Hot selling vernier caliper comes with a 0~500 mm measuring range, 0.02 mm reading and carbon steel materials. Rodless vernier scale is used for measuring length, depth and diameter in science labs, medical purposes, steel industries, aerospace industries, etc.

Features

• <Made of Carbon Steel> The mechanical vernier caliper is made of carbon steel, and the main caliper and ruler frame are heat treated as a whole.
• <Large Measuring Range> High precision vernier scale can measure length, depth, inner diameter and outer diameter within 500 mm.
• <Locked Anywhere> It comes with a semi-circular non-slip push handle and metal fastening screws. Any position of the vernier caliper can be locked, and the reading is retained for easy operation.
• <Durable Measuring Surface> Matte chrome with laser-scored lines. Matte chrome plating on the engraved surface of the main ruler and ruler frame, laser engraved lines, exquisite and durable. The scale of the vernier caliper is clear and the measurement is accurate.

Specifications

• Model: RDDLZ-VC-SG500
• Range: 0~500 mm
• Weight: 760g
• Material: Carbon Steel
• Reading: 0.02 mm
• Product Packaging: Plastic Box

Dimension (Unit: mm)

Vernier Caliper Applications

The vernier caliper is a common vernier gauge used by assemblers and equipment maintenance personnel. It can directly measure the outside diameter, inside diameter, thickness, width, depth and hole distance of parts. RDDLZ 100~600 mm vernier calipers are widely used in scientific laboratories, medical applications, steel industry, aerospace industry and education sector.

Tips: Mechanical Vernier Caliper vs. Digital Vernier Caliper

Since the mechanical vernier caliper needs to be aligned with the scale, it can read accurately and calculate the final reading, so different measurers may have different readings, and there may also be calculation errors.

Due to the use of inductive sensing strips, the digital vernier caliper turns the mechanical reading into an electronic signal and displays it directly. The reading method is simple. But the price is expensive and the failure rate is high.