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Online Custom CNC Turning Services

LCW is equipped with advanced CNC lathes and turning-milling composite machining equipment, offering professional turning services that cover the full spectrum of needs from rapid prototyping to batch production. Leveraging precision spindle systems and multi-axis turning technology, we deliver high-precision, high-efficiency custom machining for all types of rotary components at highly competitive prices. This ensures exceptional product quality while optimizing production costs.

  • Over 20 years of expertise in precision component turning
  • Equipped with CNC lathes and turning-milling integrated systems
  • Turning tolerances as tight as ±0.01mm
  • Turned samples delivered as fast as 24 hours
  • Comprehensive turning process quality control system
  • Certified to ISO 9001:2015 and IATF 16949:2016 standards

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ISO

9001:2015 Certified

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80+

CNC Machining Equipment

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5000+

Global Customer Service

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50,000+

Monthly Production of CNC Turned Parts

OLIGHT
BYD
Dongguan Taidu Industrial Co., Ltd.
Foxconn
Lingyi Technology (Shenzhen) Co., Ltd.
Sany Heavy Industry
Shenzhen Huasi Xu Technology Co., Ltd.
Absen Optoelectronics Co., Ltd., Shenzhen
Xidesheng
Zhuhai Blueprint Sports Technology Co., Ltd.

Our Robust CNC Turning Capabilities


LCW is equipped with advanced CNC lathes and turning-milling hybrid machines, offering comprehensive turning services from rapid prototyping to mass production. Leveraging precision spindles and multi-axis interpolation technology, we provide cost-effective machining for various rotary components, ensuring exceptional quality while optimizing costs.

Precision CNC turning machining

Precision CNC turning machining

Numerical control turning achieves high-precision machining of rotating parts through the coordination of workpiece rotation and tool movement. This process is particularly suitable for mass production of symmetrical parts such as shafts and disk sleeves, and can complete precision machining of features such as outer circles, inner holes, threads, and grooves. It is widely used in mechanical manufacturing, automotive parts, hydraulic and pneumatic fields.

The processing accuracy can reach ± 0.005mm

Provide professional quotation within 24 hours

Accumulated 20 years of experience in turning machining

Support processing of multiple metal materials

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Multi axis CNC turning machining

Multi axis CNC turning machining

Multi axis CNC turning adds a secondary spindle, Y-axis, and power tool to the basic turning function, achieving multi face machining with one clamping. This technology significantly improves the processing efficiency and accuracy of complex parts, especially suitable for precision parts that require multiple processes, such as hydraulic valve bodies, precision joints, transmission components, etc.

Implement 100% quality inspection

Competitive pricing system

Equipped with imported CNC turning equipment

Support multiple surface treatment solutions

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Hard turning machining

Hard turning machining

Hard turning is a precision machining process for quenched steel (hardness 45-65HRC), using superhard tools such as CBN/PCD to achieve turning instead of grinding. This technology can achieve a mirror effect within Ra0.4, significantly improving processing efficiency, and is particularly suitable for the final precision machining of quenched parts such as bearings and gears.

Precision machining of hardened materials

The surface roughness reaches Ra0.4

CBN/PCD superhard cutting tools

Alternative grinding process

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Deep hole turning machining

Deep hole turning machining

Equipped with specialized equipment for deep hole drilling and boring, it can complete the machining of deep hole parts with a length to diameter ratio exceeding 20. The combination of BTA drilling and precision boring technology ensures the straightness and surface quality of deep holes, and is widely used in the manufacturing of hydraulic cylinders, gun drills, and other pipe parts.

Professional deep hole machining capability

The aspect ratio can reach 1:50

Specialized cooling and chip removal system

Ensure the straightness of the duct

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Thread turning machining

Thread turning machining

Covering various types of thread turning such as single/multi head threads, tapered threads, and irregular threads. Using CNC programming to ensure thread accuracy reaches 6g level, supporting multiple thread standards such as metric, imperial, and American, meeting the needs of different fields such as fasteners and transmission parts.

Precision machining of various threads

Accuracy up to 6g level

Multi head thread dedicated solution

Improve the testing system

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Thin walled turning

Thin walled turning

The anti deformation turning process developed for thin-walled parts effectively controls machining stress and deformation by optimizing the clamping scheme and cutting parameters. Especially suitable for processing thin-walled shells and sleeve parts in aerospace, electronic components and other fields.

