Capabilities
- Resolution:10 µm (0.01 mm)
- Accuracy:±0.05 mm (rubber/plastic) / ±0.02 mm (ceramic)
- Measurement range:10 mm – 500 mm (Z-axis)
- Field of view:20 mm – 400 mm (X-axis)
- Sampling rate:3,200 profiles/second
3D profiling · non-metallic materials
Advanced 2D/3D measurement for rubber, plastics & ceramics
High-precision shape recognition, surface inspection and dimensional control for non-metallic materials. Specialised tire-tread reconstruction and profile analysis.
Advanced 2D/3D measurement for rubber, plastics & ceramics
Shape recognition, surface inspection, dimensional control and profile analysis — optimised for non-reflective, textured and challenging surfaces.
Tire tread specific
- Tread depth accuracy:±0.1 mm
- Groove width:±0.05 mm
- Pattern recognition:AI-based classification
- Inspection speed:Up to 2 m/s
- Tire diameter:300 mm – 2000 mm
3D surface reconstruction
High-density point cloud for complete shape analysis.
Profile comparison
Real-time deviation from CAD or ideal profile.
AI pattern recognition
Automatic tread-pattern classification and defect detection.
Wear analysis
Predictive wear monitoring and remaining-life estimation.
Tire tread reconstruction & analysis
Complete 3D profiling for quality control and wear analysis
360° tread scanning
Multi-laser system captures the complete tire circumference in seconds with 0.1 mm resolution.
Groove depth measurement
Automatic measurement of primary and secondary grooves with statistical reporting.
Pattern recognition
AI-powered identification of tread patterns (all-season, winter, performance, off-road).
Wear prediction
Analysis of wear patterns to predict remaining tire life and identify alignment issues.
Tread profile reconstruction: 3D point-cloud visualisation
Industry applications
Complete measurement solutions for non-metallic materials
Tire manufacturing
Tread depth, pattern recognition, sidewall inspection and green-tire dimensional control.
Rubber extrusions
Weather strips, seals, hoses and profiles — cross-section measurement and defect detection.
Plastic profiles
Window frames, pipes, panels and custom profiles with real-time shape verification.
Ceramic tiles
Flatness, warpage, edge chipping and surface-defect detection for quality sorting.
Injection moulding
Part geometry verification, flash detection and dimensional analysis for moulded parts.
Conveyor belts
Thickness profile, splice inspection and wear monitoring for rubber conveyor belts.
Material-specific optimisation
Specialised solutions for challenging non-metallic surfaces
Rubber — high contrast
Plastics — multi-exposure
Ceramics — high contrast
Tire tread — pattern reconstruction
Rubber seals — micro profile
3D point cloud & dimensional analysis for tire tread
Our 3D laser scanners capture millions of points per second, creating high-resolution 3D models of any object. Measure complex geometries, detect surface defects and perform dimensional checks with sub-millimetre accuracy.
Profile extraction
Volume measurement
Surface reconstruction
Real-time 3D profile visualisation for tire tread
Floor tiles — shape, dimension and thickness measurement
Multi-sensor configuration: a ring of profilers scans the tile from all angles as it moves along the production line. This data is processed by our software, which calculates size parameters — such as length, width and edge straightness — using algorithms like edge detection and Euclidean distance calculations.
Profile extraction
Thickness measurement
Surface reconstruction
Real-time 3D profile visualisation for floor tiles
Plastic pipes
Multi-sensor configuration: a ring of profilers scans the pipes as they move along the production line. This data is processed by our software, which calculates size parameters such as length, width and edge straightness.
Mesh extraction
External dimensions
Surface reconstruction
Real-time 3D profile visualisation for plastic pipes
Need 3D measurement for rubber, plastics or ceramics?
Our application specialists will analyse your material and recommend the optimal laser and configuration for your specific surface type and accuracy requirements.
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