Car Outer Components

Car Outer Components

Car Outer Components

Car Inside Components

Car Inside Components

Car Inside Components

Motor housing and luggage box

Motor housing and luggage box

Motor housing and luggage box

Technologies

Technologies

Technologies

Improvement of the production system High speed EDM 2800X1600mm.

Every process, whether it involves rough-shaping or finishing, is carried out in 20-70% less time than with traditional EDM machines.

 The servo-system reacts in real-time to continuous operating variations and always maintains the distance between the electrode and the material under optimum conditions for spark operation. In addition, the precision situation and high speed prevents erosion errors, improves quality, together with reduced electrode wear.

The machine moves along all its axes at the same speed.

Because of its high-quality finish, this machine helps to save a large part of the mould polishing work.

It employs an ecological back-flow blower filter system and is also maintenance-free, with eroded-metal recovery and liquid dielectric in perfect conditions for recycling.

Software, which includes erosion parameters, performs the calculations taking into account the passed geometry and uses 3D CAD for erosion parameter pre-regulation, adapting to the geometry section.

The tank is retractable to facilitate both access and visibility.

The exceptional technological level, in machining electrical unloading, guarantees excellent performance with the possibility of executing the machining with zero wear.

It has the following advantages: 
Enhanced machining stability. 
Improved finish uniformity (because there are no GAP variations).
Lance-free machining (liquid pumps), are used to avoid the effect of fluid on the machining  (flushing), thus improving precision since machining is not deformed by the jet pressure.
Repeatable results


The result of all these advantages, combined in a machine of such dimensions, is a new technology and it is the first machine of its kind in Spain.