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Process oversized sheets and full-size panels with stable accuracy and efficient material utilization.
Produce custom geometries, curved profiles, cutouts, and intricate routed features with high consistency.
Edge quality is critical for acrylic panels, wood components, and visually exposed routed parts.
Create detailed engraved features, logos, labels, and decorative patterns with consistent accuracy and clean surface finishes.
We support everything from rapid prototypes to full production runs with scalable manufacturing capacity and consistent quality control.
YP-MFG supports CNC routing across a wide range of sheet materials for custom fabrication and scalable production.
YP-MFG offers CNC routing across a wide range of plastic, wood, foam, composite, and aluminum materials — helping customers achieve better edge quality, faster production, and cost-efficient panel fabrication.
YP-MFG provides surface finishing options for CNC routed parts to improve edge appearance, surface consistency, and overall part quality. From smooth acrylic edges and painted wood panels to deburred aluminum components, our finishing capabilities help routed parts achieve cleaner visual results and production-ready performance.
YP-MFG is a one-stop precision manufacturing provider with 15+ years of CNC milling/routing expertise. Headquartered in Shenzhen, we operate 3 in-house factories, 180+ advanced machines (3/4/5‑axis CNC, routing tables, etc.), and employ 400+ skilled workers & engineers. Backed by 100+ certified partners, we deliver high‑quality custom parts to 20,000+ global clients with ISO 9001/IATF 16949 certifications.
| Feature | Specification |
|---|---|
| Feature Max Panel Size | Specification Up to 3000 × 1500 mm |
| Feature Minimum Feature Size | Specification 3 mm |
| Feature Recommended Material Thickness | Specification 3–50 mm |
| Feature Standard Tolerance | Specification ISO 2768-m |
| Feature Precision Tolerance | Specification ±0.1 mm achievable depending on material & geometry |
| Feature Edge Quality | Specification Optimized to reduce burrs, melting, and chipping |
| Feature Supported File Formats | Specification STEP, STP, DXF, DWG, AI |
| Feature Délai de livraison | Specification As fast as 3–5 days |
| Feature Volume de production | Specification Prototype to batch production |
Signage & Branding
Precision CNC routing for acrylic signs, illuminated letters, logo panels, wayfinding systems, and retail branding displays.
Architectural Panels
Large-format CNC routing for decorative architectural components and interior fabrication projects.
Retail Displays & Fixtures
High-speed CNC routing for custom display systems, exhibition structures, and branded retail environments.
Industrial Panels & Enclosures
Functional CNC routed parts for industrial systems, machine protection, and lightweight enclosures.
Transportation & Composite Components
CNC routing for lightweight composite panels and custom transportation interior parts.
Foam & Prototype Fabrication
Fast CNC routing for foam prototypes, packaging inserts, concept models, and tooling support applications.
CNC routing is a computer-controlled cutting process used to shape, engrave, and machine sheet materials such as wood, plastic, foam, composites, and aluminum. CNC routing is commonly used for signage, furniture panels, architectural components, industrial enclosures, and custom display fabrication.
A CNC routing operation uses programmed toolpaths to cut, drill, engrave, or contour materials with high speed and repeatability. Common routing operations include profile cutting, pocketing, engraving, edge trimming, and panel machining.
The price of CNC routing services varies based on:
Simple routed panels may cost significantly less than precision-routed acrylic displays or large composite assemblies. Batch production and optimized nesting can also help reduce manufacturing costs.
CNC routing is typically used for large-format panels, lightweight materials, and faster sheet processing, while CNC milling is better suited for high-precision metal parts and deep-feature machining.
CNC routing is commonly preferred for:
CNC milling is ideal for complex geometries, slots, pockets, and contours, while CNC turning is best suited for cylindrical parts such as shafts and bushings.
If your part includes both rotational and prismatic features, combining milling and turning may be the most efficient solution.
Lead times for CNC routing services depend on material type, part complexity, quantity, and finishing requirements. Standard projects can often be completed within a few business days.
Key advantages of CNC routing include:
CNC routing is better for thick sheets, large panels, wood, plastics, and composite materials. It physically cuts material using rotating tools, making it ideal for structural panels and deep cuts. Laser cutting is more suitable for thin materials and applications requiring extremely fine detail or high-speed sheet cutting.
CNC routing is commonly used for plastics, wood, foam, and lightweight panels where clean edges and cost efficiency are important. Waterjet cutting is better for thick metals and heat-sensitive materials because it uses high-pressure water instead of cutting tools or heat.
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