Housings & mounts
Precision-milled aluminium housings and mounts for optical measurement systems.
For companies in optics and optics-related industry, we procure high-precision mounts, housings, holders, adapters, and positioning parts. Tight tolerances, very good surface quality, burr-free edges, and optically flawless surface treatments are decisive here — and that's exactly what we gear the selection of our manufacturing partners towards.
Precision-milled aluminium housings and mounts for optical measurement systems.
Turned holders and adapters for accommodating optical components.
Turned components for robotics and positioning applications.
Mounts, holders, housings — with the tight tolerances and fine surfaces that optical systems demand. Upload your drawing and get expert advice.
Frequently Asked Questions
Typical are high-precision mounts, housings, holders, adapters, and positioning parts for optical systems — usually with tight tolerances and high surface quality.
In optical systems, even the smallest dimensional deviations can affect alignment and thus function. Tight form, position, and dimensional tolerances, plus burr-free, clean surfaces, are therefore decisive for precision and reproducibility.
Aluminium is frequently used — light, precisely machinable, and easy to finish (e.g. black anodized against reflections). Depending on requirements, stainless steel or technical plastics too.
Yes — through our network we specifically select partners who ensure the required surface quality and suitable treatments (e.g. anodizing). With corresponding quality documentation on request.
Typically within 24 hours. Through our digital quoting system GP-Digit you send us your drawing data — via the request form or e-mail (info@jk-cnc-technik.de) — and receive a binding quote the next business day.
We orchestrate a network of carefully selected, highly specialized manufacturing partners in Germany and internationally. As your central procurement partner, we accompany the entire process from consulting to on-time delivery.