machines. By indenting the test block and measuring the resulting indentation, operators can verify the accuracy and reliability of their testing equipment.
Quality Assurance: Manufacturers and quality control laboratories use these test blocks to ensure the precision and consistency of hardness test results. Regular calibration helps maintain reliable and trustworthy measurements.
Research and Development: In research and development activities, Rockwell hardness test blocks serve as reference standards to assess the hardness of new materials, conduct material characterization studies, and validate testing methods.
Training and Education: These blocks are valuable tools in educational institutions and training programs, allowing students and professionals to practice and learn Rockwell hardness testing techniques.
Compliance: Industries with specific hardness requirements, such as aerospace, automotive, and manufacturing, use these test blocks to verify that their materials and components meet hardness specifications.
Rockwell Hardness Test Blocks play a critical role in maintaining the quality and consistency of hardness testing procedures, ensuring that accurate hardness values are obtained for a wide range of materials. Their traceability to internationally recognized standards makes them essential instruments for quality control and material assessment.

Introducing the Insize Gage Block Holder, model 6883-4, a specialized tool crafted for securely holding gage blocks within the range of 15-20 mm. Constructed from durable aluminum, this holder is designed to meet the needs of industries requiring precise measurements and calibration in manufacturing, machining, and quality control applications.The Insize 6883-4 Gage Block Holder features advanced technology to securely grip and stabilize gage blocks within the specified range. The holder is designed for ease of use and ensures that gage blocks remain securely in place during measurements, contributing to accurate and reliable results.Covering a range of 15-20 mm, this gage block holder accommodates various gage block sizes within the specified limits. The user-friendly design facilitates quick and efficient measurements, providing operators with a reliable tool for precise calibration and quality control tasks in industrial settings.Constructed with durability in mind, the 6883-4 features a robust build and high-quality materials, ensuring longevity and reliability in demanding environments. The gage block holder is a valuable accessory for maintaining accuracy in measurement systems and ensuring the integrity of calibration procedures across different industries.Elevate your gage block calibration capabilities with the Insize Gage Block Holder Aluminum for 15-20 mm Gage Block, 6883-4, where precision, durability, and user-friendly design converge to deliver exceptional performance in achieving accurate and efficient measurements.

Insize Data Output Cable for Digital Micrometers Range 5.5-7 mm/4.5-3.5TPI 7321-T16 | Country of origin: India | Range: 5.5-7 mm / 4.5-3.5TPI | Notes: All Pictures Shown Are For Illustration Purpose Only| Item Code: 7321-T16

Insize Ceramic Face Anvil for Bore Gage Size 18-35 mm, 7350-35 (Set of 9 Pcs) is a fundamental component of an outside micrometer, also known as a micrometer caliper. This measuring instrument is widely used in precision measurement and quality control to determine the dimensions of various objects with high accuracy. The anvil is a critical part of the micrometer, serving as the fixed reference point against which the object being measured is placed. Here are the key features and functions of the anvil in a micrometer:
Fixed Reference Point: The anvil is a stationary, flat, and hardened surface on the micrometer. It acts as the reference point against which the workpiece is positioned for measurement.
Spindle and Frame: The anvil is part of the micrometer's frame, while the opposing component, called the spindle, is responsible for moving toward the anvil to measure the workpiece's dimensions. The spindle is typically rotated using a thimble or ratchet to control the measurement process.
Precision and Accuracy: The anvil and spindle are carefully manufactured to high precision to ensure accurate measurements. They are often made from hardened steel or other materials known for their durability and wear resistance.
Variety of Anvil Types: Different micrometers have specific types of anvils to accommodate various measuring tasks. These may include flat anvils, spherical anvils for measuring curved surfaces, blade anvils for measuring the width of grooves, and more.
Interchangeability: In some micrometers, the anvils are designed to be interchangeable to suit different measurement requirements. This adaptability allows a single micrometer to handle a variety of measurement tasks.
Contact Surface: The flat contact surface of the anvil is in direct contact with the workpiece being measured. The user gently brings the spindle into contact with the workpiece, exerting just enough pressure to ensure a precise measurement.
Measurement Reading: The measurement reading on a micrometer is obtained by reading the scale or digital display while noting the position of the spindle in relation to the anvil. This reading represents the thickness or dimensions of the workpiece.
Applications: Micrometers with anvils are commonly used in various industries, including manufacturing, machining, quality control, and scientific research, for measuring components, tools, and materials with high accuracy.
The anvil in a micrometer is a critical component that enables precise and repeatable measurements. Its fixed and flat surface provides a stable reference point for measuring the dimensions of workpieces with great accuracy, making micrometers invaluable tools in industries and applications where precision is essential.

