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Online Custom Turn-mill Machining Services
LCW is equipped with advanced turning-milling composite machining centers and specialized manufacturing systems, offering professional on-demand CNC machining services that comprehensively cover all requirements from rapid prototyping to batch production. Leveraging turning-milling composite technology, we manufacture high-precision, complex-structure custom parts from various materials—including metals and engineering plastics—at highly competitive prices. This ensures exceptional product quality while maintaining strict cost control.
- Over 20 years of expertise in precision parts manufacturing
- Equipped with multiple turning-milling composite machining centers
- Machining tolerances as tight as ±0.01mm
- Sample delivery as fast as 24 hours
- Full process control from raw materials to finished products
- Certified to ISO 9001:2015 and IATF 16949:2016 standards
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ISO
9001:2015 Certified
80+
CNC Machining Equipment
5000+
Global Customer Service
50,000+
Monthly production of turn-mill machining parts
Our Powerful Turn-mill Machining Process
LCW has established a comprehensive system of turning-milling composite machining equipment, delivering end-to-end manufacturing solutions from foundational to cutting-edge applications. Leveraging multi-axis interpolation technology and composite machining capabilities, we achieve machining precision of ±0.01mm, supporting precision processing of various metal materials and engineering plastics. Certified under ISO 9001 and IATF 16949 quality management systems, we ensure every product meets stringent technical specifications.
Basic Turning-Milling Composite Machining
Machining Accuracy: ±0.005mm
Quick Process Analysis & Quotation
Professional Machining Solutions
20 Years of Multi-Process Machining Experience
Multi-Axis Turning-Milling Composite Machining
100% Quality Inspection Assurance
Optimized Cost Control
Advanced Equipment Support
Diverse Material Processing Solutions
Five-Axis Turning-Milling Composite Machining
End-to-End Quality Monitoring
Rapid Delivery Assurance
Multi-Axis Synchronization Technology
Consistent Quality Assurance
Large-Scale Turning-Milling Composite Machining
Large-Part Expertise
Heavy-Duty Equipment Support
Segmented Machining Technology
Precise Dimensional Control
Precision Turning and Milling Composite Machining
Ultra-High Precision Machining
Intelligent Temperature Control System
Comprehensive Quality Control
Precision Manufacturing Experts
Dual-Spindle Turning and Milling Composite Machining
Dual-Spindle Synchronous Machining
High Coaxiality Assurance
Intelligent Synchronous Control
Significant Efficiency Enhancement
From Prototype Design to Manufacturing
LCW's integrated multi-axis turning-milling composite machining system delivers comprehensive manufacturing solutions spanning rapid prototyping to mass production. Utilizing advanced CNC equipment and specialized process technologies, we accomplish multiple operations—including turning, milling, and drilling—in a single setup. This significantly enhances machining precision and production efficiency for complex components, providing customers with cost-effective precision manufacturing services.
Integrated Turning and Milling Prototype Manufacturing
20 Years of Professional Machining Experience
Online Quick Quotation
Competitive Pricing
3-5 Day Rapid Delivery
Small-Batch Turning and Milling Integrated Machining
Rapid Production Response
100% Quality Inspection
Free Process Analysis
Advanced Equipment Support
Batch Turn-Mill Production
Optimized Production Costs
Ensuring Consistent Quality
Comprehensive First-Article Inspection
Serving Global Customers
Why Choose Us ForTurn-mill Machining Services
LCW utilizes imported multi-axis turning-milling composite machining centers, combined with intelligent programming systems and advanced tooling technology, to provide customers with comprehensive, high-precision, and high-efficiency machining solutions for complex parts. We strictly adhere to international precision standards, ensuring every part—from initial verification to mass production—delivers exceptional accuracy and consistency. Submit your 3D files to receive professional process evaluation and rapid quotation services.
Technical Expertise
Advanced Equipment System
Full-Service Support
Rigorous Quality Control
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
Analysis and quotation
Put into production
Quality Inspection and Shipping
Core Advantages of Our Turn-mill Machining Service
Turning-milling composite machining is an advanced manufacturing process that integrates turning and milling capabilities. It completes all machining operations in a single setup, achieving high precision and excellent surface quality. This technology significantly enhances machining efficiency and precision consistency, making it an ideal solution for manufacturing complex components in high-precision fields such as aerospace and medical devices.
