TS131 Surface Roughness Deep Groove sensor

Name: TS131 Surface Roughness Deep Groove sensor
Brand: HUATEC GROUP CORPORATION

TS131 Surface Roughness Deep Groove sensor Deep groove sensors are suitable for measuring the surface roughness of grooves with a width greater than 3mm and a depth less than 10mm, or steps with a height less than 10mm. They are specialized tools for measuring complex geometric surfaces in precision manufacturing. The following is the core information: Key features and application scope 1. Measurement scene Deep grooves, steps, narrow grooves and other areas that conventional

Brand Name HUATEC

Payment Terms T/T,Paypal

Accuracy Resolution up to 0.01μm, indication error ≤±10%

Place of Origin China

Price USD518-USD585

Delivery Time 10-15 working days after receipt of your payment

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Product Description

TS131 Surface Roughness Deep Groove sensor

Deep groove sensors are suitable for measuring the surface roughness of grooves with a width greater than 3mm and a depth less than 10mm, or steps with a height less than 10mm. They are specialized tools for measuring complex geometric surfaces in precision manufacturing. The following is the core information:

Key features and application scope

1. Measurement scene

Deep grooves, steps, narrow grooves and other areas that conventional sensors cannot reach.

· Compatible with plane and cylindrical surface measurement (requires use with a measurement platform).

2. Technical parameters

Slot width requirement	> 3mm (some models support > 2mm)
Trough depth/step height limit	< 10mm (< 3mm for some models).
Accuracy	Resolution up to 0.01μm, indication error ≤±10%
Stylus	Diamond material, 90° cone Angle, tip radius 5μm, force measurement < 4mN

3. Application fields

· Electronic manufacturing: Detect the roughness of the solder balls on BGA chip mounts (exceeding the standard can lead to false soldering and EMI interference).

· Mechanical processing: automotive parts, aerospace precision parts, molds, etc.

Precautions for Operation

· Stylus protection: Avoid collision during installation and gently push it in.

· Calibration: Use a standard calibration plate and ensure that the stylus position is within two divisions above and below "0" before measurement.

· Range selection: Start from the minimum range and gradually increase it when an over-range alarm occurs.