Pins are cylindrical parts. These cylindrical metal rods are used to assemble and position two or more parts together, either temporarily or permanently. We manufacture both solid pins and splined pins, part of the elastic pin family. The splined pin, in particular, can withstand higher mechanical shear stresses than standard elastic pins. The solid pin, on the other hand, is used in applications where tolerance of fit is required to obtain a good hold. As it is more precise to machine, it is more expensive to implement. Our teams will work with you to determine the optimum choice between an elastic splined pin and a precision solid pin.

The INTERVIS self-tapping socket, also known as the self-tapping threaded insert and brand name, is a metal fastener with internal and external threads. What distinguishes the self-tapping bush from other fasteners is its slot in addition to the threads. The self-tapping sleeve (INTERVIS® brand) is a metal sleeve with a standardized internal thread and an appropriate external thread. Its base features an external thread truncation and a slot with cutting edges. The Intervis threaded insert is screwed directly into a pre-drilled smooth hole. The Intervis® threaded insert acts like a tap, threading itself into the hole. This type of fastening is ideal for use in medium-hard materials, such as light alloys, compressed wood and plastics.

Spacers are components used in mechanical assembly to : - Create space or maintain a precise distance between two or more elements - Position or center two or more elements within an assembly - Protect assembly integrity by limiting the compressive load exerted on the assembly They are often made of metal or plastic and take the form of hollow tubes or cylinders. Spacers are particularly effective in applications where weight reduction is required.

Bar turning is a manufacturing process for precision parts, mainly used in industry. It consists of machining cylindrical parts by turning or milling them from bars or rings using material removal. Bar turning enables the production of complex, high-precision parts used in numerous sectors such as automotive, aerospace and electronics. Our cam-type lathes and high-speed CNC lathes enable us to work with hundredths precision on medium and large production runs.