Premium Die Casting & CNC Machining Solutions. We deliver tight tolerances, excellent surface finishes, and high-volume repeatability for OEMs and motor manufacturers worldwide.
Watch our precision machinery shape premium non-ferrous alloys into exact components.
Transforming complex concepts into high-performance, precision die-cast motor housings.
Optimized thermal performance achieved through advanced tooling and precision die casting techniques.
Secondary operations delivering critical tolerances up to ±0.0002″ for shafts, bearings, and mounting faces.
Die casting naturally yields superior surface quality. Optional anodizing, hardcoating, powder coating, and electropolishing available.
We die cast and machine reliable motor housings designed to withstand extreme environments, heavy loads, and continuous operation across multiple sectors.
Heavy-duty housings for forklifts, cranes, and automated guided vehicles (AGVs).
Lightweight, EMI-shielded aluminum die-cast housings for MRI machines, X-ray systems, and precision robotics.
Corrosion-resistant enclosures for industrial air conditioners, wind turbines, and generators.
Tailored designs requiring unique mounting points, IP67 sealing, and non-standard geometries.
We don't believe in one-size-fits-all solutions. Our engineering team thrives on complex challenges, thin walls, unusual geometries, and tight tolerances.
Our high-pressure die casting process ensures exceptional dimensional consistency. This means your custom design maintains the exact same precision whether you order 1,000 pieces or 100,000 pieces.
Selecting the right material is critical for thermal management and durability. We specialize in high-grade non-ferrous metals.
The industry standard for aluminum die casting. Offers an exceptional combination of material properties, excellent thermal conductivity, and resistance to hot cracking.
Chosen for applications requiring excellent pressure tightness and high corrosion resistance. Perfect for liquid-cooled motor housings and demanding environments.
Ideal for smaller, highly intricate motor components requiring extreme dimensional stability, thinner walls, and superior finishing characteristics.
How we take your custom motor housing from a CAD file to a finished, ready-to-install component.
We review your CAD files, optimize for die casting, machine the precise steel dies, and simulate the injection flow to eliminate defects.
Molten metal is injected into the steel dies under extreme pressure, rapidly forming net-shape housings with excellent surface finishes.
While die casting produces near-net shapes, multi-axis CNC centers refine bearing bores, mounting faces, and shaft alignments to ±0.0002".
Parts undergo deflashing, surface treatment, IP sealing, and serialization before rigorous final inspection and global shipping.
We meet strict global standards for the world's most demanding OEMs.
| Dimensions | Round diameters from 2″ to 24″. Custom geometries available. |
|---|---|
| Machining Tolerances | ±0.0003″ (typical), up to ±0.0002″ on critical bearing/shaft features. |
| Die Casting Materials | A380, A383, A360 Aluminum, Zamak 3, Zamak 5. |
| Special Features | Integrated cooling fins, EMI shielding, IP65–IP67 sealing prep, part serialization (QR/barcode). |
| Quality Standards | TS 9000, ISO 9001:2015 certified. RoHS/REACH compliant materials. |
| Production Volume | Optimized for medium to high volume (1,000 to 100,000+ units). |
A motor housing failure is catastrophic. That is why our quality assurance process is integrated into every single step of production, ensuring operational excellence in the field.
Touch-probe verification guarantees all CNC machined surfaces meet exacting blueprints.
Ensures the housing promotes rotational stability to prevent motor vibration.
X-ray and ultrasonic testing to verify internal structural integrity and lack of porosity.
Critical for liquid-cooled housings to ensure IP67 sealing and fluid retention.
For custom motor housing manufacturers, especially in the automotive sector, certification is non-negotiable. Our foundry facility is certified to the stringent standard, demonstrating our commitment to defective prevention, reduction of waste, and continuous improvement.
Common questions from engineering and procurement teams.
Because die casting requires precision-machined steel dies, initial tooling and first-article samples typically take between 4 to 8 weeks depending on the complexity of the housing.
Yes. We specialize in using advanced die design and slides to create intricate internal geometries like liquid cooling jackets that are highly difficult to achieve with traditional machining alone.
Die casting is most cost-effective for medium to high-volume runs (1,000+ units) due to the initial tooling investment. However, once the die is created, the unit cost drops significantly compared to other casting methods.
Absolutely. Beyond precision CNC machining, we offer a full suite of finishes including anodizing, hardcoating, powder coating, passivation, and electropolishing, tailored to your environmental requirements.
Yes. We routinely work with proprietary designs for major OEMs in the medical and aerospace sectors. We are happy to sign an NDA before you share any CAD files or blueprints.
