Cold forming simulations
Using state-of-the-art software, our mechanical designers simulate the operation of the tool during a press cycle, for detailed analysis of the metal deformation and temperature variation.
Among others, they calculate the forces required for the press and tooling. They also design the right chilling circuits.
The brass strip passes between the upper tool block (featuring punches) and lower tool block (holding dies)
The simulation software shows the deformation of the element when it is stamped.
The simulation software shows the temperature variation of the element when it is stamped.
Using fine metallography techniques, our engineers analyze the grain size of metals and alloys, as well as the distribution of particles. This helps in the definition and verification of annealing processes and subsequent treatments.
A sample of cases is reserved for quality inspection. Specimens are prepared (polished and etched) to be examined with a microscope.
This is not a beautiful close-up of the Sun, but the micro-structure of a case bottom after annealing, seen under a LEM microscope with a magnification of 50x.
Micro-structure of a case, seen under a LEM microscope with a magnification of 200x. The grains are smaller and tight at the periphery, which weakens the surface. Proper treatment is pickling.
Presses for any metal element
New Lachaussée welcomes the challenge.
Relying on the large experience of our design office, we also engineer high-output presses, of all sizes, to produce all kinds of elements other than ammunition or detonators: lipstick cases, lighter heads, rivets, airbag parts...
Contact our Sales team and tell us about what you need.
Do you have element specification?
Do you have the tooling?
What is the expected production range?