Semiconductor Equipment Casting and Prototyping

Being near Silicon Valley, General Foundry Service is accustomed to working in the semiconductor industry. Our innovative engineering techniques and design capabilities have made us an industry-leading casting supplier for semi-conductor applications.

Although castings are inherently porous, no matter the process, there is ample opportunity outside the chamber. Over the decades, we have helped customers convert ‘hog outs’ to castings with secondary machining, usually resulting in a 40-60% cost reduction while increasing quality and performance. These components can be small or some of the largest we make, offering high structural integrity, freedom of design, and reduced costs.

General Foundry’s Semiconductor Casting Capabilities

Our low-volume casting services include high-quality custom castings with lead time to turn around anywhere from 2 to 6 weeks. The 5 casting processes we utilize include:

Turnkey Semiconductor Casting Solutions

Some components we have made, but not limited to, are:

  • stage bases
  • main optics plates
  • scanning components
  • carriages
  • robotic arms or links
  • forks
  • flange frames
  • hinges
  • hoists torsos
  • lids
  • stiffening cover
  • adapter housings
  • supports
  • chassis components
  • joints and wrists
  • and more

Due to confidentiality agreements/NDAs, we cannot share project photos. 

Design Your Semiconductor Prototype Today

As an ITAR registered, ISO 9001:2015 certified supplier with all in-house capabilities, General Foundry has the advanced technological equipment and experience for your next custom semiconductor project.  Contact us for more information regarding our casting solutions for the semi-conductor industry.

If you are ready to begin your project, please submit a pricing request. With your submission, please send us your project specs, drawing and/or models of what you are looking to achieve. Have a quick question about our work in the semiconductor industry? Please email us for assistance.