Spi UTG-2675 Electronic Thickness Gage 0-1 in Flat Anvil

Product Description

The SPI UTG-2675 is an electronic thickness gage designed to measure material thickness with high precision across a range of 0 to 1.0000 inch (0 to 25.40 mm). It delivers an accuracy of 0.00015 inch, making it a reliable tool for quality control, inspection, and fabrication verification tasks. The gage operates via a thumb button mechanism and uses a flat anvil tip for consistent contact across flat workpiece surfaces. It is well suited for use by machinists, inspectors, and trade professionals who require precise, repeatable thickness measurements in shop or field environments.

This thickness gage is used wherever accurate material thickness verification is required, including sheet metal fabrication, HVAC ductwork inspection, plumbing component QC, and general industrial measurement applications. Its electronic readout and compact design allow for efficient single-handed operation during both bench and in-line inspection tasks. The minimum measurable thickness starts at 0.2 mm, making it suitable for thin materials as well as heavier stock up to 1.0000 inch.

Key Features

• Measurement range of 0 to 1.0000 inch (0 to 25.40 mm) covers a wide variety of material thicknesses
• Accuracy of 0.00015 inch supports precision inspection and quality control work
• Flat anvil tip provides stable, consistent contact on flat surfaces
• Thumb button operating mechanism allows for quick, one-handed actuation
• Electronic readout eliminates analog interpolation and reduces reading error
• Firm measuring force ensures repeatable contact pressure across measurements

Compatibility

Designed as a general-purpose electronic thickness gage suitable for use across metalworking, inspection, and fabrication applications where flat-surface thickness measurement is required.

Installation Notes

No installation is required. This is a handheld measurement instrument intended for bench or field use. Before use, zero the gage on a calibrated reference surface according to the manufacturer procedure. Keep the anvil tip clean and free of debris to maintain measurement accuracy. Calibration should be verified periodically per your facility quality control schedule.