Online CNC Machining Prototyping Service

Our Online CNC Machining Prototyping Service offers a variety of precision machining solutions, including CNC Milling, Turning, Drilling, Boring, Grinding, Multi-Axis Machining, and EDM. Ideal for producing high-quality prototypes with exceptional accuracy for various industries.

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Our CNC Machining Prototyping Capabilities

Our CNC machining prototyping capabilities include a variety of precision techniques such as CNC milling, turning, drilling, boring, grinding, multi-axis machining, and EDM. These services ensure fast, accurate, and cost-effective production of high-quality prototypes for diverse industries.

CNC Boring

Enlarges and refines existing holes, improving accuracy, tolerance, and surface finish for parts requiring precise internal features.

CNC Grinding

Uses abrasive wheels to achieve fine surface finishes, removing small imperfections from 3D printed parts for improved aesthetics and functionality.

Multi-Axis Machining

Allows intricate, complex cuts from multiple directions, providing high precision and versatility for detailed or asymmetrical 3D printed designs.

Precision Machining

Ensures tight tolerances and exact measurements, refining 3D printed parts to meet the highest standards for specialized, high-performance applications.

CNC Machining

Refines 3D printed parts for enhanced surface finish, precise dimensions, and better overall performance, ensuring high-quality final products.

CNC Milling

Uses rotary cutters to remove material, shaping 3D printed parts to exact specifications with high precision and smooth finishes.

CNC Turning

Rotates the part while a cutting tool removes material, ideal for cylindrical or spherical shapes, improving accuracy and surface quality.

CNC Drilling

Creates holes and specific internal features with precision, enhancing the functionality and fit of 3D printed parts for assembly.

CNC Boring

Enlarges and refines existing holes, improving accuracy, tolerance, and surface finish for parts requiring precise internal features.

CNC Grinding

Uses abrasive wheels to achieve fine surface finishes, removing small imperfections from 3D printed parts for improved aesthetics and functionality.

Multi-Axis Machining

Allows intricate, complex cuts from multiple directions, providing high precision and versatility for detailed or asymmetrical 3D printed designs.

Precision Machining

Ensures tight tolerances and exact measurements, refining 3D printed parts to meet the highest standards for specialized, high-performance applications.

CNC Machining

Refines 3D printed parts for enhanced surface finish, precise dimensions, and better overall performance, ensuring high-quality final products.

CNC Milling

Uses rotary cutters to remove material, shaping 3D printed parts to exact specifications with high precision and smooth finishes.

CNC Turning

Rotates the part while a cutting tool removes material, ideal for cylindrical or spherical shapes, improving accuracy and surface quality.

CNC Drilling

Creates holes and specific internal features with precision, enhancing the functionality and fit of 3D printed parts for assembly.

Precision Machining

Ensures tight tolerances and exact measurements, refining 3D printed parts to meet the highest standards for specialized, high-performance applications.

CNC Machining

Refines 3D printed parts for enhanced surface finish, precise dimensions, and better overall performance, ensuring high-quality final products.

CNC Milling

Uses rotary cutters to remove material, shaping 3D printed parts to exact specifications with high precision and smooth finishes.

CNC Turning

Rotates the part while a cutting tool removes material, ideal for cylindrical or spherical shapes, improving accuracy and surface quality.

CNC Drilling

Creates holes and specific internal features with precision, enhancing the functionality and fit of 3D printed parts for assembly.

CNC Boring

Enlarges and refines existing holes, improving accuracy, tolerance, and surface finish for parts requiring precise internal features.

CNC Grinding

Uses abrasive wheels to achieve fine surface finishes, removing small imperfections from 3D printed parts for improved aesthetics and functionality.

Multi-Axis Machining

Allows intricate, complex cuts from multiple directions, providing high precision and versatility for detailed or asymmetrical 3D printed designs.

Precision Machining

Ensures tight tolerances and exact measurements, refining 3D printed parts to meet the highest standards for specialized, high-performance applications.

CNC Machining

Refines 3D printed parts for enhanced surface finish, precise dimensions, and better overall performance, ensuring high-quality final products.

How To CNC Machining Service for Your Projects

CNC machining service provides precise and efficient manufacturing for various projects. By using computer-controlled machines, it produces complex parts with high accuracy in metals, plastics, and composites. The process allows customization of designs, ensuring tight tolerances and high-quality finishes. Choose CNC machining for rapid prototyping, low-to-medium production runs, and high-performance components tailored to your project needs.

Process	Primary Use	Material Options	Precision	Complexity	Finish Quality	Speed	Cost
CNC Machining	General machining for a wide range of parts	Metals (steel, aluminum, brass), plastics, composites (titanium, polymers)	±0.01mm or better, depending on machine quality	Suitable for various shapes and geometries (2D, 3D, complex forms)	Smooth finish with minimal post-processing	Moderate to High (varies with complexity and material)	Moderate to High (higher cost for metals and tight tolerances)

CNC Milling	Cutting, drilling, and shaping parts	Metals (steel, aluminum), plastics, composites (titanium, brass)	Tolerances of ±0.005mm to ±0.02mm depending on tool and part complexity	Complex 3D shapes, slots, pockets, contours, and surfaces	Smooth finish with optional polishing or coating	High (dependent on part complexity and setup)	Moderate to High (cost increases with complexity and materials)

CNC Turning	Shaping cylindrical parts	Metals (steel, aluminum, brass), plastics	±0.01mm to ±0.02mm for typical turning tolerances	Best for parts with rotational symmetry, such as shafts, rings, and bushings	Smooth surface finish with limited post-processing required	Moderate (time for setup and part complexity)	Moderate (cheaper for simple parts, increases with materials)

CNC Drilling	Drilling holes and precise hole placement	Metals (steel, aluminum), plastics, composites	±0.01mm or finer, depending on drill size and material	Focused on hole creation, with limited complexity outside hole depth/diameter	Fine hole finish, but may require polishing for very fine details	Fast	Low to Moderate (based on drill size and material)

CNC Boring	Enlarging or finishing pre-drilled holes	Metals (steel, aluminum), plastics	±0.005mm or better (ideal for precise hole sizing)	Used for enlarging holes to exact dimensions	High-quality finish inside holes, no roughness	Moderate	Moderate (lower than grinding, depending on material)

CNC Grinding	Finishing parts to fine tolerances	Metals (steel, aluminum), ceramics, composites	±0.001mm or better (extremely high precision)	Best for fine-tolerance and surface finish work, used on flat and cylindrical parts	Superior surface finish with minimal roughness and excellent flatness	Slow	High (due to slow process and precision required)

Multi-Axis Machining	Complex geometries, 3D contours, and undercuts	Metals (steel, aluminum, titanium), plastics, composites	±0.005mm to ±0.01mm (extremely tight tolerances for complex parts)	Capable of 5-axis (or more) simultaneous machining, ideal for intricate geometries, undercuts, and curved surfaces	High-quality finish, often requiring minimal post-processing	Slow to Moderate	High (complexity and tool wear contribute to cost)

Precision Machining	Extremely tight tolerances and complex parts	Metals (steel, aluminum, brass), ceramics, plastics	±0.001mm or better (ultra-high precision)	Best for intricate, very fine parts, typically for aerospace, medical, and automotive industries	Exceptional finish quality, often ready-to-use without additional processing	Slow	High (high precision tools and longer time contribute to cost)