CNC Plastic Machining Services From China

In this business, Essengold Metal is preferred as a supplier because they provide plastics CNC machining services with precision, quality, and affordable prices, which ensures the best manufacturing results for all your needs.

We make precise constructions that are accurate even with complex geometries.
Our smooth surface finishes are of high quality and require little post-processing.
We have different materials depending on your project’s requirements, thus being versatile.
Whether prototypes or large-scale runs, our production methods save money for both.

Home » CNC Plastic Machining Services

What Essengold Can Do with CNC Machining Plastic Parts？

Essengold offers CNC machining for plastic parts. We are keen on accurate methods, high-end materials, and futuristic industrial technologies. With these capabilities, we can also create durable products with excellent finishing.

Plastic CNC machining parts show

POM CNC machining parts 2

ABS CNC machining parts 1

CNC Machining Ultem Parts 5

Nylon CNC machining parts 1

PAI (Torlon) CNC machining parts 2

Acrylic CNC machining parts 1

PEEK CNC machining parts 4

PTFE (Teflon) CNC machining parts 1

Synopsis:

Our plastic CNC machining services furnish manufacturing solutions for intricate and complex plastic parts. These solutions are highly precise because they employ advanced computer numerical control technology, guaranteeing detailed accuracy and uniform quality required in different industrial settings.

Uses:

– Medical device components
– Automotive parts
– Aerospace plastic elements
– Consumer electronics housings
– Custom prototypes and functional models

Service Information:

Price Range: We charge competitive prices that depend on the complexity of the project, with a minimum fee of $50 per unit.
Lead Time: The delivery period is based on volume size plus order specifications; it normally takes five to fifteen business days as a standard time frame.
Material Options: ABS, polycarbonate (PC), nylon (PA), or other types of plastics available
Precision: High degree of exactness – tolerances can be met up to ±0.005 mm.
Quality Control: Each part undergoes rigorous inspection procedures so that it meets all necessary quality standards

Best Materials for Plastic CNC Machining

Capabilities of CNC Machining with Delrin/Acetal (POM)

POM CNC machining might be the best solution if you need solid and precise parts with low friction that are lightweight enough for automotive, aerospace, or medical applications. One of its most outstanding features is chemical resistance, which makes this material perfect for self-lubricating gears, like bearings when they need to be made lighter. It can also work well in different sectors because it requires little care.

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What Can Be Done With Acrylic (PMMA) CNC Machining

The process involves cutting precise shapes into acrylic sheets, which are cost-effective production with a variety of finishing options available. Their light weight, combined with their ability to resist UV rays, make them suitable for healthcare applications and signage systems. However, their brittleness may cause some areas to have sharp edges even though the machine cuts at a high precision level.

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What PEEK CNC machining can do

We focus on peek cnc machining that creates wear-resistant high-performance parts with great accuracy. Our components can be quickly customized for any specification without compromising on quality. Contact us today!

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What ABS (Acrylonitrile) CNC Machines Are Capable Of

ABS CNC machines are known for their accuracy and durability in producing long-lasting parts. The complexity of this versatile material enables it to withstand impacts while still being easily machined; it displays good thermal stability, hence its application across various industries. Combined with computer numerical control (CNC), high-quality finishes can be achieved even on intricate designs thanks to its precision capabilities.

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Capacity of Nylon CNC Services

Nylon is commonly used in the automotive and aerospace industries due to its strength, toughness, and lightness. Our capacity in computer numerical control (CNC) machining allows us to design complex forms from this material while achieving accurate geometries. It is also resistant to chemicals, abrasion, and impact, making it suitable for solid components in aggressive environments. We employ precise processing techniques so that each item meets specified accuracy requirements.

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Elevate Your Projects With PTFE CNC Machining Services

Our PTFE CNC machining services offer custom parts for intricate designs of industrial machines and medical devices to enhance results. With modern equipment, we deliver tight allowances and polished surfaces.

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PEI (Ultem) CNC Machining: Precision and Flexibility

See the precision and flexibility of PEI (Ultem) CNC machining. It can handle complex designs while still being accurate at all levels. Start using PEI CNC machining to improve your projects today!

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Unleash PAI (Torlon) CNC Milling Capability For Optimal Output

We have highly skilled staff who operate advanced machines using creative methods to ensure accurate, fast results when milling with PAI (Torlon) material during computerized numerical control sessions. Trust us with all your machining needs!

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Any ideas?

Talk to us now. We have 10 years of experience working with CNC machining and are confident that we can help you solve your problems.

