One-Stop Integrated Manufacturing

NAITE TECH provides comprehensive one-stop manufacturing solutions, integrating multiple processes under one roof. From rapid prototyping to full-scale mass production, we combine CNC machining, 5-axis machining, turning, milling, 3D printing, die casting, injection molding, sheet metal fabrication, and surface finishing.
We ensure efficiency, quality consistency, cost optimization, and timely delivery, serving clients in consumer electronics, automotive, robotics, medical devices, industrial applications, and home appliances. Our integrated approach reduces complexity, shortens lead times, and minimizes risk, providing a seamless path from design to delivery.

Integrated Manufacturing Capabilities

NAITE TECH combines multiple advanced manufacturing technologies in a single workflow. Integrating CNC machining, 5-axis machining, injection molding, die casting, 3D printing, sheet metal fabrication, and surface finishing enables streamlined production, reduced handling errors, and enhanced efficiency and product consistency.

Manufacturing Capability Metrics

Transparent production metrics for high-volume and complex manufacturing projects. State-of-the-art facilities, advanced equipment, and multi-process integration enable consistent output at scale.
 
    

CNC & 5-Axis Machining

   
 
  170+ CNC machines
 Max workpiece size: 1200 × 800 × 600 mm
 Monthly output: 500,000+ components
  Typical tolerances: ±0.001 mm
 
 

Injection Molding

          
  50+ machines (50–1200 tons)
  Multi-cavity molds
  Monthly output: 1,000,000+ parts
  Materials: ABS, PC, PA, POM, PET, PP
 
     
 

Die Casting

    
  Aluminum, zinc, magnesium
  Casting weight: 0.05 – 15 kg
  Monthly output: 200,000+ parts
  Post-casting CNC for tight tolerances 
 
 
 

Sheet Metal

    
 
  Stamping, bending, laser cutting, welding
  Max sheet size: 2000 × 1000 mm
  Monthly capacity: 500,000+ parts    
 
 
 

3D Printing

    
  SLA, SLS, FDM, metal additive
  Build volume: 500 × 500 × 500 mm
  Monthly output: 10,000+ parts  
  
  
    

Surface Treatment

   
Anodizing, plating, powder coating, painting, polishing
Monthly output: 500,000+ parts   
     
 
     

Facility & Workforce

    
Factory area: 50,000 m²
Skilled workforce: 100+ engineers and technicians
  Automated multi-process lines
  24/7 operations  

Integrated Manufacturing Workflow – From Concept to High-Volume Production

At NAITE TECH, our one-stop integrated manufacturing process is designed to ensure efficiency, precision, scalability, and traceability from initial concept to high-volume production. By combining multi-process technologies under a unified workflow, we minimize handoffs, reduce errors, and accelerate time-to-market.
Our workflow connects every stage: design, prototyping, tooling, multi-process production, surface finishing, quality control, and packaging & delivery, enabling clients to manage complex projects with confidence. Each step is supported by experienced engineers, automated equipment, and advanced quality systems, ensuring consistent output at scale.

NAITE TECH Factory Showcase

NAITE TECH operates a comprehensive manufacturing facility equipped to support integrated production programs.
Our factory infrastructure includes dedicated machining areas, molding and casting zones, surface treatment lines, and assembly spaces—designed to handle projects from early-stage development to high-volume manufacturing.
The facility is equipped with advanced CNC machining centers, automated production lines, precision tooling, and inspection systems.
By combining automation with standardized production layouts, we maintain consistent quality, stable throughput, and repeatable results across multi-process manufacturing workflows.
 
All production activities are managed under controlled processes with defined workflows, quality checkpoints, and real-time coordination between departments.
This operational transparency allows us to deliver reliable results, maintain production continuity, and support long-term manufacturing partnerships.
 
 
NAITE TECH production workshop factory
 

01 — Factory Overview

  

Vertically Integrated Manufacturing Facility

 

NAITE TECH operates a unified manufacturing facility where machining, molding, casting, finishing, and inspection are coordinated under one production system—enabling true one-stop execution.

