Metrix+ Surftest 10 Surface Roughness Tester Ra 0.05-10µm Flexible Probe LCD Display

The Metrix+ Surftest 10 Surface Roughness Tester is a versatile device equipped with a flexible probe, designed for precise measurement of surface roughness parameters, particularly Ra (up to 10µm). It uses an advanced inductive transducer to provide accurate readings, making it suitable for use in various industrial environments, including automotive, aerospace, and manufacturing. The device’s user-friendly interface and backlit LCD display allow for easy operation and visibility, even in low-light conditions.

Key Features

• Measuring Range: Ra range from 0.05µm to 10µm, suitable for analyzing fine surface textures.
• Flexible Probe Design: Allows easy access to hard-to-reach surfaces, ensuring versatile application.
• High Accuracy: Delivers consistent results, making it ideal for quality control and process optimization.
• Data Storage: Can store up to 7 groups of measurement data for easy recall and analysis.
• Backlit LCD: Provides a clear view of measurements in various lighting conditions.

Specifications

• Resolution: 0.001µm for readings below 10µm, 0.01µm for readings above 10µm.
• Power Supply: Rechargeable lithium-ion battery for extended use.
• Operating Conditions: Suitable for use in temperatures from 0°C to 50°C with humidity levels below 85%.
• Evaluation Length: Adjustable, providing flexibility in measurement settings.

Box Including

• Metrix+ Surftest 10.
• Flexible Probe.
• Carrying Case.
• Calibration Block.
• User Manual.

Applications

• Industrial Manufacturing: Ensures consistent surface finish quality in machined parts.
• Automotive: Used for assessing the surface roughness of engine components and other critical parts.
• Quality Control: Essential for maintaining standards in production processes, preventing defects in finished products.

The Metrix+ Surftest 10 provides a balance of accuracy, flexibility, and ease of use, making it an indispensable tool for professionals seeking precise surface roughness measurements.