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POM CNC Turn-Mill Steering Components

Your Leading Square POM CNC Turn-Mill Steering Components Supplier

S PIERSON MACHINERY SDN.BHD. is a professional manufacturer specializing in the CNC machining of high-precision small parts. We supply precision components made from metal and engineering plastics, widely used in motors, medical equipment, food machinery, textile machinery, and light industrial applications, serving long-term customers in Europe, America, and Southeast Asia.

POM CNC Turn-Mill Steering Components
Discover our precision-engineered POM CNC turn-mill steering components, designed to meet the rigorous demands of modern automotive applications.
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Why Choose Us?

Wide Range of Machinable Materials

Our capabilities include stainless steel, alloy steel, aluminum alloy, copper, and engineering plastics, allowing buyers to source multiple materials from one supplier.

Advanced Manufacturing Equipment

We operate over 40 sets of processing equipment, including four-axis machining centers, centering machines, and turning-milling composite machines to meet diverse order requirements.

Reliable Quality and Delivery

Our product qualification rate and on-time delivery rate reach 98%, helping buyers reduce supply risk and maintain stable production schedules.

International Market Coverage

Our business network in Southeast Asia, Europe, and the Americas enables us to efficiently serve customers across multiple regions.

Specifications of POM CNC Turn-Mill Steering Components

Item	Specification
Material	POM (Polyoxymethylene) – Acetal
Machining Process	CNC Turning + Milling (Turn-Mill)
Typical Tolerance	±0.01 mm – ±0.05 mm
Surface Finish	Ra 0.8 – 3.2 μm
Max Part Diameter	Ø up to 150 mm
Max Part Length	Up to 300 mm
Min Feature Size	0.3 mm
Hardness	ISO 868: ~80 – 85 D
Density	~1.41 g/cm³
Operating Temp. Range	-40 °C to +100 °C
Tensile Strength	60 – 70 MPa
Elongation at Break	20 % – 30 %
Color Options	Natural, Black, Custom
Key Features	Low friction, high stiffness, dimensionally stable
Post-Processing	Deburring, Polishing, Threading
Inspection Methods	CMM, Optical Comparator, Calipers
Drawing Format Accepted	STEP, IGES, DWG, PDF
Production Volume	Prototype to Medium Batch
Lead Time	Typically 5-15 Working Days

Key Material Properties: POM CNC Turn-Mill Steering Components

● Tensile Strength - 10,000 to 11,800 psi

● Flexural Modulus – 300,000 to 450,000 psi

● Coefficient Of Friction – 0.25 to 0.35, low even without lubricants

● Water Absorption – Negligible, around 0.25% max

● Operating Temps – -40°F to 180°F (-40°C to 82°C)

Customization Options

Material	POM
Color	Natural, Black, Custom
Surface Finish	Multiple options
Packaging	Customizable
MOQ	Customizable

Ordering Process

01/

Define Requirements
Provide detailed specifications including part drawings, materials, tolerances, quantity, and delivery schedule.

02/

Quotation & Proposal
Receive a clear, competitive quotation based on your requirements and optional suggestions for optimization.

03/

Sign Contract
Confirm order terms, lead time, and quality standards through a formal contract to ensure both parties' commitments.

04/

Sample Approval (Optional)
Evaluate prototype or sample parts to verify dimensions, materials, and surface finish before full production.

05/

Production
CNC machining is carried out with strict quality control at every stage to ensure precision and consistency.

06/

Quality Inspection
Final inspection of all parts using advanced measurement tools to ensure compliance with specifications.

07/

Packaging & Logistics
Parts are securely packaged for shipment, and delivery schedules are coordinated according to agreed terms.

08/

Delivery & After-Sales Support
Goods are delivered on time, and technical or service support is provided as needed to ensure smooth use.

Common Shape Types of POM CNC Turn-Mill Steering Components

CNC turning machines are versatile tools capable of producing an extensive range of components with precision machining and tight tolerances. Here' s a closer look at the types of components manufactured using CNC turning applications and their industrial significance:

Cylindrical Parts

Cylindrical components like shafts, rollers, and spindles are among the most common outputs of CNC turning machines. These parts are critical for ensuring the smooth operation of machinery across industries.
Shafts: Used in automotive drive systems, turbines, and electric motors, shafts must maintain perfect alignment and durability. CNC turning ensures consistent diameters and smooth finishes, reducing friction and wear.
Rollers: Found in conveyor systems and industrial presses, rollers require precise dimensions to maintain operational efficiency.
Spindles: Widely used in machine tools, spindles machined with CNC turning applications exhibit exceptional concentricity and balance, essential for high- speed operations.

