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3D PRINTERS / SCANNERS Measuring and calibration instruments Chotest Profile and Roughness Measuring Machine SJ5730

Measuring and calibration instruments Chotest Profile and Roughness Measuring Machine SJ5730
Chotest Profile and Roughness Measuring Machine SJ5730



  • Item No.: SJ5730
  • Product name: Profile and Roughness Measuring Machine
  • X-axis measuring range: 0~100 mm
  • Profile measurement accuracy:
    Angle: ≤ 1’
    Z1: ≤ ±(0.5+|6H|/100) μm
    Standard arc Pt accuracy: ≤ ±0.3 µm
    Standard sphere: ≤ ±(1+R/20) μm
  • Roughness measurement accuracy: Ra ≤ ±(4 nm+2.0% A)
  • Scanning speed: 0.05~5 mm/s adjustable
  • Once Scanning for both Profile and Roughness
  • Manufacturer: Chotest Technology Inc.
  • Country of origin: China



Technical data and information

Model No SJ5730
X-axis Range: 0~100mm, Resolution: 1nm
Straightness: 0.2μm/50mm, 0.3μm/100mm
Moving speed: 0~10 mm/s
Z1-axis Range: ±7 mm (Standard measuring arm L85 mm)
Range: ±8 mm (Optional measuring arm L95 mm)
Range: ±10 mm (Optional measuring arm L110 mm)
Resolution: 0.1 nm
Z-axis Range: 0~300 mm, Moving speed: 0~10 mm/s
Profile 
Measurement 
Accuracy
Angle: ≤ 1’
Z1: ≤ ±(0.5+|6H|/100) μm, H is horizontal measured height in mm
Standard arc Pt accuracy: ≤ ±0.3 µm
Standard sphere: ≤ ±(1+R/20) μm
Roughness 
Measurement 
Accuracy
Roughness measuring range: Ra0.05 μm~Ra12.5 μm
Ra: ≤ ±(4nm+2.0%A) (A is nominal Ra value)
Repeatability: 1δ ≤ 1nm (0.1-0.2 μm square wave roughness specimen , standard stage block)
Measurement residual: ≤ 0.003 μm
Measuring force (3~4) mN
Max gradient uphill 77 º / downhill 88º
Scanning Speed 0.05~5 mm/s
Power Supply AC 100~240 V, 50/60 Hz, 350 W
Dimension & weight Marble base: (600x350x100) mm
Overall: (600x350x850) mm
Weight: 95 kg
Operating environment

No strong magnetic field, no vibration, no corrosive gas; Operating temperature: 20 ± 2℃;

Relative humidity: 10-70%



Подробно Product descriptions

The SJ5730 is an integrated surface roughness and profile measuring instrument; it adopts ultra-high precision diffraction optical measuring system, ultra-high straightness grinding grade friction guide, high performance servo drive motor and high performance computer control system technology to achieve high precision measurement and analysis of the surface roughness and profile of the part. The computer uses an ultra-high precision calibration system to correct the sampled data by means of a correction algorithm to finally restore the part's contour information and display it as a curve graph. The software provides analysis tools to evaluate various roughness parameters and contour parameters for contours and micro contours.