Insize Magnetic Back 54 mm Diameter for Digital Dial Indicator 2318, 7331-M2 is a device designed with a built-in magnet that allows it to securely attach to ferrous (iron-containing) surfaces. These magnetic backs are commonly used in various applications where temporary attachment or mounting of objects is required, offering a quick and versatile solution.
Key features and functions of Magnetic Backs:
Built-in Magnet: The primary feature of a magnetic back is its built-in magnet, typically made of materials like neodymium or ferrite, which provides strong magnetic force for attachment.
Attachment Surface: Magnetic backs usually have a flat or slightly curved surface on the opposite side of the magnet, providing a secure contact point for adhering to ferrous surfaces.
Versatile Shapes and Sizes: Magnetic backs come in various shapes and sizes, from small discs and squares to larger rectangular or custom-shaped designs to accommodate different objects and applications.
Attachment Methods: Depending on the design, magnetic backs can be attached using adhesives, screws, bolts, or other fastening methods, allowing them to be affixed to a wide range of objects.
Holding Strength: The strength of the magnetic force can vary depending on the type and size of the magnet used in the magnetic back, making it suitable for holding objects of different weights.
Easy Removal: One of the advantages of magnetic backs is that they can be easily removed or repositioned without leaving marks or damage on the surface to which they are attached.
Applications of Magnetic Backs:
Signage and Displays: Magnetic backs are used to mount signs, posters, advertisements, and displays on metal surfaces, offering a non-permanent and convenient mounting solution.
Tool Organization: In workshops and garages, magnetic backs can be affixed to tools, making it easy to store and access them on metal toolboxes or tool racks.
Office Organization: Magnetic backs are employed in offices for organizing whiteboards, bulletin boards, and other office supplies on metal surfaces.
Automotive Accessories: Many car accessories, such as phone mounts and GPS devices, use magnetic backs to attach to metal surfaces within vehicles.
Home Decor: Home decor items, like picture frames, clock mechanisms, and decorative ornaments, utilize magnetic backs for easy and damage-free mounting.
Industrial Applications: Magnetic backs are employed in industrial settings for temporary mounting of inspection instruments, gauges, and sensors to metal machinery or structures.
Retail and Merchandising: Retailers use magnetic backs for the quick and effortless installation of promotional materials and signage on metal store fixtures and shelving.
Magnetic backs offer a versatile and user-friendly solution for temporarily mounting objects or fixtures to metal surfaces. Their ease of use, non-destructive attachment, and reusability make them valuable tools in a wide range of applications, simplifying mounting and organization tasks in both professional and everyday contexts.

http://www.farnell.com/datasheets/358445.pdf

In a professional tone: Smartphones are the most essential accessory for today’s world. It is not only used as a phone but has become an internet browser, video player, camera and music player. The only problem with this device is that it needs electricity to function in our daily activities. Portable chargers have been invented to provide protection for smartphones; however, it can be a nuisance to carry around and charge the portable charger regularly.
The Rishabh Mains Adaptor for RISH Insu 20 is a small, light and smart adaptor - compatible with all mains sockets in India. This adaptor ensures that your Insu 20 remains fully charged (when not using it) and cuts down on the battery consumption by turning off automatically when not in use. No issues of overcharging or compromise on the battery life takes place when you use this adaptor. For example, if you insert the adaptor with your Insu 20 in an idle state (screen off), then it will keep charging until 80% of the battery is charged and turn off (it will turn on again once you unplug it).

