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Manufacturers of Nylon CNC Machining in China

Tailored Nylon CNC Machining Services from China

ETCN provides Custom-made Nylon CNC Machining Services in China for accurate engineering solutions in different fields. With the help of sophisticated CNC machining methods, ETCN assures high-quality results and smoothens production processes. Choose ETCN when you need reliable manufacturing at an affordable price.

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Nylon CNC Machining
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    Nylon CNC Machining: Unveiling Its Potential

Because of its strength, durability, and lightweightness, nylon is one of the most popular materials in various industries such as automotive or aerospace. With our CNC machining capabilities, we can take full advantage of this versatile material by creating complex shapes and previously unachievable geometries.
Additionally to being light yet strong compared to other substances, it also resists chemicals, abrasion, and impact, thus making it ideal for robust components in harsh environments. Every part must meet required accuracy levels; hence, we use precise machine methods to achieve that since accuracy matters at all stages.

Machining Nylon
  • ICON -Descriptions


Applications:The use of Nylon CNC machining in the manufacturing industry is very common.
Automotive, aerospace and consumer products industries like to use this material because of its unique properties.
Strength along with flexibility which it provides are two main reasons why such things as toys , sport equipments or household goods should be manufactured from this material.

Strengths:High precision, exceptional mechanical features, and reliable repeatability.

Weaknesses:Nylon’s low resistance to UV radiation and other environmental factors.

  • Characteristics - icon


Price: $$$$$

Lead Time: < 10 days

Wall thickness: 0.75mm

Tolerances: ±0.005mm

Max part size: 200 x 80 x 100 cm

Precision engineering exemplified: Nylon CNC Machining parts at their finest

Nylon CNC Machining Service: Browse through our materials.

Discover our Nylon CNC Machining Service for accurate and dependable production. Probe into our variety of substances to discover the right fit for your project’s needs.

Nylon 6| Ultimate tensile strength:64.7 - 79.1 MPa |Hardness:16.4-18.1 HV

Nylon 6, is a versatile engineering thermoplastic renowned for its exceptional toughness and strength. This material offers components with effective damping properties and superior shock resistance in dry conditions and cold environments. Nylon 6 stands out for its remarkable impact resistance and ease of machining, making it a valuable choice for various applications.

Nylon 6 30% Glass Filled| Ultimate tensile strength:113-138.1 MPa|Hardness:35.6 -39.4 HV

Glass-filled nylon is structurally stronger and more impact resistant than regular nylon 6. The addition of glass fiber also increases the tensile strength, stiffness, compressive strength and lowers thermal expansion in Nylon-6.

Nylon 6/6 30% Glass Filled| Ultimate tensile strength:90 MPa|Maximum service temperature:150 °C

Glass-infused Nylon 6/6 is a hard, strong and wear-resistant material with good mechanical properties. Perfect for use in many applications that need strength and dimensional stability.

Nylon 6 Flame Retardant| Flame-retardant polyamide 6 (PA 6), PA 6 FR
Nylon 6 flameresistant substance has the same mechanical properties as common nylon 6 while also boasting strength and fire resistance. Nylon 6 FR has a UL94 V-0 rating, which means it is both highly machinable and able to withstand wear and tear — making this material popular in such fields as aerospace, automotive manufacturing, and electronics.

Nylon CNC Machining Material Comparison: Best Options for Your Needs

MaterialTensile Strength at Yield (psi)Impact Strength (ft-lbs/in)Heat Deflection (°F)
Nylon 6/610,0001.1194-455
Nylon 6 (Black or Light Blue)10,0000.6200-370
Nylon 6/6 30% Glass Filled Natural12,0001482-490

Top Surface Finishes for Nylon CNC Machining Solutions

Enhancing Product Quality and Appearance: Best Surface Treatments for Nylon CNC Machining Parts

Aluminum Anodizing parts
Anodizing is a well-known method for the treatment of surfaces which increases greatly the resistance against wear on mechanical, aircraft and automotive components; it also protects them from corroding too early and makes them harder thereby leaving a good-looking matt-type finish that lasts long. The process can be performed in different colors like clear, black, grey, red, blue or gold.
Bead Blasting
Bead Blasting

Bead blasting is an effective method to give a surface a smooth finish and a fashionable matte look which makes it more attractive. This technique can be used with materials like aluminium, ABS plastic, stainless steel, brass or even steel. Additionally bead blasting when combined with other surface treatments greatly enhances the beauty of an object. Polish your surfaces with bead blasting for an eye-catching sleek matte finish!

Powder Coating
Powder Coating

An eco-friendly process of powder coating is the application of dry powder by electrostatics and later curing with heat or UV light, thus eliminating the need for solvents. It comes in aluminum, stainless steel and steel options which can be black or any RAL code/Pantone number with gloss or semi-gloss finishes.


In order to satisfy functional, aesthetic, and anti-corrosion needs in sectors like the automotive industry, among others, electroplating is widely used. For its glossy mirror-like surface chrome plating steel parts is a common practice. Aluminum steel and stainless steel are some of the commonly used materials for a polished finish.


