CNC Machining Service

CNC machining service

Anebon has advanced equipment to provide you with a wide range of CNC machining services, including milling, turning, EDM, wire cutting, surface grinding and more. We use imported 3, 4 and 5-axis CNC machining centers to offer you great precision, amazing flexibility, and a decent output for almost any machining project. We not only have different machines, but also a team of experts, who are committed to providing you with the best-in-class service in China. Our skilled mechanics can use a variety of plastic and metal materials to produce turning and milling parts.

We assure you that no matter the size of the job, our professionals treat it as if it were their own. We can also provide prototype CNC machining services that would help you in getting a clear picture of the final product.

Why choose us?

Anebon has been a leader in manufacturing innovative products. Specialty Integrated Services has honed its expertise and processes. The Company produces nearly all world class metal components. Our engineers will work with you to ensure maximum design quality for manufacturing and assembly. Excellent customer service and satisfaction are hallmarks of our company and foundational to our business success.

Timely - We understand that some parts of our work have an urgent deadline, and we have the skills and mechanisms to ensure that we deliver on time without compromising the quality of the work we do.
Experienced - We have been providing CNC milling services for over 10 years. We have assembled a wide range of advanced milling machines for a wide range of processes and have an experienced team of engineers and operators to provide high quality products to all our customers.
Capabilities - With the diversity of our machines, we are able to guarantee the accuracy of all items in all sizes.

What is CNC machining?

CNC machining is a subtractive manufacturing process that cuts raw materials through a variety of precision cutting tools. Advanced software is used to control the device according to the specifications of the 3D design. Our team of engineers and mechanics programs the equipment to optimize cutting time, surface finish and final tolerance to meet your requirements. We use CNC machining to not only manufacture parts and prototypes, but also to make mold tools.

Low-Volume Manufacturing

Manufacturing in low volumes is an ideal solution for managing your inventory and testing the market before producing larger quantities. choosing Low-Volume Manufacturing is your best choice.
Anebon will choose the most reasonable processing technology according to the material, surface treatment and quantity. , but also provide packaging and other one-stop service.

Our CNC Machining ,rapid prototype and Low-Volume Manufacturing suitable for many industry such as Cars、Motorcycles、Machinery、Airplanes、bullet train、Bicycles、Watercraft、Electronic、Scientific equipment、Laser theater、Robots、Oil & Gas Control Systems、Medical devices、signal receiving devices、Optical devices、Camera & Photo、Sporting equipment Beauty、Lighting、Furniture ate.,

Advantages of CNC machining

CNC machining is ideal for your range of product development needs. Here are some of the advantages of precision machining:

• Mechanical processing of titanium alloys, superalloys, non-metals, etc.; mold design and manufacturing
• Non-standard equipment design and manufacture
• Machining process: drilling, thread milling, broaching, tapping, spline, reaming, cutting/cutting,Profile, finish, turning, threading, internal forming, dimples, knurling, countersunk, boring, reverse drilling, hobbing

• Quickly remove large amounts of metal material
• Suitable for many different types of substrates
• Low investment in mold and preparation costs
• Highly accurate and repeatable
• Mold design and manufacturing
• Tolerance: ±0.002mm
• Economy

R&D

We have more than a decade of expertise in 3D design. Our team works with customers to develop designs/parts that meet their needs, while considering cost, weight and manufacturing processes. After the design is complete, we set up the entire engineering and production process of the tool. And we can start the next test only after the quality department approved the tool.

We focus on these main processes in the R&D process:
Component design
Tool DFM
Tool/mold design
Mold Flow - Simulation
Drawing
CAM

Design Principles:

(1) The designed process specification shall ensure the processing quality of the machine parts (or the assembly quality of the machine) and meet the technical requirements specified on the design drawings.
(2) The process should have high productivity and the product should be put on the market as soon as possible.
(3) Try to reduce manufacturing costs
(4) Pay attention to reducing the labor intensity of workers and ensure production safety.

Type of processing tool

There are many types of processing tools that can be used alone or in combination with other tools in various steps of the manufacturing process to achieve the desired part geometry. The main processing tool categories:
• Boring Tools: These tools are commonly used as finishing equipment to expand the holes previously cut into the material.
• Cutting tools: Equipment such as saws and scissors are representative tools for cutting tools. They are commonly used to cut a material having a predetermined size, such as a metal sheet, into a desired shape.
• Drilling tool: This category includes a double-edged swivel that creates a circular hole parallel to the axis of rotation.
• Grinding tools: These tools use a rotating wheel for fine machining or minor cutting on the workpiece.
• Milling tools: Milling tools use a rotating cutting surface with multiple inserts to create a non-circular hole or to cut a unique design from the material.
• Turning tools: These tools rotate the workpiece on the shaft while the cutting tool shapes it.

Material

Steel	Carbon Steel, 4140,20#, 45#, 4340, Q235, Q345B, etc
Stainless Steel	SS303, SS304, SS316, SS416 etc.
Aluminum	Al6063, AL6082, AL7075, AL6061, AL5052, A380 etc.
Iron	12L14, 1215, 45#, A36, 1213, etc.
Brass	HSn62-1, HSn60-1, HMn58-2, H68, HNi65-5, H90, H80 , H68, H59 etc
Copper	C11000, C12000, C12000, C26000, C51000 etc.
Plastic	Delrin, Nylon, Teflon, PP, PEI, ABS, PC, PE, POM, Peek.Carbon Fiber

Surface Treatment

Mechanical Surface Treatment	Sand blasting, Shot Blasting, Grinding, Rolling, Polishing, Brushing, Spraying, Painting, Oil Painting etc.
Chemical Surface Treatment	Bluing and Blackening, Phosphating, Pickling, Electroless Plating of Various Metals and Alloys etc.
Electrochemical Surface Treatment	Anodic Oxidation, Electrochemical Polishing, Electroplating etc.
Modern Surface Treatment	CVD, PVD, Ion implantation, Ion Plating, Laser Surface Treatment ect.
Sand Blasting	Dry Sand Blasting, Wet Sand Blasting, Atomized Sand Blasting etc.
Spraying	Electrostatic Spraying, Fame Spraying, Powder Spraying, Plastic Spraying, Plasma Spraying
Electroplating	Copper Plating, Chromium Plating, Zinc Plating, Nickel Plating