Description

Introducing the VectorAlign 3D ProScan, the next-generation vector alignment and surface profiling instrument designed to redefine precision for engineers, technicians, and advanced makers. Utilizing a patented multi-angle laser interferometry system combined with real-time adaptive optic sensors, the ProScan measures 3D spatial coordinates and surface irregularities with sub-micron accuracy (±0.5 µm) over a working range of 300 mm³.

The device employs a compact dual-laser module paired with a dynamically tunable lens array that enables simultaneous vector scanning along X, Y, and Z axes without mechanical repositioning. This allows for ultra-fast data acquisition rates of 5000 scans per second, drastically reducing measurement times on complex geometries like turbine blades, circuit boards, and precision molds.

The ProScan also integrates an AI-assisted calibration algorithm that compensates for environmental vibrations, temperature fluctuations, and optical distortions in real-time, ensuring consistent accuracy on the shop floor or in-field environments.

Connectivity includes USB-C with Thunderbolt 4 support, enabling seamless data streaming to CAD/CAM platforms and 3D inspection software. An included SDK allows customization for bespoke tooling and automation integration. The device is powered by an internal rechargeable battery with an 8-hour operational runtime and housed in a ruggedized, IP67-rated enclosure suitable for industrial environments.

Key features:
– Sub-micron spatial resolution (±0.5 µm)
– Simultaneous 3D vector scanning without mechanical movement
– Real-time adaptive optics correction for environmental factors
– AI-enhanced calibration routines
– High-speed data output supporting Thunderbolt 4
– Robust industrial-grade IP67 enclosure
– 8-hour battery life with fast charging

The VectorAlign 3D ProScan is ideal for precision alignment tasks, quality control inspections, mold and die verification, and advanced prototyping in aerospace, automotive, electronics manufacturing, and high-precision fabrication workshops.