NAITE TECH 5-axis milling machine workshop
 

02 — CNC & Precision Machining

  

High-Density CNC Production Lines

 

Multiple CNC machining lines equipped with 3-axis, 4-axis, 5-axis machines and Swiss-type lathes support high-volume precision parts with stable tolerance control.

NAITE TECH's casting production workshop
 

03 — Molding & Casting

  

Dedicated Mold-Based Production Zones

 

Injection molding and casting operations are structured for repeatability and volume stability, seamlessly connected with secondary machining and finishing processes.

NAITE TECH Multi-Process Integration
 

04 — Multi-Process Integration

  

From Single Parts to Complete Assemblies

Machining, sheet metal, surface treatment, and assembly are organized to support multi-process parts and complex assemblies—reducing handoffs and lead time.

Engineering-Driven Quality Control
 

05 — Quality & Engineering

  

Engineering-Driven Quality Control

On-site engineering and quality teams manage process planning, fixtures, SPC, and inspection to maintain consistency across thousands to millions of parts.

Precision parts machined on Swiss lathes at NAITE TECH
 

06 — Scale & Reliability

  

Built for Long-Term, High-Volume Production

The factory layout, automation readiness, and production planning systems are designed to support scalable manufacturing with predictable quality and delivery.

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Industries We Serve

NAITE TECH provides one-stop integrated manufacturing solutions for a diverse range of industries, supporting clients with high-volume production, complex assemblies, and precision components. Our extensive experience allows us to meet the unique requirements, regulatory standards, and quality expectations of each sector.

Materials & Engineering Support

Material ClassificationWe provide full-spectrum materials, including metals, plastics, and specialty materials, tailored for high-volume production. Our engineering team offers DFM, process simulation, and tooling optimization, ensuring cost-effective, manufacturable, and scalable designs.

Metals

  • Aluminum alloy CNC machined parts
     

    Aluminum

    Lightweight, corrosion-resistant, and easy to machine, aluminum is ideal for precision CNC parts that require strength, efficiency, and tight tolerances.

    Common Grades:
    6061 / 6061-T6 · 7075 / 7075-T6 · 2024 · 5052 · 5083 · 6063 · 6082 · ADC12 (A380)

    Key Advantages:
    Excellent machinability · Cost-efficient · Tight tolerances supported

    Typical Lead Time:
    ~5 business days

    Learn more about CNC machining capabilities for Aluminum.

     

  • Stainless steel CNC machined parts
     

    Stainless Steel

    Known for its strength and corrosion resistance, stainless steel is widely used for CNC components that must perform reliably in demanding environments.

    Common Grades:
    304 · 316L · 303 · 17-4PH

    Key Advantages:
    Corrosion-resistant · High strength · Dimensional stability

    Typical Lead Time:
    ~7 business days

  • Brass CNC machined parts
     

    Brass

    Brass offers excellent machinability and a clean surface finish, making it well suited for precision fittings, connectors, and aesthetic components.

    Common Grades:
    C360 · C260 · C280

    Key Advantages:
    Superior machinability · Good conductivity · Smooth surface finish

    Typical Lead Time:
    ~5 business days

  • CNC machined carbon steel parts
     

    Carbon Steel

    Carbon steel provides high strength and cost efficiency, making it a practical choice for structural and mechanical CNC machined parts.

    Common Grades:
    1018 · 1020 · 1045 · A36

    Key Advantages:
    High strength · Cost-effective · Widely used

    Typical Lead Time:
    ~7 business days

  • CNC machined copper parts
     

    Copper

    With outstanding electrical and thermal conductivity, copper is ideal for CNC machining of electrical components and heat-transfer parts.

    Common Grades:
    C110 · C101 · C102

    Key Advantages:
    Excellent conductivity · Thermal efficiency · High purity options

    Typical Lead Time:
    ~7 business days

  • Bronze CNC machined parts
     

    Bronze

    Bronze combines wear resistance with low friction, making it a preferred material for bearings, bushings, and moving mechanical components.

