// CAPABILITY — CAD/CAM PROGRAMMING
CAD/CAM Programming Services
Multi-axis toolpath strategy, machine simulation, and design support from a licensed engineering firm — the programming that turns a tough model into a part that runs clean.
Behind every accurate part is a program that earns it. Our CAD/CAM programming pairs experienced toolpath strategy with the judgment of a licensed engineering firm, so complex geometry is approached deliberately — not improvised at the machine. We program for milling and turning across three to five axes, simulate before we cut, and feed design-for-manufacturability insight back to you before metal moves.
Programming capability
Good programming is where tolerance, finish, and cycle time are decided. We plan the operation order, work-holding, and tool selection so each feature is cut with a rigid, short tool reaching from the right approach. Roughing strategies clear material efficiently; finishing passes are chosen to protect the surface and hold the called-out tolerance. The goal is a program that produces the part the print describes, repeatably.
- Milling and turning programs, prototype through production
- Operation sequencing, work-holding, and tool-selection planning
- Roughing-to-finishing strategies tuned to tolerance and finish
- Programs retained for fast, consistent reorders
Software-agnostic input
Send us what you have. We accept neutral CAD formats such as STEP and IGES alongside most common native model files, plus 2D drawings and PDFs for dimensions, datums, and notes. Where a format or revision is unclear, we confirm it with you before programming so there is no ambiguity between your intent and the toolpath.
- Neutral formats: STEP, IGES
- 2D drawings and PDFs for tolerances, GD&T, and notes
- Most common native CAD files — send yours and we'll confirm
Multi-axis toolpath strategy
Five-axis programming is its own craft. We use simultaneous and indexed multi-axis toolpaths to reach compound angles, deep pockets, and undercuts with shorter tooling and fewer setups — which is exactly how tighter true position and finer finishes are achieved on parts that defeat three-axis work. Tilting the tool, not just the table, keeps cuts efficient and surfaces clean.
Simulation & verification
Before a program reaches the floor, we verify it: gouge and collision checking, stock and fixture awareness, and review of reach and clearances. Catching a problem in simulation costs minutes; catching it in a scrapped titanium billet costs far more. Verification is part of how we protect your material, your schedule, and your tolerances.
| Programming | 3-, 4-, and simultaneous 5-axis milling; turning with live tooling |
|---|---|
| Accepted input | STEP, IGES, 2D drawings, PDFs; most native CAD files |
| Verification | Toolpath simulation, gouge/collision checking, fixture awareness |
| Design support | DFM feedback from a licensed engineering firm |
| Quality | ISO 9001:2015 certified · ITAR registered |
CAD/CAM programming is what powers our 5-axis CNC machining and CNC milling, and is backed by our engineering and machining team when the design itself needs a second set of eyes.
// FAQ
Frequently asked questions
Neutral formats such as STEP and IGES, plus 2D drawings and PDFs for tolerances and notes, and most common native CAD files. Send us what you have, and if a format or revision is unclear we'll confirm it with you before programming.
Yes. As a licensed engineering firm we can provide design and design-for-manufacturability support, refining or developing the model before we program and cut it. Tell us how far along your design is and we'll scope the right level of help.
Yes — simultaneous and indexed multi-axis programming is a core capability. It lets us reach compound angles and undercuts with shorter tooling in fewer setups, which is how we hold tighter true position and finer finishes on complex parts.
Always. Programs are checked in simulation for gouges, collisions, reach, and fixture clearances before they reach the floor, protecting your material and your tolerances.
Send us the hard one.
Upload your drawing or STEP file and we'll come back with pricing and lead time — from a single high-mix part to full production runs, held to exacting tolerances.