Description
The AxionFlux NanoCal 3D Surface Profiler represents a breakthrough in high-resolution surface metrology, combining advanced laser interferometry with adaptive AI-driven calibration to deliver nanometer-scale accuracy on virtually any surface type. Designed for precision engineers, materials scientists, and advanced manufacturing professionals, the NanoCal is capable of performing rapid, non-contact surface topology scans with sub-nanometer vertical resolution and micron-level lateral resolution across a scanning range of up to 200 mm x 200 mm.
The device integrates a tunable coherent laser array and ultra-stable MEMS-based interferometers paired with an onboard AI processor that continuously calibrates laser phase and compensates for environmental vibrations and thermal drift in real time. This real-time calibration ensures consistent measurement fidelity even in non-ideal factory floor conditions.
Equipped with a modular multi-angle scanner head, the NanoCal can measure complex geometries, including curved and reflective surfaces with near-zero data loss. Its open API allows seamless integration with CAD software and advanced manufacturing execution systems (MES), enabling automated quality control workflows.
Technical Specifications:
– Vertical resolution: 0.2 nanometers
– Lateral resolution: 1 micron
– Scan area: 200 mm x 200 mm
– Scan speed: up to 50 mm²/s
– Laser wavelength: Adjustable 635-660 nm
– Operating temperature range: 10°C to 40°C
– Connectivity: USB-C, Gigabit Ethernet, Wi-Fi 6
– Onboard AI processor: Quad-core ARM Cortex with 8GB RAM
Applications include semiconductor wafer inspection, aerospace composite surface analysis, precision optics quality control, and micro-machined components verification. The AxionFlux NanoCal 3D Surface Profiler is revolutionizing surface metrology with its unmatched accuracy, speed, and adaptability.
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