Excellent product, great service as ever.
Really nice quality handles. Well worth the price.
Amazing little brass figure predator. Can’t wait to use it in a hunter
They seem to be quite good and hopefully will look great on a knife
Description
Shahe Stainless Steel Digital Calipers 0-150mm
Engineered for accuracy and reliability, this digital micrometer is constructed with a robust hardened stainless steel frame to ensure long-lasting performance under demanding conditions. The precision-engineered spindle and knurled locking screw provide smooth operation and secure measurements. With high-quality craftsmanship and exceptional stability, this tool delivers reliable and precise results for intricate tasks.
The intuitive LCD display enables quick and error-free readings, making it indispensable for precision measurement applications. Additional button functions allow for versatile use, enhancing convenience and usability.
Specifications
- Material: Hardened stainless steel frame and spindle
- Display: LCD screen for clear and easy reading
- Battery: Operates with a 3V CR2032 battery (not included)
- Measurement System: Switchable between metric (mm) and imperial (inch)
- Zero-Setting: Adjustable at any position, including preset values (0.25, 50, 75 mm)
- Accuracy: ±0.003 mm
- Resolution: 0.001 mm
- Measurement Range: 0–25 mm
- Measuring Force: 5–10 N
- Power Consumption: ≤20 μA
- Storage Temperature: -20°C to 60°C
- Operating Temperature: 0°C to 40°C
- Functions: Measures external dimensions with precision
Button Functions
-
ON/OFF SET:
- Brief press: Turn the device on or off.
- Long press: Set zero to predefined values (0.25, 50, 75 mm).
-
ZERO:
- Press to set the current value as the default starting point.
-
ABS / in/mm:
- Switch between absolute and relative measurement modes.
- Toggle between metric and imperial units.
Designed for Excellence
Built for precision and reliability, this digital micrometer is the perfect tool for professionals and hobbyists who demand superior performance. Its innovative features and ergonomic design ensure precise, direct measurements to meet all technical requirements with ease.