| Capability | Standard Tolerance | Precision / High-End | Factors Affecting Accuracy |
| Linear Dimensions | ±0.127 mm (0.005″) | ±0.05 mm (0.002″) | Thermal Expansion, Machine Calibration, Material Hardness |
| Hole Diameters | ±0.05 mm (0.002″) | ±0.025 mm (0.001″) | Tool Wear, Spindle Runout, Chip Clearance |
| Edge Finish (Ra) | 3.2 – 6.3 µm | < 1.6 µm | Feed Rate, Cutting Speed, Tool Sharpness |
| Positional Accuracy | ±0.10 mm (0.004″) | ±0.05 mm (0.002″) | Gantry Alignment, Lead Screw Pitch, Drive System Backlash |
| Angular Accuracy | ±0.5° | ±0.1° | Squareness of Axes, Fixture Stability, Part Orientation |
For precise and cost-effective CNC routing, follow key design guidelines like optimizing tool diameter, minimizing thin walls, and ensuring proper fixturing. These tips help streamline production, reduce waste, and improve part quality, making your projects faster and more efficient.
| Directriz | Especificación |
| File Preparation | Use vector files (DXF/SVG) with closed paths for clean CNC Routing results. |
| Part Orientation | Align parts to maximize material yield and simplify the CNC Routing path. |
| Minimum Inside Radius | Maintain a 0.125″ (3.2mm) radius for smooth and stable CNC Routing cuts. |
| Tool Diameter Limits | Keep tool diameter under 1/3 material thickness for accurate CNC Routing precision. |
| Minimize Thin Walls | Maintain at least 1/4″ (6mm) wall thickness to prevent vibration during routing. |
| Nesting Clearance | Leave at least one tool diameter space between nested parts for structural integrity. |
| Kerf & Compensation | Factor tool radius into designs for accurate dimensions and CNC Routing cuts. |
| Fixturing & Tabs | Use tabs to stabilize parts; ensure secure fixturing for CNC Routing. |
| Avoid Over-Constraining | Simplify part geometry to ensure stable and cost-effective CNC Routing setup. |
Using advanced CMM and digital measurement systems, we ensure every part meets tight tolerances with precision at the micron level.
Thorough visual checks ensure that every part is free from defects, scratches, and other visual imperfections.
Each batch of parts undergoes strict quality verification to ensure consistency and performance across high-volume runs.
We provide detailed material certificates, FAI reports, and CMM data sheets for full transparency and traceability.
Yicen Precision presta servicio a un amplio espectro de industrias, que abarcan la aeroespacial, la automoción, la electrónica y la médica, entre otras. Estamos especializados en el suministro de piezas fiables y de alta calidad adaptadas a los retos de ingeniería específicos de cada sector.
At Yicen Precision, we offer a wide range of materials to suit your CNC routing needs, ensuring the highest precision and durability for your parts. Whether you’re working with metals or plastics, we provide expertly crafted solutions to meet your project’s specific requirements. Explore the materials we work with and find the perfect match for your next project.
| Material | Descripción | Opciones de acabado | Aplicaciones |
| Aluminio 6061 | Structural Strength, Weldable | Anodizado, revestimiento en polvo | Construction, Automotive |
| Aluminio 7075 | High Strength, Durable | Anodizado, pulido | Aerospace, Military |
| Aluminum 2024 | Fatigue Resistant, Lightweight | Cladding, Painting | Aircraft Frames, Structures |
| Aluminio 5052 | Marine Grade, Formable | Anodizing, Painting | Marine Tanks, Sheet Metal |
| Aluminio 5083 | Chemical Resistant, Tough | Anodizado, pulido | Industrial Gear, Marine |
| Material | Descripción | Opciones de acabado | Aplicaciones |
| Latón C360 | Low Friction, Machinable | Brushing, Polishing | Decorative Hardware, Gears |
| Brass C464 | Corrosion Resistant, Strong | Polishing, Lacquering | Naval Fittings, Fasteners |
| Latón C260 | Highly Ductile, Formable | Brushing, Lacquering | Electrical Parts, Cartridges |
| Material | Descripción | Opciones de acabado | Aplicaciones |
| Copper C101 | High Thermal Conductivity | Polishing, Plating | Heat Sinks, Electronics |
| Cobre C110 | High Electrical Conductivity | Plating, Passivation | Busbars, Electrical Wiring |
| Material | Descripción | Opciones de acabado | Aplicaciones |
| Cast Acrylic | Superior Optical Clarity | Flame Polishing | Signage, Luxury Displays |
| Extruded Acrylic | High Impact Resistance | Machine Polishing | Guards, Window Glazing |
| Material | Descripción | Opciones de acabado | Aplicaciones |
| General Purpose ABS | Rigid, Impact Strong | Painting, Sanding | Protective Enclosures |
| Flame Retardant ABS | Heat Resistant | Textured Coating | Carcasas electrónicas |
| Material | Descripción | Opciones de acabado | Aplicaciones |
