A Precision Aluminum Die Casting Manufacturer
PHB uses the internationally recognized MAGMAsoft® simulation technology to optimize tool design and aluminum casting quality. MAGMAsoft® simulation capabilities provide a better understanding of aluminum injection mold filling, high pressure aluminum die casting, solidification, mechanical properties, thermal stresses and distortions, and much more. Fully menu-driven with an integrated solid modeler, CASD interfaces, and extensive databases, MAGMAsoft® provides a complete solution for design, production, and quality departments. Read more on MAGMAsoft® and the aluminum die casting process.
PHB can provide components and assemblies in prototyping and low-volume production quantities using a multitude of methods including but not limited to:
Aluminum die casting alloys are lightweight and posses high dimensional stability for complex part geometries and thin walls. Aluminum has good corrosion resistance and mechanical properties as well as high thermal and electrical conductivity, making it a good alloy for die casting.
PHB will manage customer finishing requirements to ensure parts meet specifications in both a timely and cost effective manner.
PHB offers a variety of packaging options for our customers. We can provide packaging layered or by cell. We cater to each individual market all across the globe, and understand that we may have to create something just for you. That’s why we also offer custom designed returnable cardboard or plastic packaging.
A global leader in automotive lighting came to PHB with the challenge of creating two castings – one for low beams and one for high beams. Because of the complexity in aligning the fixtures (die cast heat sink pads) for the LEDs, prior designs had only allowed them to have three heat-sink pads per casting. Since both the low beams and high beams required six heat sinks, each headlight required four castings. The problem compounded when the mirror design was required for left or right headlights. With the added expense of creating separate tooling for all of the castings, and the additional time and expense involved in aiming these eight castings, our customer realized it was time for a new solution.
The challenge in producing the six heatsink pads was to maintain the profile tolerance to the 6 pads to within .4mm to the datum structure. There are 17 individual features at each pad location, or 102 total features per casting that are critical to function. Any missing feature results in a part that our customer cannot fully assemble. PHB utilized the MAGMA process simulation and other camera quality inspection, close tolerance machining, and precision quality control to develop and produce a two-casting headlight assembly for our customer.