Custom Cnc Milling Services Company Online

Our CNC milling service capabilities

From rapid prototyping to fully customized production runs. As a reliable CNC milling factory, Our 3 axis, 4 axis and full 5 axis CNC milling centers can produce high precision and high quality CNC milling parts for you to meet your most stringent requirements. If you're not sure what CNC milling service is best for you,Please upload your CAD file and contact us , we will give you a best and free quote.

3-axis CNC milling

3-axis is the most widely used type of CNC milling machine, Full use of X, Y and Z directions makes the 3-axis CNC milling machine suitable for a wide variety of work. They also have the the lowest start-up machining costs, so usually used to produce CNC machined parts with the lowest start-up machining costs. Our 3-axis milling centers can meet the unique requirements of each client.

4-axis CNC milling

4-axis milling center is in the general machining center to add a rotating axis, is the industry is usually called the fourth axis. A fourth axis is added to the motion of the cutting tool, allowing rotation about the x axis. 4-axis machining comprehensive processing ability is strong, the workpiece once clamping more processing work, the device CNC tool library, machining accuracy assurance, suitable for high machining accuracy of the spare parts or small and medium-sized batch production.

5-axis CNC milling

Lori is capable of precision 5 Axis CNC Milling Services with 5 Axis Machining Center. Whether you need high quality and precision metal or plastic parts, we can provide global customers with 5-axis CNC milled parts in a variety of industries, including automotive, medical, military, aerospace, machinery, machine tools, high-tech, etc., with outstanding machining and programming skills

Available materials for CNC milling parts

Depending on your applications and industries , We stock over 30 production-grade plastic and metal materials for a wide range of CNC milling parts. Look at some of the materials widely used in CNC milling parts and the following materials available at Lori.

Aluminum

Bronze/Brass

Copper

Plastics

Steel / Titanium / Zinc

Aluminum 6061-T6

Aluminum 6063-T5

Aluminum 7075 & 7075-T6

Aluminum MIC-6

Aluminum 5052

Aluminum 5083

Aluminum 2024-T3

Aluminum 6082

Brass C360

Brass 260

C932 M07 Bearing Bronze

Copper C110

Copper 101

ABS

Acetal [Delrin]

Acrylic

G-10 Garolite

Nylon

PEEK

Polycarbonate

PTFE

Polypropylene

Ultra-High Molecular Weight Polyethylene

Alloy Steel 4130, 4140

ASTM A36

Stainless Steel 15-5, 17-4, 18-8, 303

tainless Steel 303, 304, 316/316L

Stainless Steel 416, 420

Steel, Low Carbon

Steel A36

Titanium Grade 2, Titanium 6Al-4V, Zinc Sheet Alloy 500

Advantages of CNC milling part

Lori is capable to provide cost-effective CNC milling services and high quality prototypes and products with high precision and accuracy for vast projects.

Flexible pricing

We can give Fast Quote for your CNC machined parts with flexible Pricing, and produce the CNC milling parts with high dimensional accuracy, fast Speed and high Reliability.

Quality Assurance

We use CMM, pin gauge, roughness machine, projector, micrometer, concentricity measurement and other testing equipment for rapid prototyping and final use production. Strict quality management guarantees your high quality CNC milled parts.

Custom Materials & Finishes

We provide custom materials and surface treatment services, You can choose from over 50 metal and plastic materials.10+ Surface Finishes.

High Efficiency

We have a large CNC milling center with the most advanced machines, we can arrange rapid on-machine production, real-time control of the progress. To speed up the production of your prototypes or parts and achieve high quality on-time delivery.

Surface Finishe for CNC Milled Parts

Deburring the machined parts first, and then quality surface finish provides your CNC milled parts with rigid protection and additional resistance and strength, allowing you to get high-quality surface finishing for custom CNC milled parts

Finishing	Description	Materials
Broken/Sharp edge	Machines and deburrs parts, chamfers edges	All available metals,plastic
Bead Blast	Ruduce visible tool marks	ABS, Aluminum, Brass, Stainless Steel, Steel, Titanium
Anodizing	Form a thin, porous, corrosion-resistant coating	Aluminum
Hard Coating Anodizing	Form a thin, porous, corrosion-resistant coating	Aluminum
Passivation	Improve corrosion resistance	Brass, Stainless Steel
Electropolishing	Creates a smooth and shiny surfaceand reduces corrosion	Aluminum, Brass, Stainless Steel, Steel
Electroplating	Elecroplating can be functional, decorative, or corrosion-related.	Aluminum, steel, stainless steel

What is CNC Milling？

CNC milling is an essential process when producing complex parts. As one of the broad functions of CNC precision machining, this process helps to manufacture precision parts for many industries. Due to its wide range of applications, the technology continues to grow.