Anti deformation process plan

Wall thickness can reach 0.1mm

Special soft claw fixture

Dimensional stability control

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From Prototype Design to Manufacturing


LCW specializes in providing comprehensive CNC turning services from prototype development to mass production. Leveraging multi-axis lathes, proven processes, and a robust quality system, we deliver professional manufacturing solutions for high-precision rotary components.

Turning prototype manufacturing

Turning prototype manufacturing

Through LCW's professional turning services, you can obtain precision turned prototype parts within 3-5 working days. We rely on multi axis turning milling composite technology and rich processing experience to ensure the rapid trial production and design verification of rotary parts.

20 years of experience in turning machining

Instant online quotation

Competitive prices

3-5 days fast delivery

Small batch turning processing

Small batch turning processing

We are equipped with CNC lathes and milling centers, specializing in the processing of complex rotating parts. By strict size control and improving the testing process, we ensure that each batch of parts meets the design requirements.

Rapid production response

100% quality inspection

Free Process Analysis

Advanced turning equipment

Batch turning production

Batch turning production

LCW provides customers with mass production services for turning parts through precision turning technology, improved quality systems, and large-scale production capabilities. While ensuring quality stability, achieve more competitive batch costs.

Optimize batch costs

Quality Consistency Assurance

First article comprehensive inspection

Serving over 2000 corporate clients

Why Choose Us for CNC Turning Services


LCW is equipped with advanced CNC lathes and turning-milling composite machining equipment, specializing in precision machining of various rotary components. We strictly adhere to international tolerance standards to ensure dimensional accuracy and mechanical properties for every turned part. We welcome drawings for professional quotations and process solutions.

Professional turning technology strength

Professional turning technology strength

We have expertise in special processes such as precision slender shaft machining, deep hole turning, and hard turning. Our team has extensive experience in turning difficult to machine materials and can provide customers with comprehensive turning technology solutions and professional process support.
Advanced turning equipment system

Advanced turning equipment system

Continuously introducing multi axis CNC lathes and turning milling composite machining centers, equipped with high-precision spindle systems and automatic tool presetters, to achieve real-time monitoring and precision compensation of the machining process, ensuring the stability and consistency of turning quality.
Comprehensive service guarantee

Comprehensive service guarantee

Establish a professional turning engineering service team to provide full process services from process consulting, scheme design to after-sales support. Each turning project is equipped with a dedicated project manager to ensure quick response to customer needs and provide optimal solutions.
Lean Quality Control

Lean Quality Control

We have a team of senior turning process engineers dedicated to the continuous optimization of turning processes. By refining tool management and optimizing cutting parameters, we can improve production efficiency while ensuring turning accuracy, creating greater value for our customers.

Four Steps to Partnering with Us


Leveraging extensive industry expertise, LCW delivers professional and efficient solutions for rapid prototyping and small-batch production. We break down the innovation process into four distinct, streamlined phases to ensure seamless progression from concept to finished product.

Upload your design

Upload your design

Submit your CAD files and a clear Request for Quote (RFQ) online to kickstart the process immediately.
Analysis and Quotation

Analysis and Quotation

We will conduct a manufacturability analysis based on your design and provide transparent, detailed pricing and manufacturing recommendations.
Production Launch

Production Launch

Our specialized team will select appropriate technologies and materials to manufacture your parts strictly according to specifications.
Quality Inspection and Shipping

Quality Inspection and Shipping

Every product undergoes comprehensive quality inspection to ensure compliance before on-time delivery.

Core Advantages of Our CNC Turning Services


LCW possesses extensive technical expertise in precision turning, having established a comprehensive multi-axis CNC turning system. Equipped with advanced turning-milling centers and multi-axis CNC lathes, we specialize in manufacturing rotary components for high-precision sectors including medical devices, aerospace, and automotive parts. Leveraging our mature process systems and rigorous quality management, we provide clients with end-to-end solutions spanning from sample development to mass production.

