Optical system design
Translate your process requirements into an optical concept. We can help with beam delivery, beam shaping and focusing, and with selecting optical components for the intended application.
PulseBrick combines an essential femtosecond laser with optical systems engineering services. We can help design the system around your process and advise on laser safety during integration.
Our aim is straightforward integration: essential laser controls, a defined interface and engineering support from the team developing the source. We start with the material, feature and machine requirements, then agree a useful scope of work.
Translate your process requirements into an optical concept. We can help with beam delivery, beam shaping and focusing, and with selecting optical components for the intended application.
Work through how the source, optics and machine fit together: beam references, mechanical interfaces, output control and installation needs. Connect the optical design to the practical machine layout.
Discuss beam paths, accessible radiation, enclosures, interlocks and other protective measures in the context of your installation. We can help identify the laser safety questions that the completed system needs to address.
Share the intended process, material and layer stack, feature size, working distance and quality requirements. A drawing or machine concept helps us understand the optical and integration constraints.
We can then agree the engineering scope, expected deliverables and how the optical concept or process should be evaluated.
Start an engineering enquiry →Use the data sheet to explore the nominal configuration. Our team can help you work through the integration requirements for your system.
Request the configuration-specific integration documentation and measured report applicable to your supplied unit.
Optical systems engineering and laser integration advice from DIY-Optics.