Insize High Precision Digital Thickness Gages 2879

Insize 2879-101 0-10 mm Measuring Range High Precision Digital Thickness Gage is a specialized measuring instrument used to accurately determine the thickness of various materials with exceptional precision and reliability. It is commonly employed in industries such as manufacturing, quality control, and research where precise measurements are crucial.

Key features of this gage include:

Digital Display: It has a digital readout that provides a clear and easy-to-read measurement value, typically in micrometers or millimeters. This eliminates the need for manual interpretation and reduces errors.

High Precision: These gages are designed to provide extremely accurate measurements, often with a resolution of 0.001 millimeters or even finer. This high precision is crucial for ensuring quality in manufacturing processes.

Contact Probe: The gage is equipped with a precise contact probe that comes into direct contact with the material being measured. This probe is typically made of a hard and durable material, like carbide, to ensure accurate and consistent results.

User-Friendly Interface: Many models feature user-friendly interfaces with options for data storage and statistical analysis. This facilitates data management and quality control efforts.

Adjustable Anvil: Some gages have adjustable anvils that allow for measuring different sample thicknesses. This adaptability makes them versatile and suitable for a wide range of applications.

Auto-Zero and Calibration: High precision digital thickness gages often have auto-zero and calibration functions, ensuring that measurements remain accurate over time.

Data Output: Some models offer data output capabilities, allowing measurements to be recorded electronically, which can be essential for documentation and quality assurance.

These gages are commonly used in industries like aerospace, automotive, plastics, and metalworking to measure the thickness of materials such as sheet metal, glass, plastic, and more. Their high precision, user-friendly features, and versatility make them indispensable tools for quality control, research, and production processes where precision measurements are critical.