Styli And Rods For Roundness/Cylindricity Testers
BDT 0/-
Product Details
Brand: INSIZE
Model: RCT-RA260-T1
Country Of Origin: China
Features:
High precision for accurate roundness measurement.
Compact 10mm height for access to specific features.
2mm diameter contact ball.
Versatile compatibility with multiple angled stylus rods.
Essential accessory for maintaining metrology system accuracy.
| Type: | H10 Stylus |
| Height (H): | 10mm |
| Diameter (D): | 2mm |
| Compatibility: | INSIZE Roundness/Cylindricity Testers |
The INSIZE RCT-RA260-T1 is a high-precision H10 series stylus designed specifically for use with INSIZE Roundness and Cylindricity Testers. Featuring a 10mm height (H) and a 2mm diameter measuring ball (D), this stylus is engineered to accurately trace the surface profiles of various workpieces. It can be attached to a variety of stylus rods (0°, 90°, 73°, and 63° configurations) to extend reach or change measurement angles, making it an incredibly versatile accessory for complex metrology tasks.
INSIZE RCT-RA260-T1 Roundness Stylus – Precision 10mm H, 2mm Ball
Ensure accurate and reliable measurements on your metrology equipment with the INSIZE RCT-RA260-T1 Styli. Designed specifically for INSIZE Roundness and Cylindricity Testers, this H10 series stylus is a critical accessory for reaching internal and external features with exacting precision.
Key Features & Benefits:
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High-Precision Engineering: Manufactured to strict tolerances to ensure accurate data capture during rotation measurements.
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Specific Dimensions: Features a 10mm height (H) and a 2mm diameter tip (D), ideal for a wide range of contour and roundness applications.
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Modular Versatility: Designed to pair seamlessly with INSIZE's extensive range of stylus rods, including 0°, 90°, 73°, and 63° configurations, allowing you to customize your reach and angle.
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Durable Construction: Built to withstand the rigors of daily quality control operations.
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System Compatibility: An essential OEM accessory to keep your INSIZE RCT series tester performing at its peak.
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