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CNC Routing Services
High-Speed, Large-Format Precision Machining
Yuan Wenyu — From rapid prototyping to high-volume production. Get instant quotes, expert DFM feedback, and fast lead times—all online.
CNC Routing Technical Capabilities & Machine Specifications
| Item | Specification |
|---|---|
| Equipment Models | Mainstream CNC router brands including Biesse, Thermwood, Multicam, with multi-machine production capacity |
| Maximum Workpiece Size | Up to 3000 mm (L) × 1500 mm (W) × 200 mm (H) |
| Machining Tolerance | ±0.1 mm (standard) / ±0.05 mm (fine finishing) |
| Spindle Speed | Up to 24,000 RPM |
| Supported File Formats | STEP, STL, DXF, DWG, AI, EPS, PDF |
| Tooling Library | Comprehensive selection of router bits, drill bits, V-groove tools, ball nose cutters, and engraving tools |
Consult with Our CNC Routing Engineers
Discuss large-format machining, material selection, and design feasibility directly with experienced CNC routing specialists.
Common Materials for CNC Routing
CNC routing supports a wide range of machinable materials, including wood, plastics, composites, lightweight metals, and specialty boards. Below is a selection of commonly processed materials for your reference.
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Solid & Engineered Wood ›⌄
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Plastics & Synthetics ›⌄
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Composites ›⌄
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Lightweight Metals ›⌄
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Others ›⌄
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Special Note ›⌄
Customer-supplied materials accepted for processing.
Finishing & Post-Processing Options
Common CNC Routing processes include coating and laminating, relief engraving, recessed engraving, deburring, and edge polishing. Below are some common surface finishing processes for your reference, allowing you to choose according to your specific product requirements.
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Basic Processing ›⌄
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Coating & Laminatings ›⌄
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Special Effects ›⌄
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Functional Treatments ›⌄
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Assembly & Packaging ›⌄
Confirm Material & Surface Finish for Your CNC Routing Project
Share your material, finish requirements, or drawings. Our engineers will help verify feasibility and recommend the optimal processing solution.
Applications of CNC Routing
CNC routing is widely used across a broad range of industries. Below, we list some representative application sectors for your reference, so you can see whether CNC engraving services are suitable for your industry.
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Architecture & Interior
Custom furniture, decorative wall panels, door/window components, stair railings, exhibition displays.
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Signage & Advertising
3D letters, lightboxes, display stands, mall decorations.
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Automotive & Marine
Interior prototypes, model making, lightweight components.
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Cultural & Gift
Artistic engraving, custom plaques, handicrafts, musical instrument parts.
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Industrial Manufacturing
Equipment panels, jigs/fixtures, packaging molds, composite prototypes.
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Our Quality Assurance
Quality is not an afterthought; it's integral to our manufacturing process.
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ISO Certification
Our facility is ISO 9001:2015 certified, ensuring a systematic and process-driven approach to quality management. -
In-Process Inspection & CMM Testing
We employ First Article Inspection (FAI), statistical process control, and advanced Coordinate Measuring Machines (CMM) to verify dimensional accuracy throughout production. -
Material Traceability
We provide Material Certificates (Mill Certs) and maintain full traceability for all raw materials, giving you complete peace of mind.
Your parts deserve uncompromised precision
Partner with a manufacturer that treats quality as a guarantee—not a guess. Request your quote today.
In-House CNC Routing Factory
We maintain full control over quality and scheduling by managing all operations in our own modern facility.
OEM & Custom Capabilities
Whether you need parts to a specific print or full design collaboration, we have the expertise to serve as an extension of your team.
Competitive Pricing for Bulk Orders
Our high-efficiency production lines and bulk material purchasing power allow us to offer exceptionally competitive pricing for large-volume orders.
Global Shipping & Engineering Support
We serve clients worldwide with reliable logistics partners. Our engineering team is on standby to provide technical support from quote to delivery.
Fluid Systems Co
Engineering Manager
The quality and consistency of the turned brass fittings we received were exceptional. [Your Brand Name]'s team helped us refine the design for manufacturability, saving us 15% on unit cost.
Medical Devices Inc
Project Lead
Their ability to deliver medical-grade titanium components with complex geometries and tight tolerances has been crucial to our new product launch.
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Request a Custom CNC Routing Solution
Get personalized recommendations on materials, surface finishing, and production processes from our factory team..
Frequently Asked Questions About CNC Routing
We have over 10 years of experience in CNC routing collaboration. During this service process, our clients often have various questions. We have compiled the most common ones here, hoping they will be helpful to you.
What is the main difference between CNC Routing and CNC Milling?
CNC Routing is optimized for high-speed, efficient cutting, grooving, and engraving of large sheet materials (like full sheets of wood, plastic, composite panels). It acts like a "tailor" and "engraver" combined, using high-power spindles and fast-moving gantries. It excels at handling non-metallic materials (wood, MDF, acrylic, foam) and some soft metals (like aluminum), making it ideal for signs, furniture, architectural interiors, and advertising displays.
CNC Milling is designed for high-precision, complex 3D geometric parts from metals or hard plastics. It acts like a "master engraver," using smaller, more precise tools to carve intricate parts with tight tolerances from solid blocks, commonly used in aerospace, automotive, and medical industries for precision components.
What is the maximum thickness CNC Routing can handle?
This is crucial for project feasibility. Our standard CNC router worktable size is 4ft x 8ft (approx. 1220mm x 2440mm), capable of handling a full standard sheet. For larger parts, we can process them via panel joinery methods – consult our engineers.
Regarding thickness, our standard machining capability reaches up to 3 inches (approx. 76mm). For thicker solid wood or special materials, we need to evaluate tooling and process feasibility case-by-case.
What key design parameters should I consider (e.g., minimum hole size, minimum fillet)?
Recommended formats: 2D vector files like DXF, DWG, AI, EPS; 3D model files like STEP, STL, IGES. PDFs or high-quality images are also acceptable as references but may incur conversion fees.
Key design advice:
● Minimum Hole Diameter: Recommended to be no less than 1/4 of the material thickness.
● Internal Corners: Avoid sharp corners; design them as fillets (recommended radius no less than 1.5mm) because cutting tools are cylindrical.
● Text Engraving: Ensure font and stroke width are suitable for tool size; overly fine details may not engrave clearly.
● Material Utilization: Consider standard sheet sizes during design; optimizing nesting can save costs.
What is the typical lead time from order to delivery?
Clear timelines help manage client expectations. Lead times depend on project complexity, quantity, and current production schedule. A typical timeline is:
● Prototype/Small Batch (1-10 pcs): Can ship within 3-7 business days after file confirmation.
● Medium Batch: Typically within 1-3 weeks.
● Large Batch or Highly Complex Projects: Require individual assessment.
Do you offer assembly services?
Yes, we offer comprehensive post-processing services, including:
● Basic Processing: Sanding, deburring, edge finishing.
● Surface Finishing: Painting (matte/gloss), veneering, laminating, staining, polishing.
● Functional Treatments: Sealing, waterproofing, flame-retardant coating.
● Assembly & Packaging: Multi-part assembly, customized secure packaging.
You can directly select desired finishing options during the quoting process.