Trusted by Government, Defense, and R&D Teams Nationwide
Build-to-Print Fabrication & Manufacturing Services
From prototypes to low-volume production, Pro-Fab delivers build-to-print machining, fabrication, welding, and finishing. Reducing the need to manage multiple vendors for a single part or assembly.
The Pro-Fab Difference
Laser Cutting
Assembly
Laser Cutting
Assembly
Fabrication & Machining Capabilities
Pro-Fab maintains a tightly controlled, in-house manufacturing environment built to support build-to-print execution across complex, low-volume programs.
Our capabilities are structured to reduce handoffs, minimize risk, and maintain consistency from first article through repeat builds. Without forcing customers to manage multiple vendors.
CNC Milling & Turning
Sheet Metal Fabrication & Forming
Welding & Structural Assembly
Stainless Steel & Plastic Fabrication
Finishing & Surface Preparation
Assembly & Integration
Quality Assurance & Inspection
Laser Cutting & Precision Profiling
Materials & Finishing Capabilities
A wide range of metals, plastics, and surface finishes to support build-to-print parts, assemblies, and controlled-environment equipment.
Machine Shop Equipment and Capabilities
| Machine | Use | Travel Limits |
|---|---|---|
| Hurco VMX42i with Inspection Probe | 3-Axis Milling | 42"X x 24"Y x 24"Z |
| Haas VF-11 | 3-Axis Milling | 120"X x 40"Y x 30"Z |
| Haas VF-6 | 3-Axis Milling | 64"X x 32"Y x 30"Z |
| Haas VF-4SS | 4-Axis Milling | 50"X x 20"Y x 25"Z |
| Haas VF-2 | 5-Axis Milling | 30"X x 16"Y x 20"Z |
| Haas VF-2 | 3-Axis Milling | 30"X x 16"Y x 20"Z |
| Haas Mini Mill | 3-Axis Milling | 16"X x 12"Y x 10"Z |
| AXYS Router | 3-Axis Milling | 48"X x 120"Y x 5"Z |
| Haas SL20 | Lathe/Turning | 10" OD x 10" L |
| Omax Maxiem 1530 Waterjet Cutter | Cutting | 120"X x 62"Y x 12"Z |
Design Materials
| Aluminum | Stainless Steel | Plastic | Steel | Other Metal |
|---|---|---|---|---|
| 2024 | 303 | Acetal (Delrin) | Mild Steel | Brass |
| 5052 | 304 | Polypropylene | Alloy Steel | Copper |
| 6061 | 316 | ABS | Titanium | |
| 7075 | 17-4 | Polycarbonate | ||
| 420 | PVC | |||
| HDPE | ||||
| PTFE (Teflon) | ||||
| PEEK | ||||
| UHMW | ||||
Finishing Options
| Aluminum | Stainless Steel | Steel |
|---|---|---|
| Anodized | Electropolished | Powder Coated |
| Hard Anodized | Passivated | Painted |
| Powder Coated | Brushed/Polished | Machined/Raw |
| Painted | Powder Coated | |
| Chemical Conversion | Painted | |
| Chemical Conversion | Machined/Raw | |
| Machined/Raw | ||
Sheet Metal Equipment & Capabilities
| Machine | Use | Limits |
|---|---|---|
| Mitsubishi 4kw CNC Laser | Cutting | 120 in X x 60 in Y x 0.5 in thick |
| Wiedemann CNC Turret Punch | Punching | 120 in X x 48 in Y x 0.125 in thick |
| Mitsubishi BH8525 CNC Press Brake | Forming | 102 in length, 94 ton |
| Durma E30160 CNC Press Brake | Forming | 120 in length, 170 ton |
| LVD 50 Ton Press Brake | Forming | 50 in length, 50 ton |
| Atlantic HYD-CNC Shear | Shearing | 120 in length, 0.1875 in thick |
| 48 in Slip Roll | Rolling | 48 in wide x 0.125 in thick |
| Pemsetter | Hardware | PEM studs and PEM nuts |
Common Materials in Sheet Metal
| Aluminum | Stainless Steel | Steel |
| 2024 up to 0.25 in thick | 304 up to 0.5 in thick | Mild steel up to 0.5 in thick |
| 5052 up to 0.25 in thick | 316 up to 0.5 in thick | Alloy steel up to 0.5 in thick |
| 6061 up to 0.25 in thick | ||
| 7075 up to 0.25 in thick |
Sheet Metal Parts Finishing Options
| Aluminum | Stainless Steel | Steel |
|---|---|---|
| Anodized | Electropolished | Powder Coated |
| Hard Anodized | Passivated | Painted |
| Powder Coated | Brushed/Polished | Raw |
| Painted | Powder Coated | |
| Chemical Conversion | Painted | |
| Alodine | Raw | |
| Raw |
Common Materials in Laser Cutting
