The surface profilometer adopts the latest architecture design and can simultaneously obtain roughness and profile parameters in a single measurement. The software interface is simple and intuitive, and the operation logic is clear, so users can quickly get started.
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Profilometers are widely used in precision manufacturing, quality control, and scientific research fields, such as testing engine parts (pistons, gears) in the automotive industry, analyzing wafer surface morphology in the semiconductor industry, and evaluating the accuracy of artificial joints in medical devices. They also support mold reverse modeling and scientific research experiments. They are the core tools for measuring surface profile, roughness and form and position tolerances, and help facilitate high-precision product design and process optimization.
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Model | SISCO-PM-TSLK100 | ||
Profile Parameters | Measurement Range | X Axis | 100mm (resolution 0.1μm) |
Z Axis | 500mm | ||
Z1 Axis | 40mm (resolution 0.05μm) | ||
Contour Accuracy | X-Axis Indication Error | ≤(0.8+0.03L)μm | |
Z1 Axis Indication Error | ≤(0.8+∣0.08H∣)μm | ||
Arc Measurement Error | ≤(1.2+R/8)μm | ||
Angular Accuracy | ≤±1' | ||
Straightness | 0.8μm/100mm | ||
Roughness Parameters | Residual Noise | ≤0.010μm | λc is 0.08mm, the measuring speed is 0.1mm/s, and the flat crystal is measured |
Roughness Measurement Repeatability | 1δ≤2nm | Adopt square wave standard parts with Ra of 0.35~0.5μm | |
Roughness Indication Error | ≤±(10nm+3.5%) | ||
Roughness Indication Stability | ≤±7% | ||
Roughness Measurement Repeatability | ±3% | ||
Evaluation Length | λc×1,2,3,4,5,6,7 | ||
Cutoff Wavelength | 0.025,0.08,0.25,0.8,2.5,8mm | ||
Filter | Gaussian Filter | ||
Climbing Angle | 77°up, 88°down | ||
Test Speed | 0.02~5.0mm/s | ||
Measurement Method | Sensor Movement | ||
Power Supply | AC 220V±10% 50Hz | ||
Ambient Temperature | 20℃±2℃ | ||
Ambient Humidity | 40%~60%RH | ||
Dimensions | 1005mm×900mm×1850mm | ||
Weight | 420kg |
Q1: What is the difference between a profilometer and a roughness meter? ​​
A1: Profilometer: can measure the complete surface profile and multi-dimensional parameters (such as angle, groove shape), with more comprehensive functions
    Roughness meter: dedicated to surface roughness (Ra/Rz) measurement, portable and low cost.
Q2: What parameters can the Profilometer measure? ​​
A2: Basic parameters: Ra (roughness), Rz (maximum profile height), straightness, roundness, angle, groove depth/width, etc.
Advanced analysis: complex geometric features such as surface fitting, groove center distance, convexity, logarithmic curve, etc.
Q3: What are the main types of profilometers?
A3: Stylus profilometer: High accuracy, but may scratch soft materials.
Optical profilometer: Non-destructive testing, suitable for precision optical components or brittle materials.
Laser profilometer: High-speed scanning, suitable for dynamic or large-sized objects.
Tips: How to Use a Profilometer?
First, for large or irregularly shaped workpieces, they must be firmly fixed to avoid movement or shaking during measurement. According to the shape of the workpiece and the measurement requirements, select a suitable probe, and then set the measurement parameters in the measurement software, such as measurement range, measurement speed, number of sampling points, etc., and select the appropriate measurement mode and analysis function. During the measurement process, the measurement environment must be kept stable to avoid external factors interfering with the measurement results.
Thank you for buying industrial test and measurement equipment on SISCO.com, all products sold by SISCO and the partner cover a 12 months warranty, effective from the date of receiving the products.
SISCO is responsible for providing free spare parts, and free technical support to assist the customer to repair the defective products until the problem is solved.