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CNC milling work

Types of CNC Milling Services

 

Redexpart offers 3, 4 and 5 axis CNC milling services to create complex geometries with high precision.

3-axis

CNC milling on 3 axes

This CNC milling process can move along the X, Y and Z axes and can only perform surface milling. It is suitable for making 2D or simple 3D parts, such as flat and simple curved parts, models, etc.

4-axis

CNC milling on 4 axes

4-axis CNC routers can rotate around a fixed axis, often called the A-axis or rotary axis, in addition to moving along the X, Y, and Z axes. This process can be used to machine complex 3D parts.

5-axis

CNC milling on 5 axes

This milling machine has the ability to move along the X, Y and Z axes, as well as rotate around two rotation axes (A and B). The 5-axis CNC router can handle more complex shapes and is suitable for producing high-precision parts.

 

 

Benefits of CNC milling from Redexpart
 

Speed

Redexpart offers rapid production of CNC milled parts, some of which can be produced in as little as 7 days.

Quality

With numerous control checks throughout the entire production process to ensure that the final product meets your requirements.

Materials

Redexpart offers a wide range of materials to choose from, including metals, plastics and composites, to suit a variety of needs and applications.

Prototyping

Redexpart offers prototyping services, allowing you to test and refine your design before moving on to mass production.

 

CNC milling parts

 

How it works?
 

 

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CNC (Computer Numerical Control) milling is a process used to create complex and precise shapes by removing material from a workpiece using a cutting tool controlled by a computer program. Here's how it works.

 

 Design
The first step in CNC milling is creating a three-dimensional digital design of the part or component using computer-aided design (CAD) software. The design is then converted into a format that can be read by a CNC router.

 Programming
The converted design is fed into the CNC router's computer control system, which converts it into machine code (G-code). This code contains instructions on how the cutting tool should move and remove material from the workpiece.

 Installation
The workpiece is then secured to the milling machine workbench using clamps or other methods. The cutting tool is also installed and adjusted in accordance with the required characteristics.

 Milling
Once everything is set, the CNC router is started and the cutting tool moves according to the G-code instructions. The cutting tool removes material from the workpiece in a series of passes until the desired shape is achieved.

 Finishing
Once the milling process is complete, the workpiece may require additional finishing steps such as sanding or polishing to achieve the desired surface finish.

 

 

Available materials for CNC turning services
 

 

Metal materials

Aluminum

Stainless steel

Mild, alloy and tool steel

Other Common Metals

5052

201

Mild steel 1008

Brass 260

5083

303

Mild steel 1018

Brass 2680

6061

304

Mild steel 1020

Brass 360

6061-T6

316

Mild steel 1025

Brass 385

6061-T651

316L

Mild steel1045 (#45)

Brass H59

6063

401

1215 alloy steel

Brass H62

6082

410

4041 alloy steel

Bronze

ADC12 (A380)

416

Steel 40Cr

Copper 101

 

416L

4130 alloy steel

Copper 110

 

420

4137 Alloy Steel

Titan TC2

 

430

4140 alloy steel

Titan TC4

 

440C

4040 alloy steel

Titan TC5

 

Plastic materials

General plastics

Reinforced plastics

ABS

Garolite G-10

PP

Polypropylene (PP) 30%

H6

Nylon 30%

POM-G

FR-4

POM-S

PMMA (acrylic)

PVC

PEAK

HDPE

 

UVMPE

 

PC

 

PAT

 

PTFE

 

 

 

Tolerances for CNC milling work
 

 

Nominal Size Limits

Metals (ISO 2768-F)

Plastics (ISO 2768-M)

0.5 mm* up to 3 mm

+0.05 mm

±0.1 mm

More than 3 mm to 6 mm

+0.05 mm

±0.1 mm

More than 6 mm to 30 mm

+0.1 mm

+0.2 mm

More than 30 mm to 120 mm

+0.15 mm

±0.3 mm

More than 120 mm to 400 mm

±0.2 mm

±0.5 mm

More than 400 mm to 1000 mm

+0.4 mm

±0.8 mm

More than 1000 mm to 2000 mm

±0.5 mm

±1.2 mm

 

Application of CNC turning services
 

 

CNC turning services can be used for a variety of purposes, but they are of great importance in the metalworking industry.

электронный
electronic
мебель
furniture
Автозапчасти
Auto parts
Потребитель
Consumer
Медицинская помощь
Health care

 

Questions and answers about CNC machining
 

 

Q: What is CNC machining?

A: CNC machining is a broad category of manufacturing that includes several computer-controlled processes. The goal is to remove enough raw material from the workpiece to achieve a near-finished state.

Q: Why choose CNC machined parts from Redexpart?

A: Redexpart is a professional CNC machining manufacturer in China. The reliability and precision of high-tech tools controlled by sophisticated software allows CNC machining to quickly create prototypes and complex parts with particularly tight tolerances. At the same time, the cost of CNC processing is low thanks to Chinese manufacturers.

Q: What is the difference between subtractive and incremental manufacturing processes?

A: CNC machining is a material subtraction process. When material is added instead of removed, it is called an addition process. Examples of subtractive CNC machining include specialized applications such as milling services, turning, surface grinding, and electrical discharge machining. An example of additive CNC machining is 3D printing.

Q: What kind of finish does CNC machining have?

A: The rotating movement of the cutting tool on a CNC machine leaves noticeable tool marks. Although the parts are ready for immediate use, they can be further enhanced by anodizing, painting, polishing and plating.

 

Redex provides online CNC machining services. Get a free quote on CNC machined parts today.

 

Get a CNC price quote online

 

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