CNC Machining Servic Milling Lathe CNC Parts CNC Machining Part Manufacturer

CNC machining finds its best application in one-off manufacturing projects and in the low-to-medium

volume production range, spanning from several hundred to 1000 parts.

It stands out as the most economically viable option for the production of metal prototypes,

making it a preferable choice. Furthermore, CNC machining is the ideal selection when the parts in

question require exceptionally tight tolerances.

Product Details

CNC machines are employed across a diverse range of materials, each having its optimal set of

machining parameters (speeds and feeds) for successful processing.

The most prevalent materials include:

1. Metal:
Metal stands out as the most frequently utilized material in CNC machining. CNC machines have

the capability to cut nearly any type of metal, from free-machining brass to high-performance

nickel superalloys like Inconel. Metal machining caters to various applications, ranging from injection

molds to the production of shafts and gears.

2. Plastic:
Although the majority of plastic parts are manufactured through injection molding, CNC machining

finds application in producing specific plastic components. Common materials include ABS

(acrylonitrile butadiene styrene), nylon, and polycarbonate. Plastic machining applications encompass

valve bodies, bushings, and the creation of injection molding prototypes to assess the overall

functionality before investing in costly molding tools.

3. Wood:
CNC routers are predominantly used for wood cutting and are generally more cost-effective than

standard metal-cutting CNC machines. Wood CNC machining is commonly employed for decorative

purposes, with applications such as furniture, window frames, and ornamental panels.

4. Foam:
Polyurethane foam, whether closed or open-cell, is frequently employed in CNC machining applications.

CNC routers can cut foam blocks to create secure packaging for high-value products.

An example is the use of foam in toolboxes to ensure the tools remain secure during transportation.

5. Composites:
CNC machines are regularly employed in processing composite parts. Composites may include

materials like aramid, fiberglass, or carbon fiber, which are highly abrasive to cutting tools.

Aerospace and marine composite components undergo machining for tasks such as adding fastener

holes and general trimming after the molding process.

CNC Machining Applications

CNC milling, celebrated for its accuracy, finds widespread use in various industries for creating

intricate designs. Common applications include:

1. Aerospace Components: Precision machining for the production of intricate and high-tolerance

components essential for aerospace applications.
2. Furniture: Crafting precise components for furniture, ranging from functional elements to

aesthetically intricate designs.
3. Medical Components: Manufacturing critical parts for medical equipment, adhering to strict

standards of quality and precision.
4. Prototypes: Rapid prototyping for product development, enabling efficient testing and refinement

of design concepts.
6. Titanium Pieces: Machining titanium components known for their strength and durability, often

used in aerospace, medical, and industrial applications.
7. Woodworking: Precision woodworking to create finely detailed and finished wooden components

for various applications.
The adaptability of CNC milling technology makes it a cornerstone in modern manufacturing, catering

to industries where intricate designs and precision are paramount.

Company Profile

FAQ's

1. How do I request a quote?

Requesting a quote from us is designed to be simple and hassle-free. Head over to our "Contact Us"

page and complete the brief web form. We'll inquire about your desired turnaround time, required

quantity, and provide space for a concise project description.

Additionally, you can effortlessly upload your drawing file. If you prefer communication via email,

Whatsapp, or phone, all the necessary contact details are conveniently available on our contact page.

2. What formats of the files can you accept?

We can accept most of the 3D file formats like SolidWorks (.sldprt)/ ProE(.prt) / IGES(.igs) /

STEP (.stp). We can also use 2D drawing (.pdf) or AutoCAD (.dwg) for quote against the parts with

simple structure. All the other files formats are not listed above but can be read in AutoCAD/ProE/

SolidWorks/ will be also fine for us.

3. How can I ensure my design is confidential?

We can sign the NDA (Non-disclosure Agreement) with our customers before quoting or placing

an order.

4. What tolerances can achieve?

Determining tolerances involves various factors, and there isn't a universal set that applies to all

processes and materials. The final tolerances on your part depend on factors such as part size,

design geometry, the number and size of features, material properties, surface finish, and the

chosen manufacturing process.

Upon order confirmation, we conduct a Design for Manufacturing review, highlighting areas that

may need modification for improved manufacturability. It is beneficial if you can specify critical

tolerance areas in your design, allowing for potential modifications to reduce production time and

costs.

We provide general tolerance guidelines for CNC machining in metal and plastic, plastic injection

molding, CNC metals and plastic injection molding materials, metal 3D printing (+/- 0.5mm), and

the expected shrinkage rate of +/- 0.15% for vacuum casting. All manufacturing and technical

specifications must be clearly outlined in the 2D drawings for accurate adherence.