    Common Grades:
    C932 · C954 · C836

    Key Advantages:
    Wear-resistant · Low friction · Corrosion-resistant

    Typical Lead Time:
    ~7 business days

  • CNC machined iron parts
     

    Iron

    Iron offers high rigidity and vibration damping, commonly used for heavy-duty industrial components and structural CNC applications.

    Common Grades:
    Cast Iron · Ductile Iron

    Key Advantages:
    High rigidity · Vibration damping · Suitable for heavy parts

    Typical Lead Time:
    ~7–10 business days

  • CNC machined steel parts
     

    Steel

    Steel is a versatile CNC machining material that delivers strength, durability, and flexibility across a wide range of industrial applications.

    Common Grades:
    4140 · 4130 · Mild Steel · Tool Steel

    Key Advantages:
    High strength · Versatile use · Reliable performance

    Typical Lead Time:
    ~7 business days

  • CNC machined magnesium alloy parts
     

    Magnesium Alloy

    Extremely lightweight and highly machinable, magnesium alloys are ideal for CNC parts where weight reduction is a critical requirement.

    Common Grades:
    AZ31 · AZ91

    Key Advantages:
    Ultra-lightweight · Excellent machinability · High strength-to-weight ratio

    Typical Lead Time:
    ~7 business days

  • CNC machined titanium alloy parts
     

    Titanium Alloy

    Titanium alloys deliver exceptional strength-to-weight performance and corrosion resistance for high-demand, precision CNC applications.

    Common Grades:
    Ti-6Al-4V (Grade 5) · Grade 2

    Key Advantages:
    High strength-to-weight · Corrosion-resistant · Aerospace-grade performance

    Typical Lead Time:
    ~10 business days

Plastics

  • ABS
    Parts made of ABS material
     

    ABS

    ABS is a versatile thermoplastic with excellent impact resistance and dimensional stability, suitable for functional prototypes and industrial components.

    Common Grades:
    Standard ABS · ABS-M30 · ABS+

    Key Advantages:
    Impact-resistant · Good machinability · Cost-efficient

    Typical Lead Time:
    ~5 business days

  • Parts made of PMMA (Acrylic) material
     

    PMMA (Acrylic)

    PMMA offers high optical clarity, excellent surface finish, and UV resistance, ideal for transparent parts and display applications.

    Common Grades:
    Cast PMMA · Extruded PMMA

    Key Advantages:
    Transparent · Scratch-resistant · UV-stable

    Typical Lead Time:
    ~5 business days

  • Parts made of PC (Polycarbonate)
     

    PC (Polycarbonate)

    PC is a strong, transparent engineering plastic with high impact resistance and heat resistance, ideal for durable functional prototypes.

    Common Grades:
    Standard PC · PC-ABS blend

    Key Advantages:
    High strength · Transparent · Heat-resistant

    Typical Lead Time:
    ~5 business days

  • Parts made of POM (Acetal)
     

    POM (Acetal)

    POM provides excellent dimensional stability, low friction, and wear resistance, making it ideal for gears, bearings, and precision mechanical parts.

    Common Grades:
    Delrin® 500 · Acetal Copolymer

    Key Advantages:
    Low friction · Wear-resistant · High dimensional stability

    Typical Lead Time:
    ~5 business days

     

  • Parts made of PE (Polyethylene)
     

    PE (Polyethylene)

     

    PE is lightweight, chemically resistant, and easy to machine, suitable for containers, insulation parts, and general prototypes.

    Common Grades:
    HDPE · LDPE · UHMWPE

    Key Advantages:
    Chemical-resistant · Lightweight · Easy to machine

    Typical Lead Time:
    ~5 business days

  • Parts made of Nylon (PA)
     

    Nylon (PA)

    Nylon is a strong, flexible engineering plastic with excellent wear resistance, ideal for functional parts like gears, bushings, and mechanical components.