| GP Polycarbonate | Virtually Unbreakable | Vapor Polishing | Machine Shields |
| Optical Grade PC | High Light Transmission | Buffing, Polishing | Face Shields, Lenses |
| Material | Descripción | Opciones de acabado | Aplicaciones |
| High Density PE | Chemical Resistant | Edge Trimming | Chemical Tanks |
| Food Grade HDPE | Moisture Resistant | Machining | Cutting Boards |
| Material | Descripción | Opciones de acabado | Aplicaciones |
| UHMW-PE | Ultra-Low Friction | Precision Cutting | Wear Strips, Guides |
| Material | Descripción | Opciones de acabado | Aplicaciones |
| Rigid PVC | High Stiffness | Solvent Welding | Industrial Piping |
| Flexible PVC | Corrosion Resistant | Machining | Gaskets, Seals |
| Material | Descripción | Opciones de acabado | Aplicaciones |
| Nylon 6 (Cast) | Wear Resistant | Annealing, Polishing | Heavy Duty Gears |
| Nylon 66 (Extruded) | Low Friction | Precision Machining | Bushings, Bearings |
| Material | Descripción | Opciones de acabado | Aplicaciones |
| PETG Sheet | Food Safe, Strong | Die Cutting | Medical Packaging |
| PET (Polyester) | High Dimensional Stability | Pulido | Precision Components |
En Precisión Yicen, we offer a variety of CNC routing surface finishes designed to meet the aesthetic and functional needs of your parts. Whether you need a smooth, polished finish or added protective coatings, we have the right option for your project.
Rough finish is ideal with bigger bits and higher feed rates and results in a more textured surface.
Fine bits will also produce a smooth finish when the speed is lower to reduce roughness in order to produce a clean surface that is polished.
Routine sanding of tools after routing creates a more homogeneous look and finishes wood and plastic, which is preferable.
The finish type can be matte finishes which are produced by slowing cutting speed or particular tooling to produce a slight non-reflective surface.
The Bead blasting involves the use of abrasives such as sand or glass beads to produce a plain, rough surface on the metals and plastics.
Polishing is a finishing process of coating a surface, especially an acrylic, metal, and plastic surface, with finer abrasives to give it a mirror-like polish.
Flame polishing is mainly applied to acrylic and plastics in which heat is used to flatten and give the surface a gloss to eliminate tool marks.
Depending on the process, the anodizing process improves corrosion resistance and gives aluminum a matte or a glossy finish.
Ventajas
Aplicaciones
Estamos especializados en convertir sus ideas en componentes funcionales de alta calidad con una rapidez y precisión inigualables. Con tecnología avanzada y artesanía experta, creamos piezas que cumplen las especificaciones más complejas.
Estamos especializados en convertir sus ideas en componentes funcionales de alta calidad con una rapidez y precisión inigualables. Con tecnología avanzada y artesanía experta, creamos piezas que cumplen las especificaciones más complejas.
CNC routing offers versatility, but there are other cutting methods like laser cutting, waterjet, and CNC milling. Each has its strengths and is suited to different project needs. This comparison helps you choose the right process based on precision, speed, and material.
| Característica | Fresado CNC | Corte por láser | Corte por chorro de agua | Fresado CNC |
| Coste de utillaje | Low (No tooling required) | Moderate (Laser setup) | Moderate to High (Abrasive used) | High (Requires specialized tools) |
| Plazos de entrega | 1-3 Days | 1-5 Days | 3-5 Days | 3-7 Days |
| Part Quantity | Small to large volume | Small to medium volume | Medium to large volume | Medium to high volume |
| Tolerancia | ±0.001″ to ±0.005″ (High precision) | ±0,001″ a ±0,005″. | ±0,005″ a ±0,010″. | ±0.0005″ to ±0.005″ |
| Opciones de material | Wood, plastics, composites, metals | Thin metals, plastics | Metals, stone, glass, composites | Metals, plastics, composites |
| Geometría compleja | Excellent for 2D, 2.5D, and complex cuts | Limited to 2D cuts | Handles 2D and complex cuts | Ideal for 3D shapes, detailed milling |
| Acabado superficial | Clean edges with post-processing | Smooth finish, minimal post-processing | Rough edges, no post-processing | Smooth finish with minimal post-processing |
| Velocidad | Moderate (Dependent on material) | Fast (For thin materials) | Slow (Due to water pressure) | Moderate to high depending on part size |
| When Not Recommended | Not ideal for very fine details | Not suitable for thick or hard materials | Not recommended for small or delicate parts | Not ideal for intricate 2D designs or thin materials |
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