Digital sensor 12.7/0.01 — precision digital measuring sensor with 12.7 mm range and 0.01 mm resolution

Digital sensor 12.7/0.01 — precision digital measuring sensor with 12.7 mm range and 0.01 mm resolution is a compact linear displacement sensor intended for precise measurement of small movements and thicknesses. It delivers a stable digital output for straightforward integration into inspection fixtures, CNC machines, and quality control stations. The sensor is designed for applications that demand repeatable positioning and fine-step accuracy within a 12.7 mm travel range.

Advantages

This digital sensor combines high resolution with a compact form factor, enabling accurate measurement in confined spaces. Its 0.01 mm resolution provides reliable detection of small dimensional changes, while the digital output simplifies data transfer to control systems and measuring equipment. The design emphasizes mechanical stability and repeatability, reducing measurement variability in routine inspection and positioning tasks.

Suitable for

• Dimensional inspection and quality control of small parts
• Repeatable positioning in fixtures and assembly jigs
• Integration with CNC setups for tool offset or probe measurement
• Thickness measurement of thin components and materials
• Laboratory and R&D measurement tasks requiring fine resolution

Key specifications

• Measurement range: 12.7 mm
• Resolution: 0.01 mm
• Output type: digital output suitable for integration with measurement systems
• Intended measurement: linear displacement and thickness
• Form factor: compact sensor body for use in confined workspaces

How to use

Mount the sensor securely to a stable fixture or machine frame so that the probe or contact point aligns with the moving surface to be measured. Connect the digital output to a compatible readout, controller, or data acquisition system following the manufacturer's wiring convention. Calibrate the zero or reference position before measurements by bringing the probe into contact with the known reference surface and setting the readout accordingly. Take measurements by moving the target part or the sensor probe through the required stroke while recording the digital output values.

Usage recommendations

Use gentle, consistent contact force and avoid side loads on the probe to maintain accuracy and prolong service life. Keep the sensor and probe clean from chips, dust, and coolant; if used in machining environments, consider barrier protection or shielding. Verify calibration periodically against traceable standards when used for quality control.