    Common Grades:
    PA6 · PA66 · Glass-filled PA

    Key Advantages:
    Wear-resistant · Strong · Low friction

    Typical Lead Time:
    ~5 business days

  • Parts made of PEEK
     

    PEEK

    PEEK is a high-performance polymer with excellent thermal stability, chemical resistance, and mechanical strength for demanding applications.

    Common Grades:
    Unfilled PEEK · Carbon-filled PEEK · Glass-filled PEEK

    Key Advantages:
    High-temperature resistant · Chemically resistant · High strength

    Typical Lead Time:
    ~7 business days

  • Parts made of PTFE (Teflon)
     

    PTFE (Teflon)

    PTFE provides exceptional chemical resistance, low friction, and non-stick properties, ideal for seals, gaskets, and sliding components.

    Common Grades:
    Virgin PTFE · Filled PTFE

    Key Advantages:
    Non-stick · Chemically resistant · Low friction

    Typical Lead Time:
    ~5 business days

  • PET
    Parts made of PET
     

    PET

    PET is a strong, dimensionally stable plastic with good chemical resistance, commonly used for structural parts and containers.

    Common Grades:
    Standard PET · PETG

    Key Advantages:
    Strong · Chemically resistant · Dimensionally stable

    Typical Lead Time:
    ~5 business days

  • Parts made of PP (Polypropylene)
     

    PP (Polypropylene)

    PP is a lightweight, chemically resistant plastic suitable for functional parts, packaging prototypes, and fluid handling components.

    Common Grades:
    Homopolymer PP · Copolymer PP

    Key Advantages:
    Lightweight · Chemical-resistant · Easy to machine

    Typical Lead Time:
    ~5 business days

  • Parts made of PPS (Polyphenylene Sulfide)
     

    PPS (Polyphenylene Sulfide)

    PPS is a high-performance engineering plastic with excellent chemical and heat resistance, ideal for industrial and electronic applications.

    Common Grades:
    Standard PPS · Glass-filled PPS

    Key Advantages:
    Heat-resistant · Chemically resistant · High dimensional stability

    Typical Lead Time:
    ~7 business days

  • PVC
    Parts made of PVC
     

    PVC

    PVC is a cost-effective plastic with good chemical resistance and electrical insulation properties, used for enclosures, tubing, and protective components.

    Common Grades:
    Rigid PVC · Flexible PVC

    Key Advantages:
    Chemical-resistant · Electrically insulating · Cost-effective

    Typical Lead Time:
    ~5 business days

  • PEI
    Parts made of PEI
     

    PEI

    PEI is a high-performance thermoplastic with excellent mechanical strength, thermal resistance, and dimensional stability for engineering applications.

    Common Grades:
    Standard PEI · Glass-filled PEI

    Key Advantages:
    High strength · Heat-resistant · Dimensionally stable

    Typical Lead Time:
    ~7 business days

  • Parts made of FR4 & G-10
     

    FR4 / G-10

    FR4 and G-10 are fiberglass-reinforced epoxy laminates, ideal for PCB substrates and structural components requiring electrical insulation.

    Common Grades:
    FR4 · G-10 standard

    Key Advantages:
    Electrically insulating · High rigidity · Heat-resistant

    Typical Lead Time:
    ~7 business days

  • Parts made of Carbon Fiber (CF)
     

    Carbon Fiber (CF)

    Carbon fiber reinforced plastics offer exceptional stiffness-to-weight ratio and high strength for aerospace, automotive, and industrial prototypes.

    Common Grades:
    CF-PA · CF-PET · CF-PPS

    Key Advantages:
    Lightweight · High strength · Stiffness

    Typical Lead Time:
    ~7 business days

  • Bakelite
     

    Bakelite

    Bakelite is a thermosetting plastic with excellent electrical insulation, dimensional stability, and heat resistance, suitable for electrical and mechanical parts.

    Common Grades:
    Standard Bakelite · Filled Bakelite

    Key Advantages:
    Heat-resistant · Electrically insulating · Dimensionally stable

    Typical Lead Time:
    ~7 business days

  • Parts made of PPSU (Polyphenylsulfone)
     

    PPSU (Polyphenylsulfone)

    PPSU is a high-performance plastic with excellent impact resistance, thermal stability, and chemical resistance, ideal for medical and industrial applications.

