Plumbing & water

Ball-Type Manifold Assembly Machine

Automatic assembly for 2–8 branch ball-type manifolds, including a connected bonnet pre-assembly module and automatic transfer.

Production challenge

Manifold length and branch count vary, but every branch valve must be positioned and assembled consistently without multiplying dedicated machines.

Dading solution

The platform accommodates 2–8 branches at 40–50 mm spacing. A dedicated bonnet pre-assembly module connects automatically to the main equipment so all branch valves can be assembled in a coordinated sequence.

System in operation

See the system in operation.

Project footage of the ball-type manifold assembly machine.

System sequence

Production sequence: Ball-Type Manifold Assembly Machine

Multiple branch valves assembled in one cycle on a platform configurable for different manifold lengths.

  1. 01Body positioning
  2. 02Bonnet pre-assembly
  3. 03Branch feeding
  4. 04Parallel valve assembly
  5. 05Transfer
  6. 06Finished output

Engineering priorities

The details that protect output and quality.

The final machine architecture is confirmed against customer samples, drawings, applicable standards and the agreed acceptance protocol.

Configurable branch count

The documented machine supports manifolds with two through eight branches.

40–50 mm pitch

Tooling is configured for the customer’s branch spacing within the stated range.

Parallel branch assembly

Ball valves are assembled across the required branches in one coordinated operation.

Connected bonnet module

Bonnet pre-assembly and transfer are automatic rather than separate manual work.

Documented reference configuration

Proven figures. Custom final design.

Catalogue figures below describe Dading’s documented reference system. Final cycle, test accuracy, footprint, staffing and equipment brands are confirmed against your product during concept engineering and FAT definition.

Catalogue cycle time
5 seconds per piece
Catalogue output
Up to 700 pieces per hour
Manifold range
2–8 branches
Branch spacing
40–50 mm
Machine dimensions
3.5 × 2.7 × 2.0 m (L × W × H)
Operator concept
One operator

Define your version

What Dading confirms with your engineering team.

  1. Branch count and centre distance
  2. Bonnet component design
  3. Manifold body datum strategy
  4. Required size-change method

Discuss your project

Discuss a system built around your part.

Share your part drawings, target output and quality requirements. Our engineering team will help define the right automation concept.

Discuss your project
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