Introducing the Mitutoyo Vernier Caliper Clamp Screw – a crucial and precision-engineered component that ensures the stability and accuracy of your Vernier caliper measurements. Crafted with Mitutoyo's renowned commitment to quality and precision, this clamp screw is a vital accessory for professionals in various industries, where precise measurements are paramount. The Mitutoyo Vernier Caliper Clamp Screw is meticulously designed to securely hold the sliding jaw in place, preventing any unwanted movement during measurements. Its precise fit and robust construction guarantee a stable connection, ensuring repeatable and consistent results with every use. Crafted from high-quality materials, this clamp screw is built to withstand the rigors of industrial use. Its durability and reliability make it a long-lasting and dependable component for countless measurement tasks, even in demanding working conditions. The clamp screw features an ergonomic design, enabling easy adjustments with minimal effort. Its smooth and precise operation ensures a tight grip on the sliding jaw, maintaining the integrity of your measurements and minimizing the chances of errors. Designed for compatibility, the Mitutoyo Vernier Caliper Clamp Screw seamlessly fits with various Mitutoyo Vernier caliper models. This adaptability ensures that you can easily replace or upgrade the clamp screw to suit your specific caliper requirements. Accuracy is the foundation of Mitutoyo's reputation, and this clamp screw exemplifies that commitment to precision. Its precision engineering guarantees a secure fit and enhances the overall accuracy of your measurements, instilling confidence in the reliability of your data. Experience the precision and reliability of the Mitutoyo Vernier Caliper Clamp Screw. Trust in Mitutoyo's legacy of excellence and elevate your measurement capabilities today. Enhance the stability of your Vernier caliper, achieve unmatched precision, and maximize the potential of your measurement processes with this exceptional clamp screw.

The Mitutoyo 101210 Back Pig 86901997 is a specialized accessory designed to support and stabilize Mitutoyo's dial indicators and lever-type dial test indicators during measurements. Crafted with Mitutoyo's renowned expertise and precision engineering, this exceptional product enhances the accuracy and reliability of your measurements. The Back Pig serves as a versatile mounting solution, providing a stable and secure base for dial indicators and dial test indicators. Its robust construction ensures that the measuring instruments remain firmly in place, eliminating vibrations and enhancing precision. Designed for ease of use, the Mitutoyo 101210 Back Pig offers adjustable height and fine-tuning options, allowing you to align the dial indicator perfectly with the measurement surface. This user-friendly feature simplifies setup and ensures consistent and accurate readings. The Mitutoyo 101210 Back Pig is crafted with high-quality materials to withstand the rigors of industrial environments. Its durable construction guarantees reliable performance over extended periods, making it a valuable asset in various applications, including machining, manufacturing, and quality control. With its compatibility and adaptability, the Back Pig caters to a wide range of dial indicators and dial test indicators from Mitutoyo, making it a versatile addition to your metrology toolkit. Trust in Mitutoyo's legacy of excellence and innovation, and elevate your measurement capabilities with the Mitutoyo 101210 Back Pig 86901997. Whether you're a quality control professional seeking precise inspections or an engineer striving for enhanced measurement stability, this accessory is the perfect solution for optimizing your measurement setup. Embrace the assurance of stability and accuracy with the Back Pig, and let Mitutoyo redefine the way you approach dimensional metrology.

Insize V-Shaped and Cone-Shaped Anvil for Internal Micrometer Range 10-7TPI 7321-T28 | Country of origin: India | Material: Stainless Steel | Range: 10-7TPI| Notes: All Pictures Shown Are For Illustration Purpose Only | Item Code: 7321-T28

Insize Depth Stop for Calipers 6143 | Country of origin: India | Material: Stainless Steel | Notes: All Pictures Shown Are For Illustration Purpose Only| Item Code: 6143

To increase the stability of depth measurement.

Introducing the Insize Dial Test Indicator Holder, specifically designed for use with the Dial Test Indicator model 6296-2. This precision accessory, crafted with the hallmark quality of Insize, serves as the perfect companion to enhance the versatility and accuracy of your measurements.The 3/8-inch holder is a testament to Insize's commitment to providing solutions that meet the exacting standards of professionals in metrology and precision measurement. Designed for seamless compatibility with the 6296-2 Dial Test Indicator, this holder facilitates secure and stable positioning, ensuring that your measurements are conducted with the utmost precision.Crafted with durability in mind, the Insize Dial Test Indicator Holder features robust construction, capable of withstanding the rigors of demanding industrial environments. The holder allows for flexible adjustments, providing users with the freedom to position the Dial Test Indicator at optimal angles for precise measurements.The compatibility of the holder with the 6296-2 Dial Test Indicator streamlines the measurement process, offering a reliable solution for tasks that require meticulous attention to detail. The combination of these two Insize products empowers professionals in machining, engineering, and quality control to achieve superior results in their measurement applications.Invest in the precision and reliability that Insize is renowned for, and elevate your measurement capabilities with the Insize Dial Test Indicator Holder for the 6296-2 Dial Test Indicator—an indispensable accessory that exemplifies Insize's commitment to excellence in metrology tools.

