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When you need a one-stop machine shop for Radiator processing at the lowest costs, fast lead times, and without requirements for minimum order quantity, Zhongrongda may match the capacity your project demands exactly. The instant manufacturability feedback offered by Zhongrongda's professional technological team allows for optimizing your part designs for the Radiator processing process and fulfilling all requirements you need.

At Zhongrongda, you can experience incredible CNC lathe services and receive high-quality turned metal or plastic parts for rapid prototyping or small-to-large volume production. Start your project with an instant quote.

How Radiator processing Works

A radiator is a device used to dissipate heat, usually made of aluminum or copper fins and pipes.

The diffuser profile is usually made of aluminum alloy or copper alloy as material, according to the design drawings of the radiator.

The processing process of radiator profile includes material preparation, die opening, cutting, processing, surface treatment and inspection steps, which need to be manufactured according to the design requirements and material characteristics of radiator.

Processing process of radiator profile:

1. Material preparation: Select material specifications, cut into appropriate length, remove surface oxidation layer, etc.

2. Open mold cutting: use the mold to open the mold and cut into the required shape of the radiator profile.

3 processing: surface processing, including milling, hole processing, bending, etc., in order to meet the requirements of the radiator function and beauty.

4. Surface treatment: improve the corrosion resistance and surface quality of profiles.

5. Inspection: inspection is required after processing to ensure that the radiator profile meets the design requirements and quality standards.

Advantages of Radiator processing

Cylindrical parts
CNC lathe machines also referred to as live tooling lathes, are perfect for creating any symmetrical cylindrical or spherical parts with high accuracy and excellent repeatability at a high speed.
Process range
Although typically used for specific shapes of parts, Radiator processing can still be used for various cutting, such as drilling, boring, threading, and knurling.
Accuracy
The machine can obey strict measurements and eliminate the waste of natural human errors by integrating CAD or CAM files into the process, which may help to improve the financial situation, productivity, etc.
Flexibility
Radiator processing centers have great flexibility for a variety of applications since they offer a range of dimensional capabilities. For example, our turning centers are equipped in 18 to 0.5 inches in diameter to meet nearly all needs of our customers.
Repeatability
CNC lathes provide excellent repeatability by producing product batches with unmatched accuracy, allowing your business to maximize output and reduce losses.

Why Zhongrongda for Turning Service

Rapid Lead Times
Equipped with advanced CNC machines, we can deliver rapid CNC-turned parts in as fast as 3 days with high accuracy.
Available Materials
Choose from over 50 certified metal and plastic materials suitable for Radiator processing.
Great Scalability
Our CNC lathe services are ideal for rapid prototyping or low-to-high volume production of 1-10,000 parts.
High Precision
Our tolerances range from +/-0.001″ – 0.005″, which is greatly influenced by the part's geometry and material type.
Various Surface Finishes
Abundant choices for surface finishing on solid metal or plastic turned parts in accordance with all critical design specifications.
Extensive Experience
Our engineering team owns vast experience from numerous previous projects, they are proficient in managing intricate and accurate components in various industries seamlessly.

Materials for Radiator processing

We store a variety of metal and plastic materials that are suitable for various part applications and industries. Choose from a wide range of available materials for turned parts.

As machined
Without any surface treatment processing methods, the parts will leave visible tool marks and burrs, which can be completed quickly and cost-saving.
Bead Blasted
A surface treatment process to obtain a certain degree of cleanliness and different roughness on the surface of the workpiece. The surface after sandblasting is dull and matte.
Anodizing
Many colors（such as black, red, blue, etc.）are available. Divided into Type II (normal) and Type III (hard), Type III is usually thicker than Type II and more corrosion resistant.
Powder Coat
The powdered paint is sprayed onto the surface of the workpiece by electrostatic spraying to form a powdery coating, and then the powder layer is cured by heating and baking to level it into a uniform film layer. It is usually used for appearance parts, and a variety of colors is available.
Custom
Request an instant RFQ and we will offer you the appropriate surface finish for your project if you still do not see the finish you are looking for.

Applications of Radiator processing

Rapid Prototyping
Radiator processing is widely used as a means of rapid prototyping, given its short turnaround times and a variety of affordable and available materials.
Batch Production
A delicate finish, extensive material selection, and tight tolerances make CNC lathes turning an advantageous technology for mass-producing parts.
Rapid Tooling
Radiator processing can cut virtually any material with a high variety of fully dense, so it is ideal to fabricate metal tooling for injection molding, fixtures, stamping, blending, high-pressure die casting, blow molding, etc.