Digital Height Gauge Tesa 350 Micro-Hite Plus M

The Tesa 350 Micro-Hite Plus M is a digital height gauge designed for precise vertical measurements in workshop and inspection environments. This compact measuring instrument provides a clear digital readout of height and dimensional offsets, enabling repeatable and accurate positioning for layout work, part setting and quality control. Its construction supports stable measurements on flat surfaces and integrates functions useful for calibration and comparative gauging.

Advantages

The digital display offers easy-to-read numerical values and quick switching between measurement modes, reducing reading errors. A compact footprint and robust base deliver stability during use while keeping the instrument suitable for limited bench space. The instrument supports fine adjustment and repeatable measurement routines, which streamlines part setup and inspection tasks. Designed for workshop conditions, the device balances precision with straightforward operation.

Suitable for

• Setting and checking part heights on machine benches and fixtures
• Layout and marking work for machining and assembly
• Gauge calibration and verification of vertical references
• Quality control inspections requiring repeatable height measurements

Key specifications

• Digital readout for height and offset values
• Compact, stable base suitable for bench use
• Fine adjustment mechanism for precise positioning
• Durable construction for workshop and inspection use
• Repeatable measurement capability for quality control tasks

How to use

Place the base of the gauge on a clean, flat reference surface and switch on the digital readout. Bring the measuring slider into contact with the workpiece and use the fine adjustment to obtain the exact height reading. Zero or set reference offsets on the display as required for comparative measurements or calibration procedures. Record or transfer displayed values according to your inspection protocol.

Usage recommendations

Use on a stable, vibration-free surface and keep the base and measuring surfaces clean and free of chips or debris. Perform routine verification against a certified reference standard to maintain measurement accuracy. Avoid exposure to prolonged moisture, strong magnetic fields or mechanical shock.