WOP patented technology for cutting glass & sapphire offers ultra-high precision and quality tempered and non-tempered glass and sapphire laser cutting and dicing services.
Our technology ensures ultra-high precision and quality for all glass grades, including chemically tempered or optically coated glasses.
There are plenty of areas where our glass-cutting method is applicable in industries such as semiconductors, microfluidics, and micro-optics.
One of the most common applications is glass wafer dicing – our results demonstrate exceptional performance for chipping and edge quality.
Other possible applications are custom thin glass cutting, coverslips and microscopy slides, cover glass cutting, mobile phone screens, buttons, camera lens cutting, smart glasses screens cutting, etc.
While we deliver glass cutting and dicing services, you may decide to own a laser workstation for your application and organize production in your facilities.
In that case, we offer a glass cutting & dicing laser system, FemtoGLASS – we will develop and install this at your site.
Our glass & sapphire laser cutting workstation is based on patented WOP glass & sapphire cutting technology, which is unique for ultra-high precision and quality results.
Understanding market needs and the growing demand for glass as a material, we have developed a unique state-of-the-art glass and sapphire cutting & dicing technology to overcome today’s market challenges.Check our FemtoGLASS
Rapid prototyping services to test your task in an actual environment.
Ultra-high precision production services on all materials - glass, sapphire, ceramics, silicon, optical fibers, metal, plastic.
Tailor-made laser systems for industry & science. Designed for your specific applications.
Glass & sapphire cutting and dicing workstation for industry, that outperforms other glass cutting methods.
Rapid prototyping services. A solution for your micron-scale tasks.
We offer ultra-high precision laser glass micro drilling. Highest quality in the market.
Custom design glass, silicon, polymers (PDMS) microfluidic chips and devices manufacturing.