Precision turning guarantee

Precision turning guarantee

We are equipped with advanced multi axis CNC lathes and precision spindle systems to ensure that each rotating component can accurately meet the design drawing requirements. Through a comprehensive process control system, the product's dimensional accuracy is ensured to be stable at ± 0.01mm, meeting various precision manufacturing needs.
Complex component solutions

Complex component solutions

By relying on the combined machining technology of turning and milling, we can efficiently complete the machining of parts with complex features such as eccentric structures and irregular contours. By achieving integrated manufacturing of multiple processes such as turning, milling, and drilling through a single clamping, the process integrity and machining accuracy are significantly improved.
Efficient production system

Efficient production system

We have built an intelligent turning production line that achieves 24-hour continuous production through automated loading and unloading systems and online detection devices. The optimized production process reduces the delivery cycle of bulk orders by 40%, ensuring the rapid progress of customer projects.
Material expertise

Material expertise

After years of deep cultivation in the field of turning machining, we have established a complete material processing parameter library. We can provide professional turning process solutions and tool selection suggestions for materials ranging from ordinary carbon steel to high-temperature alloys, from non-ferrous metals to special materials.
Full process quality control

Full process quality control

Establish a full process quality traceability system from raw materials to finished products, and ensure that each turning product meets strict quality standards through a quality control mode that combines initial inspection, patrol inspection, and final inspection. We are equipped with advanced testing equipment to provide dual protection for critical dimensions.
Comprehensive cost optimization

Comprehensive cost optimization

We provide professional turning process optimization services, helping customers improve material utilization rates to over 85% by improving part structures and optimizing machining parameters. Intelligent production management and a comprehensive tool management system have reduced overall processing costs by over 25%.

Custom CNC Turned Parts Display


Explore our collection of classic CNC turning projects accumulated over 20 years. These examples showcase the high-precision components and prototype samples we've manufactured for leading clients across various industries.

CNC Turning Tolerances and Standards


LCW specializes in multi-axis CNC turning technology, achieving precision tolerances of ±0.005mm through dual spindles and powered tooling systems. We strictly adhere to customer drawing specifications, ensuring rotational parts meet stringent requirements for dimensional accuracy, geometric tolerances, and surface quality. This is achieved through ISO 9001 and IATF 16949 certification, coupled with professional inspection methods including roundness gauges and roughness testers.

Tolerances and standards
Technical Specifications Conventional turning Precision turning  Ultra high precision turning
Maximum part size

800×500×150mm

800×500×150mm

800×500×150mm

Minimum part size

10×10×5mm

10×10×5mm

10×10×5mm

Dimensional tolerance

±0.02mm

±0.01mm

±0.001mm

Coaxiality tolerance

0.02mm

0.01mm

0.005mm

Surface roughness

Ra 1.6μm

Ra 0.8μm

Ra 0.4μm

Minimum aperture

0.5mm

0.3mm

0.2mm

Aperture tolerance

±0.02mm

±0.01mm

±0.005mm

Materials for CNC Turning Parts


LCW is equipped with multi-axis CNC lathes and turning-milling integrated machining systems, enabling us to deliver both cost-effective standard-tolerance turned parts and meet high-precision custom turning requirements. We strictly adhere to customer technical specifications to ensure every turned component fully complies with design requirements for dimensional accuracy and surface finish.

Aluminum turning processing

Aluminum alloy turning processing

Copper turning processing

Brass turning processing

Aluminum turning processing

Aluminum turning processing

Pure aluminum material has excellent turning processing characteristics, and its good ductility and lightweight characteristics make it an ideal choice for precision shaft parts. We offer a variety of aluminum alloy materials that can meet the needs of different industries for lightweight parts, and are widely used in fields such as instrumentation and optical equipment.

Optional materials: 1060, 1050, 1100

Processing cycle: 3-5 working days

Processing accuracy: ± 0.01mm

Maximum processing size: diameter 300mm x length 500mm

Surface treatment: anodizing, sandblasting, polishing, conductive oxidation

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Aluminum alloy turning processing

Aluminum alloy turning processing

Aluminum alloy significantly improves its mechanical properties through alloying treatment, achieving higher strength and hardness while maintaining its lightweight advantage. Especially suitable for turning rotary parts with strict requirements for dynamic balance and strength.

