Rechargeable Electronic Digital Display Vernier Caliper (150/200/300mm), Stainless Steel, HD Full-Screen Caliper

Features:

*Efficient Charging: This digital vernier caliper features USB-C charging, allowing for rapid recharging and eliminating the need for frequent battery changes, making it convenient for continuous use.  

*Long Battery Life: Designed for extended usage, the caliper can last between 3 to 5 months on a single charge,  reliable performance without interruptions.  

*For  for Precision Measurement: With an accuracy of 0.01mm, this tool adheres strictly to for NATIONAL standards, making it for IDEAL for precise industrial measurements and providing consistent and stable data.  

*Construction: Made with a thickened stainless steel ruler, this caliper is both wear-resistant and ,  longevity and reliability in various working conditions.  

*User-Friendly Display: The upgraded large digital display allows for clear and easy readings, catering to users of all experience levels, from beginners to professionals, enhancing overall measurement efficiency.

Specifications:

Part Name:Rechargeable Digital Vernier Caliper

Material:stainless steel

Size:150mm, 200mm, 300mm (optional)

Color:Available Types: Industrial-Grade Digital Caliper, [Upgraded Glass Grid] Caliper

Package Content:

Package 1: 1 * Industrial-Grade Digital Caliper 150mm [Rechargeable Type-C Interface] (A)

Package 2: 1 * Industrial-Grade Digital Caliper 200mm [Rechargeable Type-C Interface] (B)

Package 3: 1 * Industrial-Grade Digital Caliper 300mm [Rechargeable Type-C Interface] (C)

Package 4: 1 * Upgraded Glass Grid Caliper 150mm [Rechargeable Type-C Interface] (D)

Package 5: 1 * Upgraded Glass Grid Caliper 200mm [Rechargeable Type-C Interface] (E)

Package 6: 1 * Upgraded Glass Grid Caliper 300mm [Rechargeable Type-C Interface] (F)

Note:

1. The real color of the item may be slightly different from the pictures shown on website caused by many factors such as brightness of your monitor and light brightness.
2. Please allow slight manual measurement deviation for the data.