CNC Routing Services
Professional CNC routing services for wood, plastic, foam, and nonferrous metals. Get custom parts with tight tolerances, complex shapes, and intricate designs. ISO 9001:2015, ISO 13485, IATF 16949:2016, and AS9100D certified.
CNC Routing Capabilities
Precision Cutting
Tight tolerances and accurate cuts for complex designs
Multi-Material Support
Compatible with wood, plastic, foam, and nonferrous metals
Complex Geometries
Ability to create intricate shapes and detailed patterns
Large Format
Capable of handling large sheet materials and workpieces
Engraving
Specialized engraving capabilities for text and graphics
3D Profiling
Three-dimensional cutting and shaping capabilities
Materials for CNC Routing
Compatible with a wide range of materials for various applications
Plastics
ABS (Acrylonitrile Butadiene Styrene)
Polycarbonate
HDPE (High-Density Polyethylene)
UHMW (Ultra-High Molecular Weight Polyethylene)
Wood & Composites
Baltic Birch Plywood
MDF (Medium-Density Fiberboard)
Carbon Fiber Reinforced Plastic (CFRP)
Fiberglass Reinforced Plastic (FRP)
Metals
Aluminum
Brass
ACM Panel (Aluminum Composite Material)
Foam & Specialty
Polyurethane Foam
Expanded PVC
CNC Routing Process
Design the Part
Create your design using CAD software and save as vector file (DXF, AI, BMP, CDR, DWG, PDF, STL, SVG)
Upload CAD File
Upload your CAD file to our instant quoting tool in a compatible format for processing
G-Code Conversion
Convert CAD file to G-code using CAM software for machine-readable instructions
CNC Routing Execution
Machine follows pre-programmed toolpath to cut material according to design specifications
Finishing & Post-Processing
Apply finishing touches including sanding, polishing, or surface treatment for final quality
CNC routing—what it is and when to use it
CNC routing is high-speed cutting of sheet plastics, woods, foams, and soft metals with router spindles—ideal for panels, enclosures, gaskets, and large flat patterns.
Choose routing over milling when parts are sheet-based, large in XY, and tolerance needs are moderate compared with precision metal milling.
Partsproto routes for overseas buyers—send flat patterns, material thickness, and edge quality needs.
- → Plastic / composite / wood sheet parts
- → Large panels where mill XY travel is inefficient
- → Gaskets, guards, and enclosure blanks
- → Prototype packs of flat patterns
DFM tips for CNC routing
- •Design for cutter diameter—inside corners need radius.
- •Call edge finish (as-cut vs sanded) and which face is cosmetic.
- •Tab or onion-skin strategies for small nested parts—tell us if tabs are OK.
- •Tolerance expectations on plastics must allow for sheet variation and temperature.
- •Provide nest priority if grain or film direction matters.
Inspection & QC on routed parts
- ✓Outline and hole positions vs print/DXF.
- ✓Thickness verification of supplied sheet.
- ✓Edge quality / chip-out visual on cosmetic faces.
- ✓Count and nest verification for multi-up sheets.
- ✓Export pack with layer protection for scratched plastics.
Lead time & batch sizing
Many plastic panel jobs ship in a few working days after file approval when material is on hand. Specialty sheets and tight cosmetics add time. Nesting efficiency drives unit price—send annual qty for better breaks.
Frequently Asked Questions
What is the CNC routing process?
CNC routing is a subtractive manufacturing process that uses computer-controlled machines to cut and shape various materials. It involves a rotating cutting tool (router bit) guided by precise digital instructions to create elaborate cuts, holes, and contours. The process includes CAD design, file upload, G-code conversion, machine execution, and post-processing finishing steps.
What is a CNC router?
A CNC router is a computer-controlled cutting machine that uses a rotating router bit to cut and shape materials. It operates primarily in the X and Y axes on flat or sheet materials, guided by digital instructions from CAD/CAM software. CNC routers are designed for precision cutting of wood, plastic, foam, and nonferrous metals, commonly used in furniture making, signage, and prototyping.
How much does CNC routing service cost?
CNC routing service costs vary based on material type, part complexity, quantity, and finishing requirements. Factors affecting price include material cost, machine time, tool wear, and post-processing needs. Simple cuts on standard materials typically cost less than complex designs requiring multiple operations or premium materials. Contact us for a detailed quote based on your specific requirements.
What is the difference between CNC milling and CNC routing?
CNC routing uses a rotating router bit and primarily works with flat sheet materials in X and Y axes, ideal for large-scale cutting like furniture and signage. CNC milling uses multi-point end mills and can work in multiple axes (3-5 axis) on block materials, enabling more complex 3D machining. Routing is typically faster for 2D cutting, while milling offers greater precision for complex 3D parts.
Why are CNC routers so expensive?
CNC routers are expensive due to precision engineering, high-quality components, advanced control systems, and robust construction required for accurate cutting. Costs include sophisticated software, precision motors and drives, rigid frame construction, and safety features. Additionally, ongoing maintenance, calibration, and tooling costs contribute to the overall investment required for professional-grade CNC routing equipment.
What are the disadvantages of CNC routing?
CNC routing limitations include material thickness restrictions, primarily 2D cutting capabilities, tool wear affecting precision, and setup time for different materials. The process may not be cost-effective for simple cuts, requires skilled programming, and has limitations with very hard materials. Additionally, initial equipment investment and maintenance costs can be significant for small operations.
Ready to Start Your Routing Project?
Get precision cutting and shaping solutions for wood, plastic, foam, and nonferrous metals