Supporting the automotive market evolution
Elsyca's solutions support various organizations and companies involved in the design, development, and manufacturing of automotive parts. From original equipment manufacturers (OEMs) to suppliers, Elsyca's solutions and expertise are ensuring that car manufacturers and car parts manufacturers can meet their quality targets at components or full system levels while handling the increasing complexity of modern vehicles.
Component level expertise
With the evolution of the automotive and transportation markets and the need to create lighter vehicles, electroplating on plastics applications has increased in addition to other previous applications. Elsyca's solutions help manufacturers to guarantee a high-quality deposit for any parts and any applications.
Additionally, the transformation of the industry redefining mobility involving electrification, connectivity, and autonomous vehicles, more electronics parts are required inside cars. Elsyca's solutions support the entire PCB industry from design to production to guarantee the electronics components meet customer's expectations at optimum costs.
System level expertise
Electrocoating is widely used in the automotive industry to protect the Body-in-White (BIW) structure against corrosion, Elsyca's solution supports automotive OEMs in their process optimization to ensure the proper deposit of coating the first time right.
On the other hand, Noise, Vibrations, and Harshness (NVH) has always been a central aspect of any car design and manufacturing. The recent changes in car powertrain design and technology have redefined customer's expectations in terms of acoustic comfort. Elsyca's solution supports the automotive OEMs in improving interior acoustic quality and passengers' comfort and meets market and brand targets.
For any application level, Finite Element Analyses (FEA) are widely used in the automotive market to improve designs while reducing new cars development costs and meet shorter development cycles. Elsyca's expertise in numerical modeling is translated into a robust and easy-to-use solution for FE mesh generation.