Automotive bar turning

Single-spindle and Multi-spindle




Some examples of our production. Single-spindle and multi-spindle bar turning since 1965 for our customers in the automotive sector in addition to the connector, medical and aeronautical industrial sectors.

décolletage multibroche cnc

Bar turning

DJC is a member of the Acrotec group and specialises in the production of medium and large series of bar turned parts for the automotive sector. Our single-spindle and multi-spindle machines enable us to produce high precision parts from 5 to 51mm. Our expertise and know-how of technique, materials and surface treatments provide us with solutions for all of our customers’ requirements: mechanical properties, accuracy, corrosion resistance, durability, cleanliness, low friction…

décolletage monobroche cnc

Zero defects !

We are equipped with high precision machines for the automotive sector that provide “zero defect” series. Our workshops have been incorporated with numerous quality control machinery. Our air-conditioned laboratory ensures the correct measuring and monitoring of the entire production of our single-spindle and multi-spindle manufacturing machines. Certified according to the IATF 16949 standard, we guarantee the highest level of quality to meet the expectations of even our most demanding customers.

Single-spindle and multi-spindle bar turning for the automotive sector

DJC is situated in the Arve Valley, an internationally renowned industrial centre.

It is a historical region for watch-making that is now also the centre for high precision bar turning.

The subcontracting and service network enables innovative and additional solutions thanks to the synergies of all these complementary professions.

Multibroche - Une nouvelle machine…

Our workshop is now equipped with a new numerically controlled multi-spindle machine : INDEX MS 16 C This new turning…

IATF 16949 - A reorganisation…

According to the IATF 16949 standards, we have reorganised the work processes of our team according to the operation and…