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Multi-spindle press head working over a stack of aluminium panels
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Project

CNC Riveting Railing Machine

Programmed riveting positions on railing assemblies with consistent set force

Client Background

Railing manufacturer joining rail and post assemblies with rivets

Project Challenge

Riveting was being done with a hand tool against marked positions. Set force varied, rivet positions drifted along the assembly, and there was no record of which joints had been made correctly.

Customer Pain Points

  • Rivet position drifting along the assembly
  • Set force varying with the tool and the operator
  • Joints that looked acceptable but were under set
  • Repeated marking and measuring before each joint
  • No record tying a joint to a result
Multi-spindle press head working over a stack of aluminium panels
Multi-spindle press head working over a stack of aluminium panels

Our Solution

What We Built

A CNC riveting machine that indexes the railing assembly to each programmed position and sets the rivet under controlled force. Position comes from a part program and the set is controlled by the machine, so the joint quality no longer depends on how the operator held the tool.

Manufacturing Process

How the Machine Was Built

  1. Joint and rivet study

    Rivet type, material stack and required set characteristics reviewed against the customer's assemblies.

  2. Position programming

    Rivet positions structured as part programs per product.

  3. Design and build

    Machine designed and built at the Vaughan facility.

  4. Set proving

    Rivets set on customer assemblies and checked against the agreed reference.

  5. Capability run

    Continuous run to confirm consistent set across a batch.

  6. Installation

    Installed and handed over with operator and maintenance training.

Supply Chain Coordination

Sourcing and Build

Riveting head, force control and indexing components are selected against the rivet specification and the assembly length. Tooling is treated as a wear item with a change interval based on joint counts.

Quality Control

Checked Before Shipment

  • Indexing accuracy measured across the assembly length and recorded
  • Rivets set on customer assemblies and checked against the reference
  • Set force verified across the working range
  • Repeatability confirmed over a continuous batch
  • Safety functions verified before shipment

Final Result

What the Machine Does Now

Rivet positions come from the program and the set comes from the machine. The assembly is consistent along its length, and joints can be checked against a known reference rather than by judgement.

Customer Benefit

Why It Mattered

Consistent joints without the marking, measuring and re-clamping that hand riveting a long assembly requires.

Customer identity, assembly specifications and volumes are not published. Technical discussion is available on request.

Photographs

The Machine on the Floor

Wide view of a Delkotech sheet metal automation cell with conveyor infeed
Wide view of a Delkotech sheet metal automation cell with conveyor infeed

Questions

About This Project

Can you tell us who the customer was?

Customer identity, assembly specifications and volumes are not published. Technical discussion is available on request.

Could you build the same machine for us?

Not identically, and that is the point. The machine was designed around one customer's part, rate and floor space. The same approach applied to your part produces a different machine.

How long did the project take?

Project duration depends on scope and the build schedule at the time. We are happy to give you a realistic schedule for your own requirement once the scope is defined.

What was proved before the machine shipped?

The checks listed in the quality control section of this page, run at the Vaughan facility. Customer witnessed try out before shipment can be arranged.

How do we start a similar project?

Email [email protected] with the part drawing, the operation and the rate. That is enough for a concept and a defined scope.

Delkotech automation cell under build at the Vaughan facility

Talk to an engineer

Have a Similar Operation

Send the part and describe the step. We will tell you what the same approach would look like applied to your line.