CNC milling is a computer-controlled process that involves the use of cutting tools to remove part of a workpiece. Its basic setup consists of a table and a cutting tool attached to the spindle. The workpiece is placed on the work table of the machine while the cutting tool is rotated to shape the workpiece. The rotation of the tool will depend on the type of CNC milling machine and its complexity. Most CNC milled parts can achieve high tolerances between +/-0.001 inches and +/-0.005 inches. Some machines can even achieve tolerances of up to +/-0.0005 inches.

As a result, the CNC milling process is versatile and can be used on a variety of materials, including metal, plastic, wood and glass. It can also help create a variety of customized products to meet unique needs.

CNC milling process

1. Design CAD files

The first stage involves using CAD software to create a virtual representation of your intended product. You can use different CAD-CAM programs to develop the G-code required for machining. Translating the CAD design into the CNC programming language is very important because this is the language that the machine can understand.

2. Set up CNC milling machine

Initial setup and program checks are still required before starting the CNC milling process, where the operator must secure the workpiece to the workbench and adjust the tool for the spindle.

3. Production of CNC milling parts

CNC milling uses a rotary tool that cuts through chips when it touches the workpiece. The continuous rotation of the tool gives the desired shape. Depending on the type of raw material and the desired shape of the final product, the process may involve different operations.

The Advantages of CNC milling Manufacturing

The CNC milling process is essential for a variety of industrial field, and here are some of the advantages of CNC milling manufacturing technology.

01

Precision and accuracy

Most CNC milled parts can achieve high tolerances between +/- 0.001 inches and +/- 0.005 inches, while some can reach +/-0.0005 inches. The automation of the process also limits human error. Even if you need surface treatment, micromilling allows some thickness to be removed to prevent affecting the size of the part.
02

Efficiency and repeatability

Because of the automation involved, CNC milling centers offer high yields. Advanced milling machines allow faster production of parts with more consistent quality and finish.
03

Extensive material compatibility

The CNC milling process is suitable for a variety of materials, including metal, plastic, glass and wood. This further increases its versatility, making it ideal for a variety of applications.

04

Less labor-intensive

The automation and high yield of CNC milling machines significantly reduce the labor used in the process. These machines also allow the use of live tools, ensuring that tools can be changed without stopping operation. The process requires very few operators.
05

Cost effectiveness

CNC milling machines can efficiently produce complex products faster and more accurately. This reduces the time spent in the production phase. In addition, fewer labor requirements further reduce CNC milling process costs.
06

Rapid prototyping service

CNC milling allows a variety of parts to be customized to the customer, so this makes the CNC milling process ideal for rapid prototyping.

CNC Milling Applications

Lori is a CNC milling company offering cnc milling services suitable for mass production of high precision small CNC milling parts,CNC milling can be applied to various industries, and the following are some of its main industrial applications.

Main Industrial Applications

Aerospace industry

The CNC milling process is also suitable for manufacturing aerospace parts from materials such as aluminum and titanium. These materials are durable and lightweight, ensuring accurate machining of the required parts.

Automobile industry

Products manufactured for the automotive industry must be efficient and precise. Therefore, CNC milling is suitable for the production of interior panels, drives, cylinder heads, transmissions, exhaust parts, suspension parts, etc.

Medical industry

Medical and surgical tools often have unique designs that require optimal precision. This makes CNC milling one of the best ways to create such components. In this way, the design can be preserved and efficiency and productivity improved.

Consumer product

CNC milling operations also help in the production of common parts. These items include nuts and bolts, gears and shafts, flanges, etc. The process is suitable for short-term and large-scale production.

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CNC Milling FAQs

Lori is one of high precision cnc milling parts manufacturers in high precision production cnc milling parts and prototyping manufacturing on demand for many fields around the world.

1. What is the difference between CNC milling and turning?

Their difference lies in the way they operate. CNC milling involves fixing the workpiece in place while the cutting tool rotates to shape the part. On the other hand, the definition of CNC turning is the use of stationary cutting tools and rotating workpieces.

2. What products can you use CNC milling machines to manufacture?

As long as it can be designed, the milling machine can make any product. You can get regular and custom parts, regardless of the complexity of their geometry.

3. How much does a CNC milling machine cost?

There are several factors that affect the cost of CNC milling, including raw materials, part design, type of milling machine, yield, and post-processing. Each element plays a unique role in determining the cost of a CNC milling project.

Related Resources

If you want to learn more about our CNC milling , application industry, and the latest news, you can click below.

Why is CNC milling suitable for medical device manufacturing?

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In medical manufacturing, every micron counts. The precision, reliability and consistency required by the industry are of a very high standard. So, when the question arises - why choose CNC milling for medical device production?

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CNC machining is an excellent option for rapid prototyping, which can be completed in a matter of days. Lori can provide you with CNC machining rapid prototyping for various industries with high precision prototyping services

Application of CNC Machining For Aerospace Iindustry

2023-12-18

CNC machining has many uses in the aerospace field, and the following are the most popular uses. Aerospace CNC machining In the field of aviation, space travel is widely used, aerospace CNC machining can be cargo aircraft, fighter aircraft, passenger aircraft, spacecraft.

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