3 & 4-axis CNC milling, built for repeatable production.
Production milling on Haas VF-series equipment with documented setups, in-process inspection, and DFM review on every quoted program — prototype through long-running OEM production.
- Typical tolerance
- ±0.0005”
- Working envelope
- 50" × 20" × 25"
- Machine platforms
- Haas VF-4SS 3-axis vertical machining center
- Production
- Prototype → production
What this process is for.
3-axis milling for plates, brackets, housings, and prismatic components.
4-axis indexing for multi-sided features in a single setup.
Production tooling, fixturing, and inspection routines maintained for repeat programs.
Process at a glance
- Working envelope
- 50" × 20" × 25" working envelope
- Tolerances
- Project-specific · confirmed at RFQ
- Inspection
- CMM · Faro arm · optical
- Quality system
- ISO 9001:2015 · ITAR
Machines used for this work.
- Haas VF-4SS 3-axis vertical machining center
Materials We Machine With CNC Milling
Aluminum CNC Milling
Efficient production of aluminum brackets, plates, and housings.
Stainless Steel CNC Milling
Stainless brackets, housings, and hardware in repeat production.
Titanium CNC Milling
3- and 4-axis production of titanium brackets, housings, and fittings.
Inconel CNC Milling
Prismatic Inconel components produced with documented setups.
Tool Steel CNC Milling
Soft-state milling roughs and pre-finishes features before heat treat.
Engineering Plastics CNC Milling
PEEK, Delrin, and PTFE components produced with polished tooling.
Where this capability is used.
CNC Milling for Aerospace
CNC Milling applied to aerospace programs — components, materials, and inspection tailored to this industry.
CNC Milling for Defense
CNC Milling applied to defense programs — components, materials, and inspection tailored to this industry.
CNC Milling for Industrial Equipment
CNC Milling applied to industrial equipment programs — components, materials, and inspection tailored to this industry.
CNC Milling for Robotics & Automation
CNC Milling applied to robotics & automation programs — components, materials, and inspection tailored to this industry.
CNC Milling for Battery Manufacturing
CNC Milling applied to battery manufacturing programs — components, materials, and inspection tailored to this industry.
CNC Milling for Packaging & Food Processing
CNC Milling applied to packaging & food processing programs — components, materials, and inspection tailored to this industry.
Typical part types and uses.
- OEM brackets, plates, and housings
- Hydraulic and pneumatic bodies
- Production fixturing and tooling
- Robotics structural components
- Industrial equipment subassemblies
How we hold and verify the part.
Tolerance approach
Project tolerances confirmed at quote review. See Tolerance Standards for typical milling process ranges.
View tolerance standardsQuality & documentation
- In-process inspection on production runs
- CMM verification on first articles and dimensional features
- Material traceability available
- PPAP documentation available for qualified programs
Related capabilities.
5-Axis CNC Milling
5-axis machining on a Haas UMC-750 supports geometries that would require multiple setups on 3-axis equipment.
CNC Turning
Precision turning for shafts, bushings, housings, and rotational components.
Surface Grinding
Surface grinding finishes hardened and unhardened materials to close-tolerance flatness, parallelism, and controlled surface finish.
Engineering FAQs
The questions engineering and procurement teams ask most often before a first quote.
What's the largest part you can machine?
The VF-4SS envelope is 50" × 20" × 25". For larger components, contact engineering — multi-setup approaches and Faro arm verification are options.
Can you support prototype-to-production transitions?
Yes — we routinely move parts from prototype through low-rate initial production into full production with the same setups, programs, and inspection routines.
Do you offer DFM feedback before quoting?
DFM review is part of every quote on machined components. We flag features that increase cost, lead time, or scrap risk and suggest alternatives.
What file types do you accept?
STEP, STP, IGES, DXF, SLDPRT, PDF, and ZIP. 3D models speed up programming; 2D drawings remain the controlling document for tolerances and inspection.
Have a part ready for cnc milling?
Upload your CAD files or drawings — our engineering team reviews and responds within one business day.