We propose a wide range of R&D and industrial laser systems. We build them with the aim that the laser machine meets and exceeds your requirements.
The Alpha is a genuinely capable micromachining system that fits onto a tabletop. The compact class 1 enclosure has a footprint of only 800mm*800mm, yet contains many of the features that are available in our larger systems. The infrared and visible options allow capable R&D machining of metals and ceramics. The ultra violet option allows micro machining of some polymers.
The A Series offers high accuracy laser micromachining (microdrilling, microcutting and micromilling) in a highly affordable package. Ideal for the budget concious researcher or production manager.
A robust laser micromachining system designed for high-throughput production. Designed as a machine-tool, ready to fit into your production facility. C Series systems can be configured for micro-drilling, micro-cutting, micro-milling or for a combination of processes.
The E-Series is designed to make your laser micro-machining R&D as simple as possible. With a full range of lasers and accessories, the E-Series is the ideal tool for research requiring laser micro-drilling, micro-cutting and micro-milling of the highest quality. E Series laser micromachining systems combine flexibility with very high accuracy and stability.
A dual wavelength laser micromachining system offering high throughput in a demanding industrial setting, or high-quality, high-flexibility process development in an R&D environment.
Picosecond laser micromachining can be used for the most challenging applications. The J Series combines the precision of picosecond laser micro machining with Oxford Lasers’ high stability granite structure and intuitive control software.
The ProbeDrill 355 is specially designed for production of probe cards. With the ability to drill micro-holes down to 50 microns diameter in all probe card materials, the ProbeDrill is the answer to current and future production needs.