Optional materials: 7075, 6061, 2024

Processing cycle: 3-5 working days

Processing accuracy: ± 0.01mm

Maximum processing size: diameter 350mm x length 600mm

Surface treatment: hard anodizing, electroless nickel plating, sandblasting

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Copper turning processing

Copper turning processing

Copper has become the preferred material for electronic heat dissipation components and conductive elements due to its excellent thermal and electrical conductivity. We use specialized copper cutting tools and processing techniques to ensure excellent dimensional accuracy and surface smoothness during the turning process.

Optional materials: T2, C1100, C1010

Processing cycle: 5-7 working days

Processing accuracy: ± 0.01mm

Maximum processing size: diameter 250mm x length 400mm

Surface treatment: silver plating, nickel plating, passivation, anti discoloration treatment

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Brass turning processing

Brass turning processing

Brass material has excellent turning performance and decorative properties, and can achieve a bright surface effect during precision machining. Widely used in batch turning processing of valve fittings, electronic connectors, decorative hardware and other products.

Optional materials: H62, H65, HPb59-1

Processing cycle: 5-7 working days

Processing accuracy: ± 0.01mm

Maximum processing size: diameter 280mm x length 450mm

Surface treatment: nickel plating, chrome plating, passivation, imitation gold treatment

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Surface Treatment for CNC Turning


LCW provides specialized surface treatment services tailored to the characteristics of turned components. Through advanced processes such as mechanical polishing, chemical plating, and electrochemical treatment, we effectively enhance the corrosion resistance, wear resistance, assembly performance, and aesthetic appeal of turned parts.

Anodizing

Electroplating

Electrophoresis

Sandblasting

Polishing

Spraying

Anodizing

Anodizing

A surface strengthening process developed specifically for aluminum turning parts, which significantly improves surface performance while maintaining dimensional accuracy by precisely controlling the thickness of the oxide film. Especially suitable for aluminum turning parts with strict requirements for dimensional stability, such as precision shafts and instrument parts.

Applicable substrate: aluminum alloy turning parts

Available colors: natural color, black, military grade color series

Surface texture: delicate matte/precision glossy surface

Performance advantages: maintaining dimensional accuracy, improving surface hardness, enhancing corrosion resistance

Typical applications: precision shafts, optical instruments, aerospace components

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Electroplating

Electroplating

Optimized electroplating process based on the structural characteristics of turning parts to ensure uniform and dense coating of rotating parts. Through professional hanger design and current density control, perfect plating of complex structural turning parts is achieved.

Applicable substrates: steel, copper, aluminum alloy turning parts

Coating selection: hard chromium, chemical nickel, zinc plating, silver plating

Texture effect: Precision mirror/satin gloss

Performance advantages: excellent wear resistance, enhanced corrosion resistance, improved conductivity

Typical applications: hydraulic rods, electronic connectors, precision bearings

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Electrophoresis

Electrophoresis

Adopting special electrophoretic technology, it perfectly covers the complex geometric features of the machined parts. By precisely controlling the film thickness, the dimensional accuracy of the parts can be maintained while ensuring coating performance, making it particularly suitable for turning parts with strict tolerance requirements.

Applicable substrates: steel, aluminum, zinc alloy turning parts

Standard colors: dark black, gray (customizable)

Coating texture: uniform flat/fine texture

Performance advantages: no edge effect, excellent coverage, environmentally friendly process

Typical applications: automotive steering knuckles, hydraulic valve stems, precision transmission components

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Sandblasting

Sandblasting

The directional sandblasting process developed for turning parts, through precise control of sandblasting parameters, forms a uniform stress layer while cleaning the surface, effectively improving the fatigue strength and service life of turning parts.

Applicable substrates: various metal turning parts

Processing effect: Presenting the original color of the substrate

Surface texture: uniform fine sand surface/precision matte finish

Performance advantages: eliminate turning tool marks, enhance coating adhesion, and improve fatigue strength

Typical applications: medical devices, instrument shafts, transmission components

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Polishing

Polishing

The stepped polishing process developed for turning parts achieves precision machining from rough polishing to mirror finish through multiple passes of grinding. Professional fixtures ensure uniform polishing of rotating parts, achieving perfect gloss effect.

Applicable substrates: stainless steel, aluminum, copper alloy turning parts

Processing effect: Original color highlight of substrate

Gloss level: Precision mirror/high gloss/soft gloss

Performance advantages: Surface roughness below Ra0.2, easy to clean, improved corrosion resistance

Typical applications: food machinery parts, medical implants, high-end decorative parts

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Spraying

Spraying

The precise spraying technology developed for the structural characteristics of turning parts achieves precise management of coating thickness through automated programming control. The special coating system ensures excellent adhesion of the coating on the surface of the machined parts.

