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Technology

Our machinery

Transfer and progressive presses

Stamping of metal parts with transfer and progressive presses. Wide range of thicknesses and materials thanks to a press park ranging from 15 Tn to 1,500 Tn.

Stamping Service

Machines designed by us with multiple slides and servomotors

Manufacture of metal parts by forming with machines of our own design with multiple slides and servomotors. Thanks to the system we have developed, we are specialists in the manufacture of Busbars with minimum material waste.
Confomado Service

Specialised automatic machinery for assembly

Assembly of assemblies and subassemblies with specialized automatic machinery and manual processes. We integrate artificial vision, scanning and marking systems.
Assembly Service

Plastic overmoulding in pre-stamped pieces

Plastic overmolding on previously stamped parts for the manufacture of connectors and similar parts. Park of injection presses with reel feeding.
Plastic Injection Service

Continuous silver soldering for electrical contacts

For electrical contact we make continuous silver soldered spots inside the presses. Precision and productivity are achieved by performing the soldering within the stamping process.

Silver Soldering Service

Manufacture of tubular rivets and the cutting and bending of tubes

Manufacture of tubular rivets, as well as tube cutting and bending, with specialized lathes and machinery.
Tubular Rivet Service

Our technology

We have an innovative laser incorporated in the machine that allows us to automatically mark a different personalized traceability for each piece.

We have an automatic cleaning line from the press to a clean room(clean room) to guarantee the cleaning requirements of the automotive sector (ISO 16232-10:2007-6, ZF 000 701 604,…).

Coerzitometer (automatic and fast measurement of the magnetic properties of the component).
Coating thickness measurement by X-ray.
Stereo microscope equipment to particle size.

Continuous electromechanical system to verify 100% of the parts during production using cameras and AI.

Automatic busbar production

Forming process using a high percentage of raw material.
Busbar production with pre-insulation or pre-insulation.
More information
Innovation

01

To reduce the cost of the busbars by 15-20% with respect to conventional stamping.

02

Insulated raw material (PA, PI, or others)

03

Automatic insulation removal mechanism at connection points.
Bending
tool
Conventional Stamping method
Scraps 91%.
Proposed method stamping + Bending
Scraps 8%

Materials

For metal stamping

Steel

Metal

Stainless steels

Stainless steels

Copper

Copper

Brasses, bronzes and non-ferrous alloys

Brasses, bronzes and non-ferrous alloys

Aluminum

Aluminum

Tin, Nickel and silver

Tin, Nickel and silver

Our machinery

Stamping

Stamping of metal parts with transfer and progressive presses. Wide range of thicknesses and materials thanks to a press park ranging from 15 Tn to 1,500 Tn.
Stamping Service

Forming

Manufacture of metal parts by forming with machines of our own design with multiple slides and servomotors. Thanks to the system we have developed, we are specialists in the manufacture of Busbars with minimum material waste.
Confomado Service

Assembly

Assembly of assemblies and subassemblies with specialized automatic machinery and manual processes.
Assembly Service

Plastic injection

Plastic overmolding on previously stamped parts for the manufacture of connectors and similar parts.
Plastic Injection Service

Silver soldering

For the electrical contact we make continuous soldered silver points inside the presses.
Silver Soldering Service

Tubular rivets

Manufacture of tubular rivets as well as tube cutting and bending.
Tubular Rivet Service

R+D+i

Automatic busbar production

  • To reduce the cost of the busbars by 15-20% with respect to conventional stamping.
  • Insulated raw material (PA, PI or others).
  • Insulation removal mechanism in connection areas.

News

Machine for particle extraction

Our latest acquisition has been a machine for the extraction of particles from the different parts. This ensures that component particles are kept below 50 mikrons.