Fabrication
Precision machining and prototyping executed to verified designs using repeatable processes.
3-Axis CNC Milling
Accurate parts for mechanical projects, fixtures, small brackets, adapters, and enclosures.
Best for:
- Functional prototypes and small-batch parts
- Jigs/fixtures for repeatable shop processes
- Flat and prismatic parts with pockets, profiles, and drilled/tapped holes
Materials:
- Non-ferrous metals
- Plastics & acrylics
- Composites
Capabilities:
- Pocketing, profiling, drilling, reaming (as applicable), countersinks/counterbores
- Tapped holes where appropriate
- Edge finishing options (deburr, light chamfer, scotch-brite finish, etc.)
- Metal machining approximate XY limits equal 12.0 x 8.0 IN
- Composite machining approximate XY limits equal 30.0 x 50.0 IN
Deliverables:
- Finished part(s) + design drawings
- If design work is included: STEP/DXF/PDF also included
Diode Laser Cutting & Marking
Crisp cuts, clean labels, and durable marking for parts, panels, and product branding.
Cutting:
- Acrylic and thin plastics (as suitable for diode)
- Templates, stencils, gaskets (material-dependent)
Marking/engraving:
- Labels, serial plates, QR codes, control panels
- Logos and artwork on coated metals or suitable substrates
- Depth-controlled engraving on woods/plastics
Vector/CAM Included:
- Artwork cleanup, line-weight fixes, kerf considerations
- Layout optimization for minimal waste
3D Printing
Fast iteration for form/fit checks, brackets, enclosures, tools, and custom adapters.
Use cases:
- Prototypes and concept models
- Fit checks before machining
- Functional jigs, mounts, holders, and protective covers
Deliverables:
- Printed parts + basic print notes if requested
- STL/STEP design files
Mold Making & Resin Casting
Great for small-run parts, reproductions, and shapes that are hard to machine or print cleanly.
Best for:
- Duplicating an existing part (when appropriate)
- Small-batch runs with consistent geometry
- Parts requiring specific feel, flexibility, or surface finish (resin-dependent)
Typical workflow:
- Master pattern (print/machine) → mold → cast → finish
- We’ll discuss shrink, draft, venting, and parting lines early so the result looks intentional
Included with every fabrication job
- CAM + toolpath planning matched to the material and part geometry
- DFM guidance (Design for Manufacturing – small edits that reduce cost and risk)
- Practical tolerances: we’ll call out what’s realistic and what drives price
- File handling: STEP, DXF/DWG, STL, PDF