Bad Code Crashing Your CNC
Bad G-code causes tool collisions, spindle crashes, and damaged parts. Each crash means expensive repairs, downtime, and wasted material that proper verification would have caught.
CNC Machining Support & CNC Design Services for Millwork
G-code programming, toolpath optimization, and post-processor setup for all major CNC routers. We help you eliminate crashes, cut cycle times, and get more out of your machines.
Slow Toolpaths Wasting Your Machine Time
Inefficient toolpaths with unnecessary rapid movements, extra tool changes, and poor cutting sequences add minutes to every panel. Over a month, you're losing hours of productive time.
Post-Processors That Don't Match Your Machine
Generic post-processors output code that doesn't fit your CNC controller. You end up with wrong tool calls, bad spindle speeds, and programs that need manual editing before they'll run.
Poor Nesting Wasting Your Materials
Bad nesting layouts leave large gaps between parts, wasting expensive sheet goods. Without optimized nesting, you're paying more for material than you should, and that eats into your margins.
G-Code That Runs Right the First Time
Every program we deliver gets simulated and verified before release. We check for collisions, bad depths, and command errors so your machine cuts clean from the first panel to the last.
Faster Cuts, More Panels Per Shift
We analyze and optimize every toolpath to cut cycle time. Fewer tool changes, smarter rapid movements, and better sequencing add up to more panels per shift.
Post-Processors Built for Your Equipment
We build or configure post-processors matched to your exact CNC and controller. Your programs get the right G-code syntax, tool call format, and machine-specific commands without any manual tweaking.
Nesting That Saves You Real Money
Our nesting algorithms arrange parts to maximize yield while respecting grain direction, part priority, and edge quality. Most clients see real material savings within the first month.
- G-code/M-code programs
- Toolpath simulation files
- Nesting layouts
- Setup sheets
- Tool lists
- Post-processor configuration
Frequently Asked Questions
Which CNC machines do you support?
We program for all major CNC router brands: Biesse, Homag, SCM, Morbidelli, CR Onsrud, Thermwood, MultiCam, AXYZ, Anderson, Komo, and ShopBot. We also support point-to-point boring machines and beam saws from leading manufacturers.
Can you troubleshoot our existing CNC programs?
Yes. We diagnose and fix issues in existing programs: incorrect depths, collision paths, poor surface finish from wrong feed rates, and post-processor errors. We find the root cause, fix it, and document what changed.
Do you build custom post-processors?
Yes. We build and configure custom post-processors for any CNC machine and controller combination. They generate clean, machine-specific code your controller reads without manual editing. We test every post-processor on actual machine output before delivery.
How do you reduce CNC cycle times?
We optimize cutting sequences, minimize tool changes, tighten up rapid movements, and dial in feed rates for each material. This typically cuts cycle times by 15-30% compared to default settings, which translates directly into more parts per day.
Can you program for nested-based and pod-and-rail machines?
Yes, we program for both. We know the different requirements for each platform and optimize toolpaths accordingly, including vacuum zone management for nested machines and pod positioning for rail-based systems.