Precision manufacturing, designed around your industrial constraints.

CNC and conventional machining: two complementary techniques serving your parts

Machining is a subtractive manufacturing process that removes material from a raw block using cutting tools to obtain a part with precise dimensions and shapes. There are two main families of machining: conventional (also called traditional) machining and CNC (computer numerical control) machining.

Made-to-order parts by CNC machining

Lusinage supports you in the custom manufacture of your mechanical parts, from prototype to series production. Turning, milling and drilling of metals and plastics, with short lead times and guaranteed industrial quality.

Conventional machining for custom parts

Explore conventional turning and milling for repairs, adjustments and small runs. Send your drawings and requirements for a quote.

Milling: manufacturing complex free-form parts

CNC milling: manufacturing complex free-form parts

CNC milling is an ideal solution for making mechanical parts with complex shapes, with a high level of precision and consistency. This process produces custom components, whether one-off prototypes or full production runs, while guaranteeing tight tolerances, an excellent finish and perfect repeatability.

Conventional milling: the reliable solution for your custom parts

Conventional milling is a mechanical process ideal for making simple or one-off machined parts, particularly for modifications, repairs or manual adjustments. This traditional machining technique remains widely used for its advantages in flexibility, responsiveness and precision, especially when no digital file is available. Our workshop makes your custom parts in small runs or as one-offs, in different materials: steels, aluminium, plastics, etc.

CNC & conventional turning: machining custom cylindrical parts

CNC turning: manufacturing cylindrical parts to order

CNC turning is an ideal solution for making cylindrical mechanical parts with a high level of precision and consistency. This process produces custom components, whether one-off prototypes or full production runs, while guaranteeing tight tolerances, an excellent finish and perfect repeatability.