Swiss CNC machine tooling, turning and milling composite parts, CNC Swiss CNC machine tooling, automatic lathe tooling, non-standard custom tooling

Swiss CNC machine tooling, turning and milling composite parts, CNC Swiss CNC machine tooling, automatic lathe tooling, non-standard custom tooling
Swiss CNC machine tooling, turning and milling composite parts, CNC Swiss CNC machine tooling, automatic lathe tooling, non-standard custom tooling
Swiss CNC machine tooling, turning and milling composite parts, CNC Swiss CNC machine tooling, automatic lathe tooling, non-standard custom tooling

Machining type: turning
Machining accuracy: finishing
Turning type: vertical turning
Machining materials: aluminum alloy, stainless steel, brass, iron
Maximum diameter: 100 (mm)
Maximum length: 500 (mm)
Tolerance: 0.01 (mm)
Surface roughness: 0.6Ra
Proofing cycle: 4-7 days
Processing cycle: 8-15 days
Annual maximum processing capacity: 100,000 (pieces)

    Precision Swiss CNC Machine Tooling for Custom Parts

     

    Turning and Milling Composite Parts with Automatic Lathe Tooling

     

    Introducing our Precision Swiss CNC Machine Tooling services for turning and milling composite parts. Specializing in non-standard custom tooling, our advanced CNC Swiss machines and automatic lathes ensure high-quality, custom parts with exceptional accuracy and surface finish.

     

    Key Features:

     

    • Machining Type: Turning
    • Machining Accuracy: Finishing
    • Turning Type: Vertical Turning
    • Machining Materials: Aluminum Alloy, Stainless Steel, Brass, Iron
    • Maximum Diameter: 100 mm
    • Maximum Length: 500 mm
    • Tolerance: 0.01 mm
    • Surface Roughness: 0.6Ra
    • Proofing Cycle: 4-7 days
    • Processing Cycle: 8-15 days
    • Annual Maximum Processing Capacity: 100,000 pieces

     

    Benefits:

     

    • High Precision: Achieve a surface roughness of 0.6Ra and a tolerance of 0.01 mm, ensuring high-quality and precise metal parts.
    • Versatile Material Options: Process a variety of materials including aluminum alloy, stainless steel, brass, and iron to meet your specific project needs.
    • Advanced Machining Techniques: Utilize state-of-the-art Swiss CNC machines and automatic lathes for precise and efficient turning and milling.
    • Customizable Specifications: Tailor the machining dimensions and surface treatments to meet your specific requirements.
    • Quick Turnaround: Fast proofing cycle of 4-7 days and processing cycle of 8-15 days to meet tight deadlines.
    • High Capacity: Capable of processing up to 100,000 pieces annually to meet large-scale production needs.
    • Professional Finish: High-quality surface treatments ensure a professional and durable finish for your custom parts.

     

    Processing Techniques:

     

    • Machining Processes: CNC turning, vertical turning, milling, aluminum alloy processing, stainless steel processing, brass processing, iron processing.

     

     

     

    Additional Details:

     

    • Professional Appearance: High-quality surface treatments ensure a professional and durable finish.
    • Flexible Customization: Tailored processing dimensions and techniques to meet specific project requirements.
    • Advanced Technology: Utilize a variety of processing steps for precise and efficient fabrication.

     

    Upgrade your custom tooling and composite parts with our high-precision, customizable Swiss CNC machine tooling services. Perfect for high-end applications, our services offer both functionality and aesthetic appeal to enhance your product line.

     

    Call to Action:
    Enhance your custom tooling and composite parts with our customizable Swiss CNC machine tooling services. Order now and provide your customers with high-quality, durable, and precisely fabricated components!

     

    Product Tags:

     

    • Precision CNC Turning
    • Swiss CNC Machine Tooling
    • Composite Parts Processing
    • Automatic Lathe Tooling
    • Custom Tooling
    • Aluminum Processing
    • Stainless Steel Processing
    • Brass Processing
    • Iron Processing
    • High-Precision Engineering