CNC Machining & Fabrication Services
Precision Manufacturing with Leading-Edge Technology
The Manufacturing Collaborative provides advanced CNC machining and precision fabrication services that transform your designs into high-quality manufactured components. Our world-class facility, located at Vermont State University, combines cutting-edge equipment with expert engineering guidance to deliver comprehensive manufacturing solutions from concept through production.
Whether you need complex 5-axis machined parts, precision wire EDM components, or laser and waterjet cut materials, our team provides the technology and expertise to solve your most challenging manufacturing problems with precision, quality, and efficiency.
Our CNC Machining Services
5-Axis CNC Milling
Our DMG Mori DMU75 5-axis mill enables complex geometries and precision machining for advanced applications:
- Complex contoured surfaces and organic shapes
- Simultaneous 5-axis machining reduces setup times and improves accuracy
- Exceptional surface finishes and dimensional accuracy
- Ability to machine difficult-to-reach features in a single setup
- Ideal for aerospace, medical device, and complex prototype components
3-Axis CNC Milling
- Cost-effective solution for standard milling operations
- Excellent for prototyping and low to medium volume production
- Wide range of materials including metals and plastics
- Proven reliability for consistent part quality
Wire EDM (Electrical Discharge Machining)
- Extremely tight tolerances and intricate geometries
- No mechanical cutting forces – ideal for delicate or hardened materials
- Complex 2D profiles and intricate internal features
- Excellent surface finishes without secondary operations
- Perfect for tooling, dies, and precision components
Our Precision Cutting Services
Laser Cutting and Etching
- Minimal heat-affected zones for dimensional stability
- Complex 2D profiles and intricate patterns
- Fast turnaround for prototypes and production
- Excellent edge quality requiring minimal finishing
Waterjet Cutting
- Zero heat-affected zone – no material distortion
- Cuts virtually any material and thickness
- Ideal for composites, plastics, metals, and exotic materials
- Environmentally friendly cutting process
- Maintains material properties throughout cutting
Why Choose The Manufacturing Collaborative?
World-Class Equipment & Technology
University-Affiliated Excellence
- Access to cutting-edge equipment without capital investment
- Engineering expertise that bridges theory and practice
- Commitment to advancing U.S. advanced manufacturing capabilities
- Support for both business innovation and workforce development
Expert Engineering Guidance
- Design for manufacturing (DFM) consultation
- Material selection recommendations
- Process optimization to reduce costs and improve quality
- Reverse engineering capabilities when needed
- Technical problem-solving for complex manufacturing challenges
Real-World Hands-On Experience
From Prototyping to Production
- Rapid turnaround for prototyping and design validation
- Efficient processes for low to medium volume production
- Consistent quality across all quantity levels
- Flexible approach that adapts to your project requirements
Industries We Serve
Aerospace & Defense:
Precision components meeting stringent specifications
Medical Devices:
High-quality parts for critical healthcare applications
Industrial Equipment:
Durable components for demanding applications
Consumer Products:
Rapid prototyping and production support for innovation
Research & Development:
Custom fabrication supporting cutting-edge research
Our Manufacturing Process​
Step 1: Project Consultation
Share your CAD files, technical drawings, or concepts with our team. We review your requirements and provide expert recommendations on materials, processes, and design optimization opportunities.
Step 2: Engineering Review & Quoting
Step 3: Manufacturing & Quality Control
Your parts are manufactured using optimal processes on our advanced equipment. In-process quality checks ensure specifications are met throughout production.
Step 4: Final Inspection & Delivery
Complete inspection verifies all specifications. Your parts are carefully packaged and delivered with full documentation including inspection reports as required.
Materials We Work With
Metals:
- Aluminum alloys
- Stainless steel
- Carbon steel
- Titanium alloys
- Inconel
- Brass and copper alloys
- Exotic materials by request
Plastics & Composites:
- Ultra High Molecular weight Polyethelyne (UHMWPE)
- Teflon
- Ultem
- Acrylic and polycarbonate
- Engineering plastics
- Composite materials
- And other non-metallic materials
Complementary Services
- 3D Printing & Additive Manufacturing: Metal and polymer additive manufacturing for complex geometries
- Industrial CT Scanning: Non-destructive internal inspection and quality verification
- Digitization & Reverse Engineering: 3D scanning and digital model creation
- Metrology & Quality Control: Precision measurement and inspection services
- Manufacturing Consulting: Expert guidance on process optimization and technology adoption
Get Started With Your Project
- Email: [email protected]
- Website: www.themfgcollaborative.com
- Location: Vermont State University, Randolph Center, Vermont
What to Provide for a Quote:
- CAD files (STEP, IGES, or native formats)
- Technical drawings with tolerances and specifications
- Material specifications and requirements
- Quantity requirements
- Desired delivery timeline
- Any special requirements or certifications needed