High-Efficiency Integrated Machining
Professional Equipment Support
Extensive Process Expertise
Rigorous Quality Assurance
Cost Optimization Advantages
Full-Cycle Service Support
Custom Turn-Mill Compound Machined Parts Display
Explore our collection of classic turning-milling composite machining cases accumulated over 20 years. These examples showcase the high-precision components and prototype samples we have manufactured for leading clients across various industries.
Turn-mill Machining Tolerances and Standards
LCW leverages advanced five-axis machining centers and intelligent process systems to deliver specialized machining services for high-precision sectors such as aerospace and medical devices. We strictly adhere to ISO 9001 and IATF 1694 quality certification systems, equipped with precision inspection tools including coordinate measuring machines and laser scanners. This ensures components maintain exceptional dimensional accuracy and surface quality during complex curved surface machining.
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Technical Specifications |
Multi-axis turning and milling composite machining |
Five-axis mill-turn machining |
Precision Turning and Milling Composite Machining |
|
Maximum processing dimensions |
800×500×300mm |
600×400×250mm |
300×200×150mm |
|
Minimum machining dimensions |
0.5mm |
0.3mm |
0.1mm |
|
Dimensional Tolerances |
±0.003mm |
±0.002mm |
±0.001mm |
|
Geometric Dimensioning and Tolerancing |
0.008mm |
0.005mm |
0.003mm |
|
Surface roughness |
Ra 0.4μm |
Ra 0.3μm |
Ra 0.1μm |
|
Minimum aperture |
0.5mm |
0.3mm |
0.1mm |
|
Spindle speed |
20000rpm |
30000rpm |
50000rpm |
|
Positioning accuracy |
±0.003mm |
±0.002mm |
±0.001mm |
Turn-mill Machining Materials
LCW is equipped with advanced turning-milling composite machining centers and specialized manufacturing systems, offering comprehensive machining solutions ranging from standard precision to high-precision requirements. We strictly adhere to customer technical specifications to ensure every turning-milling composite machined part fully meets design requirements.
Aluminum
Available Materials: 1060, 1070, 1100
Processing Cycle: 3-5 business days
Processing Accuracy: ±0.01mm
Maximum Processing Dimensions: 600×400×300mm
Surface Finishing: Anodizing, Sandblasting, Polishing
Aluminum Alloy
Available Materials: 6061, 7075, 5083
Processing Cycle: 3-5 business days
Processing Accuracy: ±0.01mm
Maximum Processing Dimensions: 600×400×300mm
Surface Treatments: Hard Anodizing, Electroless Plating, Sandblasting
Copper
Available Materials: C1100, C1011, C1201
Processing Cycle: 5-7 business days
Processing Accuracy: ±0.01mm
Maximum Processing Dimensions: 500×300×200mm
Surface Treatment: Silver Plating, Nickel Plating, Passivation Treatment
Brass
Available Materials: C2600, C2680, C3600
Processing Cycle: 5-7 business days
Processing Accuracy: ±0.01mm
Maximum Processing Dimensions: 500×300×200mm
Surface Finishing: Nickel plating, Chrome plating, Gold-plated finish
Surface Treatment for Turn-mill Machining
Following the completion of precision machining on the turning-milling composite machine, LCW offers professional surface treatment services. Through advanced processes such as mechanical finishing, chemical treatment, and coating technologies, we significantly enhance the corrosion resistance, wear resistance, assembly precision, and surface aesthetics of complex structural components.
