Can do high precision cutting width of narrow <=0.02mm, which gives high precision and efficient at cutting process to get material cost saving ,in the meanwhile the work time of laser cutting is also relatively efficient. Our machine can do various shapes, patterns and operations are all repeatable accurately. This automated or repetitive work ensures that laser cutting produces high-quality output. If the product needs to be changed during the production process, the laser cutting machine can quickly adapt to this change in demand; if multiple jobs need to be done at the same time, the laser cutting machine can meet the requirements.

Maskless direct writing lithography machine. A precision small lithography equipment, widely used in the research and development and production of various micro-nano lithography processing fields. The minimum line width of lithography is <=600nm, and the overlay alignment accuracy is <=500nm. Device direct writing lithography. Overlay accuracy [3σ,nm]<=500, speed 1000mm/min.

Special models for laser cutting of various filters! It adopts high-performance ultra-fast UV laser, integrates high-precision CCD visual positioning technology, and is equipped with self-developed visual laser control software to realize ultra-finishing applications of FPC and PCB shape cutting, contour cutting, drilling and composite film window opening.

QuikLaze 50ST2 is a tool designed specifically for quick, easy removal of a variety of materials. Multiple, user-selectable wavelengths provide the capability to selectively remove certain materials while leaving others unaffected；

Olympus microscopes use Olympus's most advanced optical systems to meet mask quality inspection needs. UIS2 optical system obtains the world's class level of fluorescence functionality with excellent qualified and clarified image which gives high signal-to-noise ratio (S/N) ,high light transmittance characteristics and various lighting methods. The spectrum correction range of Olympus microscopes has been extended from UV(ultraviolet) to IR(infrared) reach to excellent performance for microscopic observation.

A wide range of accessories was also available to expand the range of possible observations. Olympus succeeded in providing the optimal viewing environment for all observations.

Which is mainly used for the development and production of small and medium-sized integrated circuits, semiconductor components, and surface acoustic wave devices. It has various advantages such as high production efficiency ,simple structure and operation, and easy maintence.