QR Series Surface Roughness Measurement Instruments Introduction: The QR Series Surface Roughness Measurement Instruments utilize non-contact roughness sensor technology, with precision guideways as the measurement reference. Featuring high accuracy and broad applicability, they effortlessly handle roughness measurements on complex surfaces such as inclined parts and curved parts. The measurement principle employs the stylus method: the sensor's stylus slides over the measured surface, detecting microscopic surface irregularities and generating displacement. This displacement is converted into an electrical signal by a high-precision inductive sensor, which is then processed, filtered, and calculated to determine the surface roughness parameter values. Features: 1. Advantages of the No-Guide Design: Eliminating the limitations of traditional probes on measurements, suitable for complex surfaces such as inclined planes, curved surfaces, and deep grooves. Shaanxi Weir Electromechanical Technology Co., Ltd Taking precision guide rails as the benchmark, it offers higher accuracy and better stability Reduce reliance on standard templates, simplify calibration—Shaanxi Weir Electromechanical Technology Co., Ltd 2. High-precision measurement performance: Achievable nanoscale resolution (1.5nm repeatability), meeting the demands of high-end precision manufacturing Extremely low residual noise (≤0.008μm), ensuring fundamental measurement accuracy. Shaanxi Weier Electromechanical Technology Co., Ltd Fully closed-loop control system, minimizing environmental interference effects 3. Intelligent and Convenient Operation: Automatic calibration, automatic parameter setting, and easy operation The electric drive system features precise positioning and stable speed Graphical interface, intuitively displaying measurement results and contour curves Technical Specifications: Basic Parameters Parameter Item: Technical Indicators Model: QR Series Measurement Principle: Contact (Touch Probe / Profilometry) Sensor Type: Self-developed non-contact roughness sensor Roughness accuracy: Range: ±420μm Resolution: 655356:1 (Ultra High Definition) Indication accuracy: ≤±(8nm + 3.5%) Residual noise: ≤0.008μm Repeatability: 1δ ≤ 1.5nm measurement parameters Parameter Category:Optional Values / Description Measurement parameters: Ra, Rz, Rt, Rq, Rp, Rv, Rmax, RS, RSm, D, Pt, Ln, Rmr (Tp) curves, etc Cutoff wavelength: 0.025, 0.08, 0.25, 0.8, 2.5, 8 mm Rated length: λC×2, 3, 4, 5, 6, 7 (multiples of the cutoff wavelength) Drive System: Both X/Y axes are electrically driven Display method: High-resolution LCD/OLED (depending on the specific model) Data Storage: Can store multiple sets of measurement data (depending on the specific model) Data output: USB, RS232, or Bluetooth (depending on the model) Power source: Rechargeable lithium battery (depending on the specific model) Operating temperature: 0°C to 40°C Relative humidity: ≤80% (no condensation) External dimensions: Approximately 400mm × 300mm × 200mm (depending on the specific model) Weight: Approximately 15kg (varies by model)
QR Series Surface Roughness Measurement Instruments Introduction: The QR Series Surface Roughness Measurement Instruments utilize non-contact roughness sensor technology, with precision guideways as the measurement reference. Featuring high accuracy and broad applicability, they effortlessly handle roughness measurements on complex surfaces such as inclined parts and curved parts. The measurement principle employs the stylus method: the sensor's stylus slides over the measured surface, detecting microscopic surface irregularities and generating displacement. This displacement is converted into an electrical signal by a high-precision inductive sensor, which is then processed, filtered, and calculated to determine the surface roughness parameter values.
