Mechanical Dial Indicator Impact Resistant Inner Core High Precision Dial Indicator with Excellent Abrasion Resistance (0-20mm) 0-20mm
Mechanical dial indicator Impact-resistant inner core High precision dial indicator with excellent abrasion resistance (0-20mm)
Feature: 1. SOLID STRUCTURE: Mechanical pointer dial display, adopts shock-resistant inner core and brass movement, with more stable structure and accurate measurement. 2. STAINLESS STEEL: The main moving parts of the dial indicator are made of stainless steel, which has good wear resistance, not easy to deform or rust. 3. HIGH ACCURACY: Embedded brass sleeve design with 8µm pitch, which is more vertical and accurate, with high sensitivity and good stability. 4. CLEAR DISPLAY: Transparent anti-dust visual display design with high light transmittance and clear dial for easy reading, stable and reliable. 5. APPLICABLE SCENES: Widely used for fine machining, manufacturing, aviation and mold making, measuring shaft runout and error, etc. Specification: Item Type: Dial Indicator Accuracy: 0.01mm Error: ±0.05mm Material: Stainless Steel, Brass Scope of application: Fine machining, manufacturing, aviation, mold making, measuring shaft runout and errors Usage: Open the package and take out the product for use. Package List: 1 x Dial Indicator
Product Features
- APPLICABLE SCENES: Widely used for fine machining, manufacturing, aviation and molding, measuring shaft runout and -errors, etc.
- STAINLESS STEEL: The main moving parts of the dial indicator are made of stainless steel, which has good wear resistance, not easy to deform or rust.
- CLEAR DISPLAY: Transparent anti-dust design for visual display with high light transmittance and clear dial for easy reading, stable and reliable.
- HIGH ACCURACY: Embedded brass sleeve design with a distance of 8m, which is more vertical and accurate, with high sensitivity and good stability.< /li>
- SOLID STRUCTURE: Mechanical pointer dial display, adopts shockproof inner core and brass movement, with stable structure and accurate measurement.