CNC Custom Part Stainless Steel Parts Processing Customized Machining

CNC Machining Parts

Utilizing computer numerical control, or CNC, machining is a widely adopted manufacturing

technique that relies on automated, high-speed cutting tools to fashion designs from metal

or plastic stock.

Common CNC machines include 3-axis, 4-axis, and 5-axis milling machines, lathes, and routers.

The manner in which CNC parts are cut can vary, with scenarios where the workpiece remains

fixed while the tool moves, the tool remains stationary while the workpiece is rotated and moved,

or both the cutting tool and workpiece move simultaneously.

Product Details

CNC milling machines are capable of cutting a wide range of materials, including aluminum,

bronze, copper, ceramics, plywood, various steel alloys, stone, wood, zinc, and various

engineering materials.

This versatility makes them an excellent choice for crafting prototypes during product development.

Furthermore, CNC milling allows for precise and rapid adjustments until the desired final product

is achieved.

Specialist Industries

CNC milling stands as a cornerstone in manufacturing, offering efficiency, precision, and the

elimination of manual labor. Machine shops play a critical role in providing essential services for

prototypes and full production runs.

The electronics industry heavily relies on CNC machines to manufacture components like electronic

enclosures and circuit supports. In the commercial sector, CNC cutting heads contribute to the

cost-effective production of various parts, aiding companies in reducing production costs and saving

time.

The oil and gas industry utilizes CNC machines extensively for the production of components such

as drill bits, cylinders, pins, rods, and valves. The medical industry benefits from CNC milling in

creating a wide range of components, from implants to medical devices.

The aerospace industry, with its constant need for precision, embraces CNC machined parts for

crafting complex and customized components integral to aerospace equipment.

Company Profile

FAQ's

1. What size of fillets are added when no specific fillet is specified by the 3D model

or drawing?

In cases where no specific fillet radius is specified in the 3D model or drawing, fillet radii will be

added by the machinist based on their judgment to enhance machining ease.

To ensure a desired fillet radius, specific details should be provided. For a general understanding,

internal vertical edge radii might surpass 1/3 of the depth, and internal horizontal edges may

either be maintained sharp or incorporate a radius within the range of 0.5mm to 1mm.

2. How do I know my design will be kept confidential?

We prioritize the confidentiality of your design. Our commitment to this is solidified through the

signing and adherence to any non-disclosure or confidentiality agreement.

Moreover, our factory strictly enforces a policy that prohibits the capture of photographs of a

customer's product without explicit permission. Our longstanding reputation is based on years of

handling a diverse range of unique designs, with an unwavering commitment to preventing the

disclosure of proprietary information to any third party.

3. What tolerances can achieve?

Tolerance specifications are not one-size-fits-all and are influenced by factors like part size,

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

manufacturing process. Upon order confirmation, a Design for Manufacturing review is conducted

to pinpoint areas for potential modification to enhance manufacturability.

Clearly indicating critical tolerance areas in your design is beneficial, allowing for adjustments to

streamline production time and costs. General tolerance guidelines are available for CNC machining

in metal and plastic, plastic injection molding, CNC metals and plastic injection molding materials,

metal 3D printing (+/- 0.5mm), and an expected shrinkage rate of +/- 0.15% for vacuum casting.

It is imperative to specify all manufacturing and technical requirements clearly in the 2D drawings

for accurate adherence.