Description

The NanoCal Precision Alignment Probe is an advanced metrology tool designed for engineers, technicians, and makers requiring unprecedented accuracy in tool alignment, component positioning, and calibration. Utilizing a patented dual-wavelength interferometric laser system combined with MEMS-based inertial sensors, the NanoCal achieves sub-micron resolution alignment feedback in real-time. Its compact 120mm titanium-alloy housing integrates a high-speed embedded processor that dynamically compensates for environmental vibrations, thermal drift, and ambient light interference. The device connects via USB-C or wireless Bluetooth 5.2, providing seamless integration with existing control systems and software platforms.

Features include a modular probe tip system compatible with optical, mechanical, and electrical interface modules, an adjustable scanning head with 120° articulation, and a built-in OLED display for direct readouts and diagnostics. The NanoCal is powered by a long-life rechargeable Li-ion battery with rapid charging capability and can operate in industrial temperature ranges from -20 to 60°C. Calibration routines are user-configurable via a dedicated desktop and mobile app, enabling custom alignment workflows for CNC machinery, semiconductor wafer inspection tools, fiber optic splicing stations, and precision assembly lines.

Technical specifications:
– Resolution: 0.2 microns (200nm)
– Accuracy: ±0.5 microns over 50mm range
– Laser wavelengths: 532nm (green), 1064nm (infrared) dual-mode
– Sensor fusion: MEMS accelerometer + gyroscope (triaxial)
– Communication: USB-C 3.1 Gen 2, Bluetooth 5.2 LE
– Dimensions: 120mm x 25mm x 25mm
– Weight: 180g
– Battery life: 10 hours continuous use
– Operating temperature: -20°C to 60°C
– Housing: Titanium alloy with anodized matte finish

By incorporating next-generation interferometric sensing combined with advanced signal processing, the NanoCal Precision Alignment Probe sets a new benchmark in precision tool calibration technology, empowering users to achieve alignment tasks that were previously impossible with portable instrumentation.