PC HVAC CDU Water Manifold Tee T Branch Making Forming Stainless Steel Header Pipe Hole Extrusion Punching Copper Tube Drilling Hole Flanging Collaring Machine

PC HVAC CDU Water Manifold Tee T Branch Making Forming Stainless Steel Header Pipe Hole Extrusion Punching Copper Tube Drilling Hole Flanging Collaring Machine

Wonsten Automatic Tube Collaring Machine is designed to pull branch collars directly from main header pipes. By eliminating the need to purchase and weld independent T-fittings, this equipment reduces manifold production time by 50% and improves the structural integrity of high-pressure fluid networks in liquid cooling, HVAC, and automotive applications.

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Automatic Tube Collaring Machine for
Manifold Production

Wonsten Automatic Tube Collaring Machine is
designed to pull branch collars directly from main header pipes. By eliminating
the need to purchase and weld independent T-fittings, this equipment reduces
manifold production time by 50% and improves the structural integrity of
high-pressure fluid networks in liquid cooling, HVAC, and automotive
applications.

H2: Direct Extrusion vs. Traditional
T-Fittings

Traditional manifold manufacturing requires
cutting the main pipe, inserting a T-fitting, and welding three separate
joints. The Wonsten collaring process simplifies this operation entirely:

  • Zero T-Fitting Costs: Extrudes the
    branch connection directly from the base tube material.
  • 66% Fewer Welds: Leaves only one
    joint to weld (the branch pipe to the collar) instead of three.
  • Superior Flow Dynamics: The
    extruded inner collar provides a smooth, continuous transition for fluid
    flow, reducing turbulence in liquid cooling systems.
  • Minimized Leak Points: Fewer brazed
    or welded joints directly correlate to a lower risk of pipeline leaks
    under pressure.

Machine Operation and Core Features

  • Continuous Cycle Action: The
    hydraulic station powers a specialized punch to pierce the pilot hole,
    followed immediately by the extrusion pin pulling the collar outward in a
    continuous 5 to 15-second cycle.
  • Weld-Ready Finish: The extrusion
    tooling creates a flat, burr-free collar face that aligns perfectly with
    standard branch pipes, making it ideal for automated orbital welding or
    manual TIG welding.
  • Precision Clamping System: Heavy-duty external dies firmly secure the header pipe during the
    extrusion stroke, preventing any deformation or crushing of the main tube.
  • Extended Bed Capacity: Built with a
    reinforced long bed structure to index and process multi-hole manifolds
    continuously without removing the workpiece.

Technical Specifications

Specification

Parameter Details

Applicable Materials

Stainless Steel (304/316), Copper, Carbon
Steel, Aluminum

Main Tube O.D. Range

Φ 15 mm – 108 mm (Engineered to your
specific drawings)

Branch/Collar O.D. Range

Φ 10 mm – 54 mm

Maximum Wall Thickness

Up to 3.0 mm (Depending on material and
diameter ratio)

Processing Speed

5 – 15 seconds per extruded hole

Control Interface

PLC System with Touch Screen HMI

Driving Force

Industrial Hydraulic Station

Primary Industrial Applications

  • Data center and electronics liquid cooling manifolds
  • Commercial HVAC and boiler water headers
  • Solar thermal distributors
  • Automotive coolant and exhaust routing pipes
  • Sanitary piping for the food and beverage industry

Custom Tooling & Wonsten Engineering
Support

Every manifold production line has unique
requirements. Wonsten engineers and manufactures custom punch and die sets
based on your exact tube outer diameter (O.D.), wall thickness, and material
yield strength. Tooling changeovers take less than 15 minutes, allowing
operators to run multiple manifold configurations on a single machine.

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    WONSTEN GROUP reserves the right to make changes at any time without notice, to price, color, material equipment, specifications, models, machine operation, tooling requirements and availability.