Anodizing
Applicable Substrates: Aluminum and aluminum alloy mill-turned parts
Available Colors: Natural, Black, Dark Green, Gold
Surface Finish: Precision Gloss/Fine Matte
Performance Advantages: Enhanced surface hardness, improved corrosion resistance, preservation of complex structural integrity
Typical Applications: Aerospace structural components, precision instrument parts, complex curved surface parts
Electroplating
Suitable Substrates: Steel, copper, aluminum, and other turning-milling composite parts
Coating Options: Hard chrome, electroless nickel, zinc plating, silver plating
Finish Effects: Precision mirror/satin gloss
Performance Advantages: Superior wear resistance, enhanced corrosion resistance, improved conductivity
Typical Applications: Hydraulic components, precision transmission parts, electronic connectors
Electrophoresis
Suitable substrates: Steel, aluminum, zinc alloy mill-turned parts
Standard colors: Deep black, gray series (custom colors available)
Coating texture: Uniform matte finish / Fine-grained texture
Performance advantages: No edge effects, excellent coverage, eco-friendly process
Typical applications: Automotive structural components, hydraulic valve blocks, precision transmission parts
Sandblasting
Suitable Substrates: All types of metal turning-milling composite parts
Treatment Effect: Reveals the substrate's natural color
Surface Texture: Uniform fine-grain finish / Precision matte
Performance Advantages: Eliminates machining marks, enhances coating adhesion, improves fatigue strength
Typical Applications: Medical implants, aerospace structural components, transmission parts
Polishing
Suitable Substrates: Stainless steel, aluminum, copper alloy turn-mill composite parts
Finishing Effects: Natural substrate color with high gloss
Gloss Levels: Precision mirror finish / High gloss / Soft gloss
Performance Advantages: Surface roughness below Ra 0.1, easy cleaning, enhanced corrosion resistance
Typical Applications: Food processing machinery components, medical surgical instruments, high-end decorative parts
Spraying
Applicable substrates: All types of metal turning-milling composite parts
Color options: Standard color palette and custom-mixed colors
Coating finishes: Flat/textured/metallic effects
Performance advantages: Superior weather resistance, robust mechanical properties, excellent decorative effects
Typical applications: Automotive components, industrial robot parts, aerospace components
Application of Turn-mill Machining
LCW's integrated turning and milling services leverage advanced multi-process integration technology to deliver high-precision solutions for complex parts in aerospace, medical devices, automotive manufacturing, and other industries. We rigorously enforce quality standards to ensure every component meets industry specifications, committed to becoming a trusted precision manufacturing partner for global clients.
Providing tight-tolerance metal housings and intricate internal parts.
Creating robust gear and structural components designed to withstand extreme environmental conditions.
Machining specialized metallic parts essential for advanced battery brackets and power systems.
Forging and machining complex components that drive efficiency in industrial automation.
Supplying heavy-duty, wear-resistant metal parts for rigorous industrial machinery applications.
What Our Clients Say About LCW
LCW possesses over two decades of specialized expertise in integrated turning and milling solutions, with a service network spanning major industrial nations worldwide. We firmly believe that genuine customer feedback serves as the ultimate benchmark for our professional capabilities. The detailed testimonials below, provided by partners across diverse industries, comprehensively demonstrate LCW's technical prowess and service quality in the field of integrated turning and milling.
Marcus Turner
Automotive Components Technical Director
LCW's integrated turning and milling solution for our engine aluminum alloy turbine housings demonstrates exceptional technical expertise. They excelled in single-setup machining of complex flow channels and mounting interfaces, ensuring consistent quality in mass production through optimized process integration and specialized tooling solutions. When tackling the combined machining challenges of intricate internal cavities and external features, LCW's engineering team showcased outstanding process innovation capabilities.
Natalie Chen
Communication Equipment Production Manager
LCW demonstrates professional technical expertise in the integrated turning and milling of aluminum alloy structural components for base station equipment. They possess unique insights into integrating turning and milling processes for precision connectors, ensuring ideal structural accuracy and surface quality through optimized process sequences and professional programming. When addressing urgent order demands, LCW's production team exhibits outstanding production coordination capabilities.
Ryan Mitchell
New Energy Equipment Engineering Lead
LCW's integrated turning and milling solution for copper alloy terminals in our battery systems is truly impressive. They demonstrate extensive expertise in the combined turning and milling of conductive components, significantly enhancing machining efficiency and yield rates through innovative clamping solutions and optimized cutting parameters. LCW's robust quality control system provides a strong guarantee for the reliability of our products.