Unearth the skill of burnishing things until they sparkle and glow. All kinds of substances have different reflectivity when polished by hand or treated with chemicals to make them look like mirrors. There are many ways to give aluminum, brass, stainless steel, or plain steel a shiny finish.

Brushing parts

Surface brushing is an exact process of treating various materials such as ABS, Aluminum, Brass, Stainless Steel and Steel. It uses abrasive belts to give a satin finish thereby improving the aesthetics and increasing the visual attractiveness of objects.

Discover how to machine nylon effectively for durable, precise components. Learn the top methods to enhance accuracy and speed up production, ensuring long-lasting results. Whether you're a seasoned professional or a beginner, this guide provides essential information to master nylon processing for various projects. Unlock the full potential of nylon with our expert insights.
why choose ETCN
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    Why Choose ETCN's Nylon CNC Machining Service

1. Accurate Technology: ETCN’s CNC machining service has precision and accuracy because of the skilled technicians and advanced technology they use.

2. Strong Nylon: ETCN machines parts with high-quality nylon materials, thus ensuring the final products last longer and perform better.

3. Tailor-Made: You can get your nylon parts modified to meet your exact specifications or design preference when working with ETCN.

4. Delivery On time: Efficiency is key for ETCN; hence they value timely delivery so that clients get their orders completed within the shortest time possible without compromising quality standards.

5. Expert Staff: At ETCN, we have professionals who are well versed in CNC machining of nylons which means that our services are reliable whenever you need them.

Related services

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Request a swift quote today for accurate CNC machining services tailored for custom Nylon products!

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2. Please provide more information about what you need in the comments.

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4. Need help with technology? Get in touch with our skilled engineers!

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Frequently Asked Questions

If you want to know more about Nylon CNC Machining

Q: What’s nylon CNC machining and how does it differ from metal machining?

A: Nylon CNC machining is a process in which a computer shapes nylon material (a kind of thermoplastic polymer) into precise parts. Metalworking is not like this at all because different tools, speeds, and feeds are required due to the lower hardness and higher elasticity of nylons when compared with metals. This excellent machinability, together with mechanical properties that can substitute for those of metals such as corrosion resistance, lighter weight, or reduced manufacturing cost, makes it often used as an alternative material for various applications than any other plastic.

Q: What are some key properties of nylons that make them suitable for use in CNC machine tools?

A: Nylons have got very good mechanical characteristics so they are able to work well on machines during numerical control processing. High tensile strength, abrasion resistance, chemical resistance etc., these qualities contribute greatly towards increasing the lifespan of components made from it when used under harsh conditions where wear and tear is an issue. Dimensional stability is also one important thing that needs consideration while selecting materials, especially if toughness or thermal stability matters most in creating durable parts; here, polymers like nylon 6 & 66 come into play as they offer excellent.

Q: Are custom-made components possible through CNC milling using nylon materials?

A: Yes indeed! Custom-made components can be produced accurately using CNC mills. With advanced machines and tooling equipment, manufacturers can achieve tight tolerances within bespoke dimensions catering for individual needs across different sectors ranging from prototypes up to full-scale production runs. The versatility shown by nylons during these processes allows designers to come up with intricate shapes with fine details on such tailored pieces.

Q: Where else might I see machined nylon parts being used?

A: Machined nylons find wide application throughout the industry thanks largely to their durability plus mechanical properties. In automotive gears, bearings may be manufactured whilst connectors insulators use electronics; likewise, fixtures tooling is employed in the manufacturing sector. Moreover, aerospace components and medical devices too benefit much from lightweightness together with chemical resistance possessed by this material, thereby making them ideal for use in hostile environments where other plastics fail to perform adequately.

Q: What’s the difference between machining glass-filled nylons and standard ones?

A: When it comes to working on glass-filled nylons during CNC processes, some special considerations need to be taken into account because such resins have improved mechanical properties but at a cost. For instance, since there is more abrasion caused by particles like glass fibers, which could be present within these materials when compared against regular types, proper selection of cutting tools becomes necessary – usually carbide or other hard items will do just fine. Additionally, feed rates as well as spindle speeds, among other parameters used during machining operations, might require adjustment so as not to wear out too soon while attaining the desired finish on surfaces together with dimensional accuracy of features found in parts made out of them.

Q: What is the effect of moisture absorption on the machining of nylon parts?

A: Moisture absorption influences the machining of nylons. This affects their mechanical properties and dimensional stability. Moisture is absorbed by nylon from the surrounding atmosphere, which leads to swelling and changes in size and shape. Therefore, it requires controlling the manufacturing environment carefully and sometimes pre-machining conditioning or post-machining drying processes so that they can meet the required dimensions with tolerances.

Q: What does nylon have over metals when it comes to CNC machining?

A: Nylon has several advantages compared with metals used in CNC machinability such as lighter weight (useful where reducing mass is critical). It also possesses excellent mechanical properties coupled with corrosion resistance, thus contributing towards longer life-spanned parts that need less maintenance done on them. The thermal and chemical stability of nylons makes them suitable for use in harsh environments where metals might fail due to these factors being considered. Another thing is that the cost-effectiveness of nylons, both in terms of raw material price and less abrasive nature on machinery, makes it an economically attractive option for many manufacturing projects.

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