Disk Micrometer – Non rotating Spindle Type
Product Specifications:
Range: 0 mm to 100 mm (varies by model)
Resolution: Up to 0.001 mm
Accuracy: ±4 μm to ±6 μm (depending on range)
Construction: Non-rotating spindle with disk-shaped anvils for precise measurements.
Mitutoyo Disk Micrometer - Non rotating spindle type
The Mitutoyo Disk Micrometer – Non Rotating Spindle Type can be used to measure the root tangent length of spur gears and helical gears with high accuracy. This precision instrument is provided by Bombay Tools Supplying Agency Private Limited, hence it can be applied in a range of industrial and quality control purposes.
What is a Disk Micrometer – Non Rotating Spindle Type?
A disk micrometer is a precision measuring device with disk-shaped anvils and a non-rotating spindle. It is designed to measure the root tangent length and sizes of gears. It is commonly employed in manufacturing, mechanical engineering, and quality control where precise and repeatable measurements are needed.
Features and Benefits
Specialized Gear Measurement: Suitable for measuring the root tangent length of spur and helical gears.
Non-Rotating Spindle: Avoids slippage and allows accurate measurements without damaging the workpiece.
High Accuracy: Offers measurement accuracy of ±4 μm to ±6 μm for consistent results in applications.
Ratchet Stop Mechanism: Offers repetitive measuring force for repeatable and accurate readings.
Multiple Ranges Available: Measuring ranges of 0–25 mm to 75–100 mm to cater to diverse gear sizes.
Disk-Shaped Anvils: Ideal for reaching gear teeth and providing precise contact on root surfaces.
Lightweight and Robust: Easy to use and intended for extended usage in both field and shop-floor environments.
Optional Accessories: Standard setting (all except 0–25 mm range), link cables, U-WAVE wireless data output units, and MeasurLink integration for simplified data management.
Digital Models with Data Output: Provided with Digimatic (LCD) and Quickmike types for increased speed in measurement and data output functions.
