Choose from four distinct handheld 3D scanners, covering high-speed inspection, target-free measurement and compact scanning of difficult geometries.
The four models offer different strengths. This quick overview helps identify the right starting point.
For high-speed, high-resolution industrial inspection and fast surface coverage.
For target-free inspection, built-in photogrammetry and dynamic scanning.
For one-handed inspection of narrow, deep and difficult geometries.
For fast digitisation of large and complex parts, including Elite-level performance.
You do not need to know the right model in advance. Start from the part and the inspection objective.
A compact lightweight system is needed for comfortable one-handed operation.
Inspection without targets on the part, using background referencing and built-in photogrammetry.
Fast coverage of large surfaces with high data-acquisition performance.
Capture of fine edges, holes, complex surfaces and detailed geometries.
Large field of view, good volumetric accuracy and direct CAD-processing capability.
Robotic integration and repeatable inspection close to production.
The table shows the main character of each product. Final selection should always be based on the actual part and inspection workflow.
| Model | Main strength | Speed | Accuracy / resolution | Scanning area | Weight |
|---|---|---|---|---|---|
| ATLASCAN Max | Fast high-resolution industrial inspection | 3.0M pts/s | 0.01 mm | 600 × 550 mm | 1 kg |
| MARVELSCAN | Target-free 3-in-1 inspection | 2.1M pts/s | 0.02 mm | 600 × 550 mm | 1.3 kg |
| CereScan | Compact design and maximum access | 2.48M meas./s | 0.01 mm | 600 × 550 mm | 650 g |
| AlphaScan Elite | Large field of view and exceptional data acquisition | 7.1M meas./s | 0.01 mm | 650 × 550 mm | — |
Manufacturers may specify speed as points per second or measurements per second, so these values are not always directly comparable.
The largest number alone does not necessarily identify the best solution. Accessibility, surface, working distance, accuracy, scanning mode and software processing together determine the right system.
Handheld 3D scanners can be used across manufacturing, maintenance, development and documentation workflows.
“The right 3D scanner is selected by the inspection task, not by the largest number in the specification sheet.”
Part size, geometry, surface, accessibility and processing objective together determine the best configuration.
A narrow groove, shiny surface, long working distance or target-free requirement can easily matter more than maximum data-acquisition speed.
Selecting the right 3D scanner is more than comparing technical specifications.
Based on the part, accuracy, accessibility, software and long-term support, we recommend a system that works in practice.
Help me chooseWe start from the part, accuracy requirement and inspection environment.
The options can be compared on a real part before the decision.
We compare not only the scanner, but also the software and complete workflow.
We commission the selected system for the actual working environment.
We train operators for the workflow from scanning through evaluation.
We provide accessible technical support after the purchase.
Send a photo, drawing or short description. We will help determine which 3D scanner and workflow will deliver reliable results.
