Leader in North American Robotics Prototyping and Parts Manufacturing.
Who We Are
Precise Cast is a North American Metal Casting and CNC Machine shop offering Robotic Prototyping services such as complex metal castings and machined parts.
Our robotics, automation, and control prototypes are of the highest quality and we meet our customer’s most demanding needs.
Robotics Prototyping and Parts Manufacturing
Metal Castings for Controls, Automation, and Robotics.
Robotics Prototyping can benefit many companies looking to build robotic elements for numerous industries. We create parts from structures to heat exchangers to armatures to enclosures, castings play a vital role in the production of a myriad of parts in robotics prototyping.
Ideas to Reality | Robotics Prototyping
We bring robotics from ideation to conception. Understanding the full spectrum from prototyping and testing onto low-volume production.
Precise Cast offers fast, quality metal castings and machining parts for robotic prototyping and parts manufacturing.
Prototyping for the Robotics and Automation
Precise Cast can also supply CNC machined parts in virtually any available material required by unique applications.
We offer billet and fully CNC machined components for prototypes, one-of-a-kind assemblies, and limited annual production runs.
How it Works
Upload a CAD file
We review your file for any design flaws and best manufacturing options
Once approved by you we being the manufacturing process.
Every part gets a full quality inspection.
Your parts are headed your way fast!
High-quality castings combined with in-house, high precision post-machining operations and inspection, yield production quality parts in prototype timelines.
Producing a one-of-a-kind lab-scale particle accelerator, prototype robotic joint assemblies, or production microscope housings, Precise Cast has the experience, and tools in place, to support all the requirements of industrial controls and equipment prototyping.
Metal Choices Robotic Prototyping
Aluminum’s and magnesium’s combination of mechanical properties and component weight, make them excellent choices to produce 100% recyclable parts, in the near-infinite shapes encountered in the Automation, Controls, and Robotics space.