Sophia Roberts
Mechanical Components Manufacturing Director
LCW demonstrates exceptional technical proficiency in the integrated turning and milling of aluminum alloy transmission components for instrumentation equipment. They possess systematic solutions for integrating machining processes of complex geometric features, achieving all operations in a single setup via integrated turning and milling centers to ensure precise dimensional coordination across all product sections. When addressing variations in machining characteristics across different material batches, LCW's process team can rapidly adjust and optimize machining solutions.
Daniel Wright
Power Transmission Technical Advisor
LCW demonstrates professional technical expertise in the combined turning and milling of copper alloy components for transmission systems. They have conducted in-depth research into the process coordination of turning and precision milling for conductive parts. Through rational machining sequence planning and professional quality control, they ensure products achieve precise dimensional control while maintaining electrical conductivity. LCW's rigorous production management system provides a crucial guarantee for consistent product performance.
Olivia Parker
Industrial Equipment Service Manager
LCW demonstrates consistent quality performance in the integrated turning and milling of aluminum alloy joints for equipment systems. They possess a comprehensive technical solution for completing multiple machining processes in a single setup for complex parts, enabling rapid adjustment of manufacturing processes when faced with urgent design change requests. LCW's professional engineering services team provides reliable technical support for our project advancement, ensuring the smooth progress of product development.
Turn-mill Machining FAQs
What is turning-milling composite machining?
Turning-milling composite machining is an advanced manufacturing process that integrates turning and milling functions within a single machine. Through multi-axis coordination, it enables the completion of all machining operations for complex parts with a single setup. This process significantly enhances machining precision and production efficiency, making it particularly suitable for manufacturing complex structural components requiring multiple machining operations.
What are the primary advantages of turning-milling composite machining?
Turning-milling composite machining offers significant advantages in high precision, high efficiency, and high flexibility. It achieves machining accuracy of ±0.01mm and completes multiple processes—including turning, milling, and drilling—in a single setup. This eliminates cumulative errors from repeated setups, making it particularly suitable for batch production of complex precision parts.
What materials are suitable for turning-milling composite machining?
We specialize in machining various metal materials, including aluminum alloys, stainless steel, titanium alloys, and tool steel, while also excelling in processing specialty materials such as copper alloys and high-temperature alloys. Based on the unique properties of each material, we develop customized turning-milling composite machining solutions and cutting parameters.
What precision can be achieved with turning-milling composite machining?
Our turning-milling composite machining achieves positioning accuracy of ±0.005mm and machining accuracy of ±0.01mm. Through precision spindle systems and advanced control systems, we ensure dimensional accuracy and geometric tolerance requirements for complex parts during multi-process machining.
What is the production cycle for mill-turn composite machining?
Depending on part complexity and material properties, prototype processing takes 3-5 business days. Small-batch production requires 1-2 weeks, while large-volume orders typically take 3-4 weeks. We offer expedited services to meet urgent customer needs.
How to Ensure Quality Stability in Turning-Milling Composite Machining?
We have established a comprehensive quality assurance system. Through regular equipment calibration, online measurement systems, and strict process control, combined with multiple inspection procedures, we ensure quality stability and consistency in mass production.
How to Control Part Deformation in Turning-Milling Composite Machining?
We effectively prevent and control part deformation during turning-milling composite machining through specialized measures such as optimizing clamping solutions, selecting appropriate cutting parameters, managing machining heat, and implementing staged machining processes.
How is surface quality ensured in combined turning and milling operations?
Through optimal cutting parameter selection, specialized tooling configurations, and advanced cooling systems, we guarantee consistent surface quality that meets specifications. For components with special surface requirements, further surface quality enhancements can be achieved through subsequent finishing processes.
What specialized processes does our turning-milling composite machining support?
We offer specialized services including deep hole drilling, thin-walled component machining, and micro-feature processing. We possess extensive experience in handling difficult-to-machine materials and provide comprehensive process solutions.
What surface treatments are available after milling and turning composite machining?
We offer a variety of surface treatment solutions, including anodizing, electroplating, powder coating, and polishing. We can recommend the most suitable surface treatment process based on the part's operating environment and functional requirements.
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LCW Manufacturing
China
No. 1, Jinyuan 3rd Road, Xinqiao Third Industrial Zone, Shajing, Bao'an District, Shenzhen City, 518100
Contact
1-202-754-5941
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