Insize Green Filter for Digital Measuring Microscope, ISM-PM-GREEN is a specific wavelength in the visible light spectrum. They are often referred to as green interference filters.
Transmittance: Green filters are engineered to transmit light predominantly in the green part of the spectrum, while blocking or attenuating light at other wavelengths. This selective transmittance enhances contrast and reduces glare and unwanted reflections.
Optical Coatings: Green filters may be coated with interference coatings or other optical treatments to optimize their performance in terms of wavelength selection and light transmission.
Uses:
Green filters for digital measuring microscopes have several valuable applications:
Improved Contrast: These filters enhance contrast by selectively transmitting green light and minimizing other colors. This can be particularly beneficial for highlighting fine details and surface irregularities on specimens.
Reduced Glare: By filtering out certain wavelengths of light, green filters help reduce glare and reflections on the surface of the specimen, making it easier to visualize and measure features.
Fine Measurement: In metrology and precision measurement, green filters can aid in accurately measuring small features, edges, and fine structures on the specimen's surface by making them more visible and distinct.
Surface Inspection: Green filters are commonly used in quality control and inspection processes to assess the condition and quality of surfaces, including detecting defects, scratches, and wear.
Microscopic Examination: In biological and material sciences, green filters assist in microscopic examination by enhancing the visibility of biological specimens, cells, and tissue structures.
Vision Enhancement: These filters can be particularly useful for people with specific vision challenges, such as color blindness, as they may help distinguish certain details that may be difficult to discern with standard lighting.
It's important to note that the choice of a green filter or any other filter depends on the specific microscopy or measurement application and the type of specimen being observed. Different filters may be used to optimize visibility and measurement accuracy for various materials and surface characteristics. Green filters are just one example of optical tools used to enhance the capabilities of digital measuring microscopes, ensuring precise and accurate measurements in diverse applications.

The Insize Flat Multifunctional Point 6.5 mm for Electronic Caliper, 7392-T1 is a versatile and essential accessory designed to enhance the functionality of electronic calipers. This multifunctional point, engineered for precision, durability, and user-friendliness, is a valuable tool for professionals and enthusiasts in various fields, including engineering, machining, quality control, and metrology. At the core of the Insize Multifunctional Point is its meticulous design and construction. It is typically crafted from high-quality materials, often featuring stainless steel or other durable alloys, ensuring its longevity and resistance to wear and corrosion. This robust build guarantees the point's reliability and performance, even under heavy usage in demanding industrial environments. One of the standout features of this accessory is its versatility. It is designed to work with electronic calipers of various brands and models, allowing users to adapt their existing tools for different applications. The multifunctional point includes a range of features, such as a pointed end, a flat end, and a radius end, making it a valuable addition to the toolkit for professionals who need to perform diverse measurements and inspections. The Insize Multifunctional Point enhances user convenience by simplifying measurement tasks. The different end types cater to a variety of measurement needs, including depth measurements, inside and outside diameter measurements, and groove measurements. Users can quickly switch between end types, eliminating the need for multiple measuring tools. Precision is a key attribute of this accessory. It is designed to provide accurate and repeatable measurements, ensuring that components are measured with the level of precision required for quality control, metrology, or machining applications. User-friendliness is a priority, with clear and easy-to-read markings for measurement values and simple attachment mechanisms that make the multifunctional point straightforward to use, reducing the risk of errors during measurements. In summary, the Insize Multifunctional Point for Electronic Calipers is a versatile, durable, and highly precise accessory that simplifies and enhances measurement tasks. Its quality construction, adaptability to various electronic calipers, versatility, precision, and user-friendliness make it an indispensable tool for professionals in industries that require accurate and diverse measurements. With this multifunctional point in your toolkit, you can confidently and efficiently perform a wide range of measurements, ensuring precision and accuracy in your work.