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FRONT FORK STEM AUTO DOMING

FRONT FORK STEM AUTO DOMING

FRONT FORK STEM AUTO DOMING
FRONT FORK STEM AUTO DOMING
Model:JD-01A
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Product Specifications
Model JD-01A
POWER 5 1/4HP
ENERGY HYDRAULIC
AUXILIARY ENERGY  
CAPACITY 800 UNITS/HR
EXTERNAL DIMENSION 175x150x125CM
WEIGHT 650KGS
APPLICATION TUBE DIA Ø22.2~ Ø35
Detail

JD-01A Hydraulic Metal Processing Machine for Steerer Tube Ends

  • Designed for high-volume production of recessed front fork steerer tube ends
  • Replaces manual pressing and simple hydraulic jig operations
  • Provides stable and repeatable forming process for bicycle fork production
  • Suitable for common bicycle steerer tube diameter ranges
  • Supports integration into modern steerer tube production lines

Role of JD-01A in a Steerer Tube Production Line

  • Acts as a dedicated recessed head forming station in fork production
  • Integrates with tube cutting, chamfering, drilling, welding, and machining processes
  • Links upstream tube preparation with downstream fork assembly
  • Supports both semi-automatic and automated production layouts

Why Use a Dedicated Steerer Tube Recessed Head Machine?

  • Ensures consistent recessed head forming quality
  • Improves efficiency compared to manual or general hydraulic presses
  • Reduces forming defects such as deformation and cracks
  • Enhances overall production stability and repeatability
  • Fits naturally into continuous fork production line design

What to Prepare Before Asking About JD-01A

1. Tube Diameter Range

  • Specify current and future steerer tube dimensions
  • Includes common bicycle fork tube sizes
  • Helps define tooling requirements

2. Tube Material and Wall Thickness

  • Steel, Cr-Mo steel, or stainless steel types
  • Typical wall thickness specifications
  • Affects forming force and tooling design

3. Target Productivity

  • Required output per hour or per day
  • Defines machine positioning in production line
  • Supports capacity planning

4. Existing Line Layout and Conditions

  • Current machine setup and workflow
  • Available floor space
  • Power supply and material flow considerations

5. Automation Level Planning

  • Need for automatic loading or unloading systems
  • Integration with inline inspection systems
  • Future expansion planning for automation upgrades

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