Vision and optical metrology
Inspect micro-details, complex profiles, and flexible materials with maximum speed and accuracy. Micro-Vu's 2D and 3D vision systems ensure absolute, non-contact dimensional control, optimising your production quality intuitively and automatically.
Automatic Vision | Workbench
High precision automated vision.
Accuracy: submicrometric
Highlight: Fast mobile table
Electronic components and small precision parts.
Multisensor | Gantry
High capacity and multi-sensor.
Accuracy: high accuracy
Highlight: Up to 2.5 m
Large parts and multi-component nests.
Field of View | 2D
Wide field of view for batches.
Accuracy: High-resolution 2D
Highlight: One-click measurement
Simultaneous inspection of dozens of flat parts.
Horizontal vision | Profile
The digital successor to the profile projector.
Accuracy: High-resolution 2D
Highlight: Charge and measure
Shafts, threads and turned parts.
Applications
The perfect solution for measuring parts that deform easily to the touch. Rubbers, thin polymers, membranes, and O-rings are inspected without any contact force, ensuring that the result is not distorted by the measurement process itself.
Through advanced programmable illumination and precise edge detection algorithms, the system captures microscopic details on printed circuit boards (PCBs), semiconductors, connectors, and stamped parts with sub-micrometre accuracy.
Ideal for inspecting dozens of parts simultaneously. Place the parts on the glass base and the vision system automatically recognises, aligns, and measures each component in a matter of seconds, continuously generating approval reports.
An optical measuring machine is a coordinate measuring machine that uses high-resolution cameras, telecentric optics, and controlled illumination to determine dimensions, forms, and positions without any physical contact with the part. Image processing detects edges with sub-pixel resolution, allowing thousands of micro-features to be measured in seconds and everything to be objectively and repeatably documented.
In Micro-Vu systems, represented in Portugal by S4METRO, optical vision coexists in the same reference frame with optional laser sensors and tactile probes, all controlled by InSpec software. Thus, each dimension is measured with the most appropriate sensor in a single programme, combining the speed of optics with the robustness of tactile measurement — essential in electronics, medical devices, technical plastics, and turned parts.
Technical demonstration
Describe the part, tolerances, and measurement environment: you will receive a technical recommendation and investment proposal, with options for purchase, rental, or measurement service.
FAQ
Quick answers about vision metrology, non-contact inspection and the Micro-Vu ecosystem. Can't find what you're looking for? Contact us.
Talk to our specialists and schedule a practical demonstration on your shop floor.
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