At LACROIX georges manufacturing, we specialise in the production of metal and plastic machined parts.
Our business dates back to the 1950s when we started out in the clock and watch making industry.
Subsequent years have seen us diversify and we are now specialists in the small and medium scale production of parts, supplying all sectors of industry. We offer a wide range of conventionally manufactured parts and numerically controlled machining using materials such as steel, brass, duralumin, stainless steel and plastics such as teflon, Nylon, Pvc, Delrin...
Are you experiencing manufacturing problems?
Don't hesitate to contact us as our team is always on hand to resolve issues and find the right solution for your application.
Spacers, shafts, pillars Our manufacturing process for spacers, shafts and pillars enables us to stock an extensive and diverse selection of parts. This means that we can despatch orders very quickly, providing the product is available.
There is no minimum invoicing amount applicable to orders. We can honour even the smallest orders.
If you require particular dimensions or any special surfacing treatments, we can quickly prepare you a quote
Manufacturing plastic parts We have a long history in the manufacturing of plastic parts and we can offer you both traditional and numerical machining techniques. Our secondary operation machining system means that we can take on additional projects. Please don't hesitate to forward us your projects and plans and we will quickly prepare a proposal. Most commonly used materials: Delrin, PVC, Teflon, Makrolon, Nylon, Altuglas, Vesconite, Arnite...
Manufacturing parts from all metals Our advanced manufacturing machinery enables us to use a diverse choice of materials and to supply parts for many different fields such as stage equipment, electronics, scale model buildings or contempory architecture, stage lighting, leather wear, jewellery and medical equipment. Please don't hesitate to forward us your projects and plans and we will quickly prepare a proposal.
