NanoCal-360 Precision Surface Profiler

Description

The NanoCal-360 Precision Surface Profiler is an advanced metrology instrument engineered to provide ultra-high resolution and full 360-degree surface topology mapping at the nanoscale. Designed specifically for materials scientists, semiconductor engineers, and high-end manufacturing technicians, this profiler integrates a proprietary photonic interferometry sensor array with adaptive feedback and real-time AI-driven calibration algorithms. The result is the most accurate surface characterization tool on the market, capable of detecting sub-nanometer variations across micro-structures, complex geometries, and highly reflective or translucent surfaces.

Key features include a 10 nm lateral and 0.1 nm vertical resolution sensor grid, automated multi-angle scanning with a patented rotational platform, and a modular interface compatible with existing industrial robotic arms and precision stages. The system utilizes multispectral coherent light sources to mitigate interference and enhance contrast on difficult surface types. Embedded AI continuously corrects for thermal drift, vibration, and environmental noise, ensuring consistent repeatability with a measurement uncertainty below 0.05%.

The NanoCal-360 comes equipped with comprehensive analysis software supporting 3D topographical mapping, roughness profiling, and defect identification with exportable data for CAD and FEA workflows. With USB-C, Ethernet, and Wi-Fi 6 connectivity, integration with modern lab and production environments is seamless. Supported by a user-friendly touchscreen panel and a cloud-enabled diagnostics module, it enables predictive maintenance and remote operation.

Dimensions: 400 mm x 350 mm x 200 mm
Weight: 6.8 kg
Power: 24V DC, 70W max
Operating temperature: 15°C–30°C

The NanoCal-360 raises the bar for precision and adaptability in surface metrology, empowering professionals to engineer with confidence at the very limits of current technology.