Applicable substrates: various metal turning parts

Color selection: Standard color scheme and special color scheme

Coating texture: flat/textured/metallic effect

Performance advantages: excellent weather resistance, strong mechanical properties, good decorative effect

Typical applications: automotive parts, industrial robot parts, outdoor equipment parts

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Application of CNC Turning


LCW has gained global recognition in the industrial sector through its multi-axis CNC turning technology and precision manufacturing processes. We provide high-precision turning solutions for aerospace, medical devices, automotive transmission, and precision instruments, with components delivering outstanding performance and reliability in critical applications.

Automobile

Supplying high-strength, durable metal parts for the automotive sector.

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Aerospace

Manufacturing lightweight, precision-engineered components that meet strict aviation standards.

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Consumer Electronics

Providing tight-tolerance metal housings and intricate internal parts.

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Motorcycle

Producing performance-critical parts built for speed, safety, and endurance.

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Bicycle

Delivering lightweight and high-strength metallic components for optimal riding efficiency.

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Outdoor Activities

Creating robust gear and structural components designed to withstand extreme environmental conditions.

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New Energy

Machining specialized metallic parts essential for advanced battery brackets and power systems.

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Robot

Engineering exacting parts crucial for the precise movement and structural integrity of robotic systems.

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Automated Equipment

Forging and machining complex components that drive efficiency in industrial automation.

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Mechanical Equipment

Supplying heavy-duty, wear-resistant metal parts for rigorous industrial machinery applications.

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What Our Clients Say About LCW


LCW possesses over 20 years of specialized expertise in CNC turning, with operations spanning more than 40 countries and regions worldwide. We firmly believe that our customers' real-world feedback serves as the most compelling testament to our quality. We sincerely invite you to explore the genuine testimonials from our extensive international clientele, showcasing the professional expertise and reliable services LCW consistently delivers in multi-axis turning and the machining of complex structural components.

Omar Al-Fayed

Omar Al-Fayed

Product Vice President

Our large-scale project required custom mechanical structures, and LCW successfully handled the entire order.Their production capacity and scale gave us full confidence—they delivered massive quantities on time.Every shipment underwent strict quality inspection, ensuring full compliance with specifications.Cross-cultural communication sometimes required patience, but mutual respect and shared goals made our collaboration highly productive.

Lars van den Berg

Lars van den Berg

Project Manager

We selected LCW as our structural component supplier for a solar energy project.Their engineers showcased excellent co-design capabilities, optimizing our structure to reduce weight while maintaining strength, saving both material and shipping costs.The project management was systematic, with clear reporting at every milestone.Since it was a custom-made project, some upfront tooling investment and time were required, which was expected.LCW’s innovation and cost-control mindset added real value to our project.

Michael Tremblay

Michael Tremblay

Technical Supervisor

We source mechanical components from LCW, and their products fully meet our durability and performance expectations.What truly stands out is their after-sales and technical support.When installation issues arise onsite, their engineers provide instant video guidance and, when necessary, dispatch technicians on schedule.This level of support is essential for maintaining smooth operations for our clients.LCW provides not just products—but reliable solutions.

David Clarke

David Clarke

Technical Director

LCW is our primary supplier for our home product line.Their strengths lie in excellent cost-effectiveness and high-volume manufacturing efficiency, perfectly managing our seasonal bulk orders.Their designers also understand Western aesthetic preferences and consistently offer attractive product solutions.Occasionally, logistics delays occur due to global shipping issues—not LCW’s fault—but they always work proactively to resolve them.Overall, LCW is a crucial partner in achieving our business goals.

Emily

Emily

R&D Director

The medical device industry demands the highest standards of compliance and traceability, and LCW has demonstrated exceptional capability in both areas.They operate under a comprehensive quality management system and provide full batch traceability, greatly simplifying our audit processes. Their handling of biocompatible materials is also highly professional.While aligning standards and regulations took time at the beginning, it was a worthwhile investment. LCW is a trusted extension of our manufacturing department.