| Aluminum | Stainless Steel | Steel |
|---|---|---|
| 2024 up to 0.25 in thick | 304 up to 0.5 in thick | Mild steel up to 0.5 in thick |
| 5052 up to 0.25 in thick | 316 up to 0.5 in thick | Alloy steel up to 0.5 in thick |
| 6061 up to 0.25 in thick | ||
| 7075 up to 0.25 in thick |
Common Materials in Waterjet Cutting
| Aluminum | Stainless Steel | Steel |
|---|---|---|
| 2024 up to 0.25 in thick | 304 up to 0.5 in thick | Mild steel up to 0.5 in thick |
| 5052 up to 0.25 in thick | 316 up to 0.5 in thick | Alloy steel up to 0.5 in thick |
| 6061 up to 0.25 in thick | ||
| 7075 up to 0.25 in thick |
From Prototype to Production
From prototypes to low-volume production, Pro-Fab delivers build-to-print parts and assemblies exactly to specification. Supported by in-house machining, fabrication, welding, and finishing.
All work is performed at our U.S. facility in Bosque Farms, New Mexico, just south of Albuquerque, allowing us to maintain control over quality, schedule, documentation, and change management throughout the build process.
We support programs where accuracy, accountability, and execution discipline matter not just speed.
Executed to specification
Customer-owned drawings built with revision control and documentation.
low-volume support
One partner from first article through repeat builds.
Reduced vendor handoffs
Machining, fabrication, welding, and finishing performed in-house to minimize delays and quality risk..
Cleanroom Fabrication & Equipment
Pro-Fab designs and fabricates equipment intended for use in cleanroom and controlled manufacturing environments. Our cleanroom-compatible products are built with appropriate materials, finishes, and construction methods to support contamination-sensitive operations in semiconductor, pharmaceutical, laboratory, and advanced manufacturing facilities.
Quality, Inspection & Compliance
Pro-Fab’s quality and inspection processes are built to support build-to-print execution, traceability, and repeatability across prototype and low-volume production programs.
Our approach emphasizes verification, documentation, and accountability helping engineering, procurement, and program teams reduce risk and maintain confidence from first article through final delivery.
Inspection & Verification
Parts and assemblies are inspected to customer specifications throughout the fabrication process.
- Dimensional inspection and verification
- First article and in-process inspection support
- Final inspection prior to shipment
- Fit, finish, and specification checks aligned to customer drawings
Build-to-Print Discipline
Quality control begins with strict adherence to customer-supplied documentation.
- Revision-controlled drawings
- Controlled change management
- Manufacturing executed exactly to approved specifications
- No undocumented deviations
This ensures consistency between prototype, pilot runs, and repeat builds.
Documentation & Traceability
Projects requiring documentation and traceability are supported with clear, auditable records.
- Inspection records and verification data
- Build documentation tied to drawing revisions
- Material and process traceability when specified
- Documentation structured for procurement and program review
Compliance & Controlled Programs
Pro-Fab supports regulated and controlled manufacturing programs, including government and defense work.
- ITAR registered
- U.S.-based manufacturing
- Secure handling of customer data and drawings
- Processes aligned with compliance-driven environments
Why This Matters to Procurement & Program Teams
- Reduced risk of rework or non-conformance
- Clear accountability from a single manufacturing partner
- Predictable outcomes across prototype and production builds
- Documentation that stands up to audits and reviews