    Common Grades:
    Standard PPSU · Glass-filled PPSU

    Key Advantages:
    Impact-resistant · Heat-resistant · Chemically resistant

    Typical Lead Time:
    ~7 business days

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    PU (Polyurethane)

    PU is a flexible, durable plastic suitable for prototyping parts that require elasticity, abrasion resistance, or cushioning.

    Common Grades:
    Rigid PU · Flexible PU · Cast PU

    Key Advantages:
    Elastic · Wear-resistant · Durable

    Typical Lead Time:
    ~5 business days

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    HIPS (High Impact Polystyrene)

    HIPS is a lightweight, cost-effective plastic with good impact resistance and machinability, ideal for prototypes and consumer products.

    Common Grades:
    Standard HIPS · ABS-HIPS blends

    Key Advantages:
    Impact-resistant · Cost-efficient · Easy to machine

    Typical Lead Time:
    ~5 business days

Certified & Traceable Materials

NAITE TECH maintains ISO9001, ISO14001, ISO13485 certified quality systems. Comprehensive QC includes incoming material inspection, in-process monitoring, automated testing, and final inspection, guaranteeing consistency, traceability, and minimal defects across all processes.

Supply Chain Integration & Project Management

Seamless supply chain integration includes multi-material sourcing, global warehousing, predictable lead times, and traceability. Our project management ensures smooth transition from prototype to mass production, risk mitigation, and on-time delivery.

Why Choose NAITE TECH for One-Stop Manufacturing

 
 

Experience & Expertise

 
Over 30 years of integrated manufacturing experience across multiple industries.
 
 
 

Supply Chain & Engineering Support

 
Integrated supply chain, tooling, DFM, and project management expertise.
 
 
 

Cost & Lead Time Efficiency

 

Optimized processes and multi-process integration reduce costs and shorten lead times.
 
 
 

Multi-Process Integration

 

CNC, 5-axis, casting, injection molding, sheet metal, 3D printing, and surface treatment under one roof.
 
 

Quality & Reliability

 
ISO-certified systems ensure consistent output and minimal defects.
     

FAQs – One-Stop Integrated Manufacturing

  • Q1: What is CNC machining and how does it work?

    CNC machining is a subtractive manufacturing process where computer-controlled machines remove material from solid blocks to create precise parts. The process uses multi-axis movement—typically 3-axis, 4-axis, or 5-axis—to achieve tight tolerances and complex geometries. CNC machining is widely used for both prototyping and production.
  • Q2: What materials can be used for CNC machining?

    CNC machining supports a wide range of materials, including aluminum alloys, stainless steel, carbon steel, brass, copper, titanium, and engineering plastics such as ABS, POM, Nylon, and PEEK. Material selection depends on strength, corrosion resistance, weight, and cost requirements.
  • Q3: What tolerances can CNC machining achieve?

    Standard CNC machining tolerances typically range from ±0.05 mm to ±0.1 mm. For high-precision parts, tolerances as tight as ±0.005 mm can be achieved with optimized processes and inspection. GD&T features such as concentricity, flatness, and position are also supported.
  • Q4: What is the difference between 3-axis, 4-axis, and 5-axis CNC machining?

    3-axis machining moves the tool along X, Y, and Z axes and is suitable for simple geometries.
    4-axis machining adds rotational movement for improved access.
    5-axis CNC machining allows simultaneous multi-directional cutting, reducing setups and improving accuracy for complex parts.
  • Q5: What surface finishes are available for CNC machined parts?

    Common surface finishes include as-machined, polishing, bead blasting, anodizing, powder coating, electroplating, black oxide, and brushing. Surface finishing improves appearance, corrosion resistance, and functional performance.

     

Start Your One-Stop Manufacturing With NAITE TECH

Partner with NAITE TECH to streamline design, prototyping, multi-process manufacturing, and delivery under one roof. Ensure quality, efficiency, and scalability for your products.
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