Automotive & EV's
Component Development & Manufacturing
Your Partner For Engineering, Prototyping,
CNC Manufacturing & Additive Manufacturing
CNC Machining
High precision milling for tightt tolerance components
Additive Manufacturing
Metal & polymer 3D Printing for prototypes and production.
Mechanical Engineering
Our engineers can help you develop your parts
Electrical Assemblies
Control boxes, electrical filters, and components
Automotive & EV Component Development
- AS9100 Certified
- ITAR Registered
- Advanced Inspection & Quality Control
- Experience in High-Performance Materials
- Supporting OEM, Tier-1 & Suppliers
Prototype to Production
InSource Design & Manufacturing provides EV and automotive contract manufacturing services for OEMs, product developers, and industrial customers seeking a reliable partner for CNC machining, CNC turning, additive manufacturing, 3D printing, electrical assemblies, and mechanical engineering. We support electric vehicle and automotive component development from prototype through production with a focus on quality, responsiveness, and manufacturability.
Manufacturing Capabilities
Every component must meet strict requirements for strength, weight, and reliability.
Our focus:
- Dimensional accuracy and repeatability
- Lightweight, performance-driven designs
- Material optimization
Consistent output across production runs
CNC Machining
Complex Components, Consistent Results
Our CNC machining services are built for components that require tight control and dependable performance.
Capabilities include:
- Multi-axis CNC milling for complex geometries
- CNC turning for rotational parts
- Close-tolerance machining for critical fits
- Aluminum, stainless steel, titanium, and engineering-grade plastics
From one-off parts to scaled production, we deliver reliable, repeatable manufacturing outcomes.
Additive Manufacturing for Faster Development
Iterate, Validate, and Move Forward Faster
Additive manufacturing enables rapid development without the delays of traditional tooling.
What you gain:
- Faster prototyping and iteration cycles
- Complex, weight-reducing geometries
- Functional prototypes and end-use components
- Reduced time from concept to validation
This allows drone and robotics teams to test, refine, and deploy designs more efficiently.
Engineering-Led Approach
Built Around Real-World Functionality
We go beyond fabrication by working alongside your team to improve outcomes.
We support:
- Design for manufacturability (DFM)
- Material selection based on application needs
- Structural and weight considerations
- Assembly fit and functional performance
The result: components that are not just manufacturable—but built to perform in real applications.
