CNC Programming Services
Generating bad data is the fastest way to halt a high-production woodshop. When your CNC router sits idle because of code errors, missing tooling files, or bad nested parts, it costs you massive amounts of time and money.
At BIMO Design, we don't just click "generate." We are industry experts in the most powerful screen-to-machine software on the market: Cabinet Vision and Microvellum. Because we understand these platforms inside and out, we can seamlessly translate complex engineering drawings into perfect, machine-ready code tailored to your shop's exact machinery and tooling configurations.
1
Software Alignment & Database Integration
Every woodshop has a unique software fingerprint. Before we process a single part, we align our engineering environment with your exact shop standards.
Platform Selection: Depending on your production workflow and product type, we deploy your project using either Cabinet Vision or Microvellum, utilizing their native strengths to match your shop's system.
Database Synchronization: We input your specific material catalogs, exact sheet sizes, hardware machining requirements, and edgebanding thickness deductions so the software calculates dimensions with absolute precision.
Tooling Optimization: We match your machine's exact aggregate heads, drill banks, and router bit profiles (compression bits, down-cuts, v-grooves) to ensure our code never calls for a tool your machine doesn't have.
2
Intelligent Nesting & Material Optimization
Wood and sheet goods are expensive. Our programming focuses heavily on maximizing your material yield while respecting the physics of a CNC router.
True Shape Nesting: We utilize advanced nesting algorithms within Cabinet Vision and Microvellum to pack parts as tightly as possible, drastically reducing scrap material.
Grain Matching: For high-end veneers and wood-grain laminates, we program strict grain constraints into the nest so doors, drawer fronts, and finished panels flow beautifully across the finished installation.
Small Part Strategies: To prevent small parts from shifting or losing suction on a vacuum table, we implement specialized programming techniques like skin-nesting, tab-routing, or onion-skinning to ensure clean, precise edges every time.
3
Toolpath Generation & G-Code Post-Processing
This is where the magic happens—turning raw 3D models into the literal "machine language" that drives your equipment.
Sequence Optimization: We program logical toolpaths to minimize machine travel time. The drill bank runs first, followed by internal cutouts and grooving, finishing with the main outline routing to keep the sheet perfectly stable.
Custom Post-Processing: A G-code file is useless if it doesn't match your controller. We output files through custom post-processors calibrated specifically for your brand of machinery—whether you run a Biesse, SCM, Homag/Weeke, Thermwood, or any other industrial CNC router.
4
Digital Simulation & Quality Control
Before any file is sent to your shop, it undergoes rigorous digital stress testing.
Collision Detection: We run full graphical machine simulations to verify that toolpaths are error-free, arcs are smooth, and there is zero risk of a machine crash or tool breakage.
Depth Verification: We double-check all blind dados, hinge pocket depths, and drawer slide pilot holes against the material thickness to guarantee parts assemble perfectly on the bench.
5
Seamless Shop-Floor Delivery
When we hand off a CNC package, we provide your team with everything they need to run production smoothly without asking a single question.
Machine-Ready G-Code: Perfect, clean files ready to load straight into your CNC controller.
Live Label Data: We sync our software outputs to generate clean, readable part labels. These labels feature your custom bar codes and display the exact Item Number IDs from our CAD blueprints, allowing your assembly crew to track parts flawlessly from the router bed all the way to the shipping truck.
The Code Advantage: By leveraging expert-level mastery of Cabinet Vision and Microvellum, we deliver code that doesn't just cut wood—it maximizes your machine speed, protects your tooling, and keeps your shop floor moving.