High-precision film thickness measurement solutions designed specifically for industrial environments, suitable for various demanding production conditions
A reflective micro film thickness measurement and analysis system independently developed by Acuitik, using white light interference technology to achieve non-contact, non-destructive nanometer-level film thickness measurement. Suitable for semiconductor, photovoltaic, display panel industries, providing comprehensive solutions from laboratory to production line.
Fully automatic high-precision film thickness measurement system, designed for production line quality control, supporting automatic sample stage and batch measurement, providing efficient and stable measurement performance. Suitable for industrial applications requiring high throughput.
A microscopic spectral system designed specifically for "Micro-spot" film thickness measurement, which can easily upgrade a standard microscope into a professional film thickness analysis instrument. Suitable for micro-electronics and optoelectronic device micro-area film thickness measurement.
Portable curved surface film thickness measuring instrument, designed for complex curved and non-planar samples. Using unique optical design, it can perform precise film thickness measurement on spherical, aspheric, free-form surfaces and other complex shapes.
High-precision measuring instrument designed specifically for thick film measurement, using multi-wavelength light source and optimized algorithm to perform precise measurement of thick films from 4μm to 3000μm. Suitable for coatings, composite materials and other thick film application scenarios.
Using innovative high-speed line scan technology, it can scan the entire sample at once and directly generate a complete thickness distribution map (Mapping). Measurement speed is over 100 times faster than traditional single-point measurement methods.
We also provide scientific research-grade film thickness measurement and film thickness sensor solutions to meet your diverse needs