Amid the global wave of electrification, motor housings, and electric vehicle motor controller housings serve as critical "protective shields" for core powertrain systems, directly impacting vehicle performance and safety. Leveraging decades of expertise in OEM aluminum die casting
, EMP Tech Co., Ltd delivers high-precision, lightweight integrated solutions to global automakers, continuously advancing industry standards.
Innovative Design, Redefining Performance Limits
EMP Tech Co., Ltd aluminum die-cast housings utilize topology-optimized structures to achieve a 30% weight reduction without compromising strength, extending EV range efficiency. Their patented cooling fin design enhances motor thermal management by 40%, significantly prolonging controller lifespan. Through simulation-driven engineering and precision mold control, product tolerances are consistently maintained at ±0.05mm, meeting stringent requirements from industry leaders like Tesla and BYD for complex geometries.
End-to-End Intelligent Manufacturing, Setting Industry Benchmarks
From raw material smelting to CNC machining, EMP Casting’s digitalized production lines enable mass customization with an annual capacity of 2 million units. Equipped with in-house X-ray nondestructive testing and helium-based leak detection systems, all products guarantee 100% compliance with IP67 ingress protection standards. Certified under IATF 169497
, the company collaborates with 50+ global clients through joint R&D mechanisms, offering turnkey services from prototyping to volume production.
Green Manufacturing, Building a Sustainable Future
EMP Casting’s eco-friendly alloys incorporate 70% recycled aluminum content, slashing carbon footprints to one-third of traditional processes. Their lightweight housings now power projects ranging from North American electric school buses to European hydrogen-powered heavy trucks, cumulatively reducing CO₂ emissions by over 100,000 metric tons.
As electrification and intelligence reshape mobility, EMP Casting continues to forge more efficient and reliable powertrain futures through cutting-edge aluminum die-casting technologies.