Threaded Components

Threaded components such as screws, bolts, and fasteners are essential in industries like construction, automotive, and aerospace.
Screws and Bolts: CNC turning produces uniform threads that ensure proper fit and secure fastening. This is especially crucial in aerospace and medical applications where reliability is paramount.
Custom Fasteners: In industries requiring unique specifications, CNC turning allows for the production of bespoke

Complex Geometries

CNC turning excels at creating intricate designs and shapes, making it ideal for manufacturing components with complex geometries.
Housings: CNC turning is used to craft protective housings for electronics, automotive engines, and aerospace systems. These housings must be both durable and lightweight, which CNC turning achieves with precision.
Bushings: Often used in mechanical systems to reduce friction, bushings require accurate inner and outer diameters for proper functionality. CNC turning ensures exact dimensions and smooth finishes.
Connectors: Common in electronics manufacturing, connectors must fit precisely into circuit boards

Application Industries of POM CNC Turn-Mill Steering Components

Aerospace industry
The aerospace industry is one of the primary sectors that makes use of CNC milling and turning. Aircraft frames, engine parts as well as landing gears are components that have to be made with a high degree of precision and quality. By implementing CNC machines, manufacturers are able to satisfy the necessary requirements that govern safety and performance, while also cutting down on waste and time during the production process. As materials and technologies advance, the ability to CNC mill and turn is crucial in the manufacturing of components that are needed in aviation and are required to be both lightweight and strong.

Automotive Industry
Another key sector that makes use of CNC milling and turning is the automotive industry. Vehicle performance and safety is highly reliant on precision, and thus automotive manufacturers have to ensure their parts are made with high precision in a short period of time. The competitive market today also requires parts to be high quality, and thus CNC machining is vital in achieving such production. Furthermore, the adaption of new technologies for electric vehicles has enabled the use of CNC technologies to design new innovative components that support the new functionalities.

Medical Device Manufacturing
In medicine, precision is key. Surgical instruments, implants, and prosthetics are partly made through CNC milling and turning. In order for a medical device to function and be safe to use, it is critical to manufacture complex geometries and ensure tight tolerances. Also, personalized medicine is a growing field which adds on to the importance of CNC machining due to its ability to be customized to each patient' s unique needs.

Electronics Industry
In the same manner, the electronics industry uses CNC milling and turning for the production of enclosures, circuit boards, and connectors. With each advancing year in technology, the need for more intricate, highly precise parts is an increasing demand. CNC machining can provide for small batch production for intricate parts due to the nature of the CNC machining. Also, more complex forms of automation can be incorporated in the CNC technology increasing production efficiency which in turn aligns to the market demand.

Defense Sector
Certain parts for weapon systems, vehicles, and different kinds of communications devices all require precision components. The components must be manufactured accurately. These components are critical for defense and must work under extreme performance conditions. The demand for these components has grown and so have the global tensions.

Packing of POM CNC Turn-Mill Steering Components

Packaging details:
Customized wooden case can protect products from bumps during transportation.

Shipping & Payment

Shipping	By logistics; by automobile; by train; by shipping; by air.
Payment	L/C; T/T; Paypal; West Union; MoneyGram etc;

FAQ

Q: Can POM CNC turn-mill steering components handle tight tolerances?

A: Yes, POM CNC turn-mill steering components are machined with high-precision CNC equipment, achieving typical tolerances of ±0.01–0.05 mm. This ensures accurate fit, smooth movement, and reliable performance in automotive or industrial steering applications.

Q: Are custom designs possible for POM CNC turn-mill steering components?

A: Absolutely. POM CNC turn-mill steering components can be fully customized to meet design drawings, functional requirements, or size specifications. CNC turn-mill technology allows complex features like threads, grooves, and precise holes to be manufactured efficiently.

Q: What surface finish is achievable on POM CNC turn-mill steering components?

A: POM CNC turn-mill steering components typically achieve a smooth surface finish of Ra 0.8–3.2 μm. Additional post-processing like polishing or deburring can be applied to improve sliding performance and reduce friction in steering systems.

Q: How does POM CNC turn-mill steering components perform under load?

A: POM CNC turn-mill steering components maintain high stiffness and low deformation under mechanical load. Their excellent wear resistance and dimensional stability make them suitable for demanding steering or mechanical motion applications.

Q: What industries use POM CNC turn-mill steering components?

A: These components are widely used in automotive, industrial machinery, and robotics. POM CNC turn-mill steering components are preferred for parts requiring precision, low friction, and reliable movement under repeated mechanical stress.

Q: What materials are used for POM CNC turn-mill steering components?

A: POM CNC turn-mill steering components are made from high-quality acetal (POM), offering low friction, strong stiffness, and excellent dimensional stability. This material ensures reliable performance in steering systems, especially under wear and mechanical load conditions.

Q: Can POM CNC turn-mill steering components be produced in batches?

A: Yes. POM CNC turn-mill steering components are suitable for small to medium batches. CNC technology ensures each part meets the same high-quality standards, offering flexibility for both prototyping and low-volume production runs.

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pom cnc turn mill steering components