Procision Manufacturing

Custom Auto Parts Manufacturing Services

Prototype to Production Metal & Plastic Parts

Procision Auto Parts Manufacturing

Manufacturing Challenges for Auto Parts

The world of automotive parts manufacturing relies on successfully integrating thousands of discrete components into a finished product that must function reliably for years under hard use. A very widely distributed supply chain must therefore adhere to strict quality guidelines that guarantee compliance with raw material specifications and tight physical tolerances.

Procision Auto Parts Manufacturing

Manufacturing Solutions for Auto Parts

Procision Manufacturing meets this challenge, delivering high-quality parts at the lowest possible cost thanks to our engineering support, advanced machinery, and rigorous quality inspections. We have under one roof CNC milling and turning, plastic injection molding and micro molding, high-pressure die casting and a full line of post-manufacturing finishing options to perfect your custom automotive part designs.

Manufacturing Manufacturing Services For The Automotive Industry

We provide a full range of services and will work with you to determine which are best suited for your next project.

CNC Machining Services

CNC machining provides the tightest tolerances, greatest material versatility, and fast turnarounds without the need for dedicated tooling. Another key advantage is its scalability, useful for rapid prototyping to high-volume manufacturing.
 
We offer multi-axis CNC milling, Swiss lathe turning, wire and sink EDM, and surface grinding.
Composition of the car wheel bearing on metal surface

Plastic Injection Molding Services

Plastic injection molding is the best method for consistently making plastic parts in any volume. It is especially effective for high volume mass production. In addition to its cost-effectiveness and stability, it works with many resins that resist heat, chemicals, and mechanical stress.
 
Plastic injection molding is used for interior trims, electronic enclosures, under-the-hood components, and other parts that must be both tough and lightweight.

Polyurethane Vacuum Casting

With vacuum casting, you can obtain production-quality prototypes in just a few days. The process involves creating a master model, which is precisely replicated in urethane resins using silicone molds.

  • Creates high-fidelity prototypes for market testing
  • Resins replicate general-purpose thermoplastics
  • Cost-effective solution for limited runs or niche markets
VR headset with incorporated vacuum casting parts

High Pressure Die Casting

A reliable method of producing custom metal car components. It’s possible to cast aluminum, magnesium and zinc to make light, strong and corrosion resistant parts with great surface finishes.
 
In the automotive industry, high-pressure die casting is used to make transmission cases, sensor enclosures, engine brackets, pressure vessels for pistons and pumps, and structural components.
Close shot of metal preparations of metal products

Common Questions

Auto Parts Manufacturing Quickfacts

Do your parts meet automotive industry compliance standards?

Yes, we are confident that we can manufacture your parts to your exact specifications. We also provide all the necessary documentation for compliance and supply chain traceability.

Procision can’t create design files or models for you, but we can refine the ones you already have. Every project includes a Design for Manufacturing review, where we assess tolerances, material selection, feature feasibility, and tooling requirements. This ensures better designs that are easier and more cost-effective to produce.

We work with materials commonly found in the automotive industry, including mild and stainless steel, aluminum alloys, magnesium, zinc, titanium, Inconel and brass, as well as hundreds of thermoplastics and composites such as carbon fiber. If you need specialty materials, feel free to speak with our engineering team.

Tolerances depend on many factors, such as materials and manufacturing methods, but in general, we comply with the following:

  • Plastic injection molding: DIN 16742
  • CNC machining: DIN-2768-1-fine for metal and DIN-2768-1-medium for plastics
  • High pressure die casting: NADCA

Lead times depend on part complexity, material selection, and production volume. Prototypes can be made in a few days, rapid tools can be ready in as little as 10 days, and complex CNC machined or die-cast parts can take weeks.

Before we start our partnership, our team will clearly explain lead times to you and update you about the schedule.

Pricing depends on material selection, tooling requirements, production volume, post-processing needs, and more. Beyond that, we believe in a personalized approach for each project, making it impossible to predict costs upfront.

However, once you share your part details with us, we’ll provide a quote with transparent pricing so you know exactly what to expect.

Yes. We can hold mold tools in storage for up to five years so you can reorder and receive your parts fast, every time. You can also request minor adjustments or redesigns.

Check Out Other Industries Check Out Other Industries We Work With

Medical Industry

Rapid prototyping and full production services for medical devices that require the highest standards of quality and material compliance.

Agriculture Industry

Support equipment, tools and hardware that must withstand hard use in rugged environments, season after season.

Electronics And Robotics Industry

Enclosures, switches, lenses, display panels and other discrete components for every type of electrical and electronic device.

Ready to Start Your Next Project?