Inductive Sensor-Based Surface Profile and Contour Measurement
System
Surface Profile and Contour Measurement Solutions
All surfaces contain measurable elements including size, shape,
roughness, and waviness. High-precision components require
comprehensive analysis of all these elements to ensure optimal
performance and quality.
Surface Measurement Elements
- Dimensions: Surface functional shapes defined by linear relationships between
radius, angle, distance, and features
- Shape: Deviation from target surface shape (plane, sphere, cone, etc.),
typically caused by machine error
- Roughness: Surface texture variations caused by cutting tools or machining
processes
- Waviness: Non-ideal machine effects resulting from vibration, insufficient
rigidity, or other process instability factors
SE2000 Series Features
Achieving the optimal balance between performance and cost with
exceptional price-to-performance ratio.
- Wide range of inductive sensors for versatile applications
- Small-range high-precision contour measurement capabilities
- Micro-profile measurement with exceptional accuracy
Measurement Applications
SE2022G-tbo Specifications
| Specification | Details |
|---|
| Measuring Range - X-axis | 120mm |
| Measuring Range - Z-axis | 420mm |
| Measuring Range - Z1-axis | ±0.5mm~±7.5mm/262144:1 |
| Z1 Linear Precision | 0.07% f.s. |
| Angle Accuracy | ±1´ |
| Straightness | 0.3µm/100mm |
| X-axis Drive Speed | 0.05~20mm/s |
| Z-axis Drive Speed | 0.2~20mm/s |
Measurement Capabilities
Comprehensive profile analysis including line elements of various
workpiece surfaces, point features, distance measurements between
points and lines, position analysis of elements including distance,
parallelism, perpendicularity, angle, groove depth, groove width,
radius, straightness analysis, convexity analysis, and profile
analysis.
System Components
E Series Inductive Contour Sensor
- Resolution: 65536:1 / 262144:1
- Range: ±0.5mm~±5mm / ±0.5mm~±7.5mm
- Linear Precision: 0.15% / 0.07%
- Measuring Force: 0.7mg
- Flexible accuracy/range ratio with unparalleled advantages for
digital sensors in small contour measurement applications
Drive Systems
Dsh Low Noise Driver / Dch Low Noise Ceramic Driver (Selectable based on application requirements)
- Rail Travel: 100-150mm / 180~220mm
- Number Interval: 0.05~2µm / 0.05~5µm
- Contour Straightness: 0.3µm/100mm
- Roughness Residual Value: ≤0.005µm
- Maximum Moving Speed: 20mm/s
- Minimum Measurement Speed: 0.1mm/s
- Low noise actuator meets standard parts profile measurement
accuracy requirements
- Capable of measuring Ra greater than 0.025 micron with roughness
sensor
Column Components
Cnf High Speed Column / Cnfl High Speed Long Column (Selectable based on application requirements)
- Range: 320~420mm / 520~620mm
- Maximum Moving Speed: 20mm/s
- Minimum Moving Speed: 0.2mm/s
- Positioning Accuracy: 0.005mm
- High-speed column design with non-deformable frame construction
- Precision fast transmission structure with wide speed range and
high positioning accuracy
Platform Components
MPE Integral Ergonomic Machine Table
- Material: Marble
- Specifications: 500*800, 500*1000
- Integral design with compact structure
- Convenient maintenance and space-saving
- Ergonomic design reduces operator fatigue
Frequently Asked Questions
Q1: Are you a factory or trading company?
A1: We are a factory and provide responses within 24 hours.
Q2: What does your company primarily manufacture?
A2: We primarily produce Vision Measuring Machines, Coordinate
Measuring Machines, CMM & VMM fixtures, and related equipment.
Q3: How to choose the appropriate specification?
A3: Our professional team will recommend suitable measuring
instrument specifications based on your product variety and
measurement requirements.
Q4: Do you accept customized services?
A4: Yes, we provide both standard machines and custom solutions
tailored to specific customer needs.
Q5: What is your warranty period?
A5: Our products come with a 1-year warranty. We maintain stable
product quality with improvements to breakable components for
reliable performance.