Kenji Tanaka

Kenji Tanaka

Procurement Manager

Our cooperation with LCW emphasizes precision and discipline.Their documentation is well-organized, and production processes are fully transparent—we can track our orders in real time through their system.Product quality is consistently stable, with defect rates kept exceptionally low as per contract. The only thing to note is that orders should be planned in advance during Japan’s Golden Week or the Chinese Spring Festival, though LCW always provides early notice. Their rigorous approach fits perfectly with our corporate culture.

Sarah Jenkins

Sarah Jenkins

Project Manager

As a startup, we needed a manufacturer who could not only understand our vision but also work flexibly with us—and LCW delivered exactly that.They helped us optimize our product prototype design from scratch, making it more suitable for mass production while effectively controlling costs.Their responsiveness rivals that of local companies, often holding meetings outside of working hours to align with our time zone.Although small-batch production costs are relatively high, that’s standard in the industry. LCW played a vital role in helping us successfully launch our product.

Klaus Richter

Klaus Richter

Technical Director

LCW is a key part of our global supply chain.Their engineering team has an impressive understanding of quality, and every component we receive meets the stringent standards of the German automotive industry.Their automated production lines guarantee excellent consistency. Occasionally, language barriers arise during technical discussions, but their team always uses drawings and data to ensure perfect understanding.LCW’s reliability has significantly reduced our quality inspection costs—they’re a partner we can depend on for the long term.

CNC Turning FAQs


What is CNC turning machining?

CNC turning is an advanced manufacturing process that precisely controls a lathe through a computer numerical control system to cut and shape rotating workpieces. This technology utilizes the rotational motion of the workpiece and the linear or curved feed motion of the tool to efficiently complete precision machining of various features such as outer circles, inner holes, end faces, threads, etc. It is particularly suitable for mass production of rotating parts such as shafts and disks.

What are the main advantages of CNC turning machining?

CNC turning has significant advantages of high precision, high efficiency, and high stability, achieving a machining accuracy of ± 0.005mm and a surface quality of Ra0.8. This process supports rapid processing of multiple materials, ensuring consistency of batch products through programmatic control, while significantly reducing manual operations, significantly improving production efficiency and quality stability.

What materials are CNC turning suitable for?

We specialize in processing various metal materials, including aluminum alloys, stainless steel, carbon steel, brass, titanium alloys, etc. We can also process non-metallic materials such as engineering plastics. We will develop specialized cutting parameters and tool plans based on the characteristics of different materials to ensure the best machining results.

What level of precision can turning machining achieve?

Our precision turning machining can achieve dimensional accuracy of ± 0.005mm, shape accuracy such as roundness up to 0.002mm, and positional accuracy such as axiality up to 0.005mm. Through optimized process solutions and precision equipment, it can meet the machining requirements of the vast majority of precision parts.

How to ensure the surface quality of turning machining?

We ensure stable turning surface quality of Ra0.8-Ra1.6 through reasonable cutting parameter selection, professional tool configuration, and advanced cooling system. For parts with special surface requirements, a Ra0.4 surface roughness can also be achieved through precision machining technology.

How long does the production cycle for turning machining take?

Based on the complexity of the parts and batch size, the processing cycle for prototype parts is 2-3 working days, while small batch production takes 5-7 days, and large batch orders typically take 2-3 weeks. We provide expedited services to meet the urgent needs of our customers.

How to optimize the cost of turning machining?

We effectively control processing costs while ensuring quality through measures such as optimizing processing technology, improving material utilization, and selecting cutting tools and parameters reasonably. Meanwhile, mass production can significantly reduce individual unit costs and improve overall economic efficiency.

How to control the quality of turning machining?

We use multiple quality monitoring methods such as first article inspection, process inspection, and final full-size inspection, combined with advanced measuring equipment, to ensure that each turning part meets the requirements of the drawing and provide customers with reliable quality assurance.

How to optimize turning parameters?

We optimize cutting speed, feed rate, and cutting depth parameters through professional cutting experiments and process analysis, improving production efficiency and reducing tool wear while ensuring machining quality.

What surface treatments are supported for turning machining?

We offer a variety of surface treatment solutions, including electroplating, chemical plating, anodizing, sandblasting, polishing, etc. We can recommend the most suitable surface treatment process based on the usage environment and functional requirements of the parts.

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Customers

6000 +

Processed Parts

10000000 +
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