TARAZ ASM
3D Optical System for Surface and Topography Scanning and Areal Measurement
The TARAZ ASM (Areal Surface Measurement) system uses blue-light fringe projection to perform fast, non-contact 3D scanning and measurement of metal, polymer, and composite surfaces, in compliance with ISO 25178.
Available in multiple configurations and with different resolutions, it is designed for applications in the automotive, aerospace, coatings, and additive manufacturing industries.
Metrological Traceability
Full measurement traceability in compliance with NPL measurement guidelines.
Integration and Automation
Available for off-line and in-line use, with customized software tailored to the sample and application.
Four Resolutions, One Platform
The ASM family meets a wide range of requirements, from measuring large areas to characterizing finely machined surfaces.
Fine Resolution System
The Fine Resolution system is the latest addition to the ASM family and the most precise version in the range.
It extends Taraz’s fringe projection optical platform to a lateral resolution of 1 μm, enabling the inspection of polished, lapped, and finely finished components.
Like all ASM systems, it offers a fast, non-contact solution fully integrated with TarazSurf software.
- Lateral resolution: 1 µm
- Areal measurement range: 10 × 10 mm
- Measurement time: < 2 s
- For polished, lapped, and finely machined surfaces
Surface Texture
Analysis of areal surface roughness parameters in accordance with ISO 25178.
3D Height Map
Visualization of surface height distribution and deviations.
Universal Output
Point cloud export in .PLY format for further analysis.
Customizable Workflow
Ability to integrate component-specific logic, databases, and quality control automation.
Smart Feature Detection: Automatic Geometric Feature Recognition
The TARAZ platform combines 3D optical measurement with automatic recognition algorithms for hole detection, edge extraction, diameter and ovality measurement, and position determination.
HOLE EDGE DETECTION
PITCH MEASUREMENT BETWEEN TWO FEATURES
BLADE RADIUS MEASUREMENT
