CNC Machining Fabrication CNC Lathe Machining Parts CNC Stainless Steel

Turning Components

CNC machining, or Computer Numerical Control machining, constitutes a subtractive manufacturing

method employed for the creation of parts through the removal of material from a workpiece or

workpiece stock.

The machine's movement is controlled by preprogrammed software and codes, guiding the

precision of material removal. This versatile process encompasses various machinery, including

turning mills, lathes, grinders, and plasma-cutting machines.

Product Details

Stainless Steel Finishing and Post-Processing

Stainless Steel Machining Services

Our state-of-the-art machine shops are equipped to manufacture tailor-made stainless steel

components utilizing CNC turning machines and 3- and 5-axis CNC milling machines.

Our facilities boast a diverse range of 11 stainless steel types, including Stainless Steel 304,

Stainless Steel 316, Stainless Steel 303, Stainless Steel 17-4PH, Stainless Steel 416,

Stainless Steel 2205 Duplex, Stainless Steel 420, Stainless Steel 440C, Stainless Steel 430,

Stainless Steel 301, and Stainless Steel 15-5, enabling us to meet a wide array of project

requirements.

CNC Machining Applications

CNC machining, as a versatile subtractive manufacturing method, plays a vital role across diverse

industries. Here are some key sectors where CNC machining is heavily utilized:

1. Aerospace: The aerospace industry relies on CNC machining to produce intricate and

high-precision components for aircraft and spacecraft, ensuring optimal performance and safety.

2. Automotive: CNC machining is integral to the automotive sector for crafting precise

components, contributing to the efficiency and reliability of vehicles.

3. Aviation: Similar to aerospace, the aviation industry benefits from CNC machining's precision

in manufacturing components that meet stringent safety and performance standards for aircraft.

4. Transportation: The broader transportation industry, including rail and maritime sectors,

employs CNC machining to fabricate robust and precise components that withstand challenging

operational conditions.

These industries showcase the widespread adoption of CNC machining, highlighting its

indispensable role in manufacturing processes where accuracy, consistency, and intricate

detailing are essential.

Company Profile

FAQ's

1. What type of design files does We accept for quoting?

To ensure accuracy and efficiency in quoting, we exclusively welcome 3D CAD files in STL, STEP,

or IGES format. For 2D drawings with reference dimensions, kindly provide them in PDF format.

Complete manufacturing information must be included in the technical documentation for a

thorough assessment. Please note that informal communication via Whatsapp, email, etc.,

will not be acknowledged for manufacturing purposes.

2. How long does a quotation take?

You are welcome to use your own material for production, provided it is compatible with the

capabilities of our machines.

3. What are your tolerances for machined parts?

Our standards for machined parts encompass +.005”/- .005” local tolerances across most metal

geometries and +/- 0.010" for plastics.

Notably, these tolerances may vary for larger parts, particularly concerning flatness after heat

treatment. Achieving an "As Milled" finish for CNC parts necessitates a minimum surface finish

of 125.

Fabricated parts adhere to a 0.010” dimensional tolerance and a 1° angular tolerance.

Tapped holes not explicitly marked as features in the CAD model may be machined according to

the specified diameters. Importantly, surface treatments, including anodization, bead blasting,

iriditing, powder coating, etc., will only be applied if explicitly paid for and acknowledged.

4. What's the general surface texture of CNC milled and turned parts?

In the realm of CNC machining, milled parts typically display a surface roughness of approximately

3.2μm (or 1.6μm for newer machines). In contrast, turned parts exhibit a finer surface texture with

a roughness of 0.8μm. Importantly, this finer surface finish in turning is achieved without the need

for adjusting machining speeds.