Best Surface Finishes for CNC Plastic Machining Services

Improve Accuracy and Longevity: Optimal Surface Finishes for CNC Plastic Machining. Advanced techniques should be used when plastic machining through computer numerical control (CNC) to achieve smoothness, which is essential for good looks and durability.

01.

Anodic
Oxidation

Anodizing is used extensively as a finish for mechanical, aerospace, and automotive parts to enhance their durability. It plays a vital role in increasing wear resistance and inhibiting corrosion. By toughening up the surface, it also adds life to it.
This technique offers many colors, such as clear, black, grey, red, blue, or gold, with a final matte appearance.

02.

Bead
Blasting

Bead blasting is an advanced method of achieving smooth surfaces with dull, visually appealing finishes. It can be done on different materials, including ABS plastics, steel, and stainless steel. Additionally, when combined with other surface treatments, bead blasting can significantly enhance the aesthetic value.

03.

Powder
Coating

Powder coating involves applying dry powder electrostatically and curing under heat or UV light. Unlike traditional liquid paints, this method eliminates solvents. Aluminum, stainless steel, and steel materials can be coated, and they can be customized into black or any RAL code/Pantone number; various finishes, like gloss or semi-gloss, may be chosen.

04.

Electroplating

Electroplating is widely used in industries such as automotive for functional purposes (e.g., lubrication), decorative applications (chrome-plated brass fittings), and anti-corrosion measures (nickel-plating steel components). Steel parts are commonly chrome plated because it gives them an attractive, glossy look, while aluminum, stainless steel, and regular polished finishes are also employed.

05.

Polishing

Surface refinement involves intricate methods of bringing out brilliant shine on smooth surfaces. Some opt for hand buffing while others employ chemical means to attain mirror-like reflections, but variously so because materials differ in their reflective properties.
Different techniques can achieve a radiant finish on aluminum, brass, stainless steel, etcetera.

06.

Brushing

Surface brushing is a meticulous treatment process that artfully refines materials like ABS, Aluminum, Brass, Stainless Steel, and Steel. This method gives objects a satin finish, with visual appeal being one of its main benefits.

Custom Plastic CNC Machining: Everything You Need to Know

In the present-day manufacturing industry, custom plastic CNC machining has become a vital element since it offers precise and effective ways of generating detailed plastic parts. This manual intends to discuss various aspects related to custom plastic CNC machining, including methods used, areas where it can be applied, and advantages realized from its use.

Frequently Asked Questions

A: What is CNC plastic manufacturing?

CNC plastic manufacturing is a type of production that involves using computer numerical control (CNC) machines to accurately shape and cut plastics into finished products or prototypes.

Q: What are some benefits of using CNC machine tooling systems to make plastic parts?

A: This method’s main advantage is its capability to create custom-made items with higher strength coupled with lower friction and moisture absorption, hence its preferred choice for accurate, long-lasting applications.

Q: What are common machining needs that can be met through plastic CNC machining?

A: Creating prototypes, custom parts production, manufacturing precision components and large part handling using advanced CNC plastics capabilities.

Q: Why is plastic a widely used material for CNC machining?

A: Material selection options, suitability for producing custom parts, high resistance to impact and temperature as well as ability to meet different machining requirements with accuracy are some of the reasons why people prefer plastics in their numerical control machine tools.

Q: What kinds of plastics can be used in CNC machining?

A: ABS, polycarbonate, nylon, PTFE (Teflon), PEEK, and acrylic are all materials that can be worked with using computer numerically controlled (CNC) machines.

Q: What is the typical tolerance for plastic CNC machining?

A: Plastic CNC machining often achieves acceptable tolerances generally within ±0.005 inches (±0.127 mm) depending on material properties and component complexity.

Q: How does it Compare to Injection Molding?

A: Compared to other methods like injection molding, this process offers higher precision because it allows for complex shapes or low-to-medium volumes of production runs. However, molds required by these processes are expensive, and setup times take longer than those used in cheaper high-volume methods such as injection molding, which is also more cost-effective when producing at an increased quantity level.

Q: What is a typical lead time for plastic CNC projects?

A: Lead times vary based on project complexity and order volume but typically range from five to fifteen business days. In the event of an emergency, expedited services might be offered.

Q: Can I use it for prototyping and large-scale production runs?

A: because cnc machines work off prepared digital 3D models, they do not need any physical tooling; unlike other manufacturing processes, you can make prototypes right away before kicking off large-scale productions. Plus, if during the prototyping phase, there are needful adjustments, then those too shall be made.