What is a Transfer Tool? – The Rhythm Maker for Complex Components

When things get serious in forming technology – with large sheet metal blanks, complex geometries, and high production volumes – that’s when the transfer tool comes into play. It serves as the backbone of automated series production in the automotive industry, turning simple blanks into precisely formed components. Step by step, stroke by stroke – fully automated and highly efficient.

Transfer Tool Made Simple: Definition and Functionality

A transfer tool is a forming tool consisting of multiple stations, where a sheet metal blank undergoes a series of forming operations – such as deep drawing, cutting, embossing, punching, or bending. Between each station, the part is automatically moved by a transfer system, typically using grippers or pushers.
This setup is also known as a multi-stage forming tool with integrated transfer automation.

How It Works in Practice

  1. Loading: A blank (usually fed by a robot or coil feeder) is placed into the first station.
  2. Forming: The first forming operation (e.g. deep drawing) is carried out.
  3. Transfer: A mechanical transfer system grips the semi-finished part and moves it synchronously with the press to the next station.
  4. Further Forming: Additional steps like punching, trimming, flanging, or re-shaping follow.
  5. Unloading: At the end of the line, a finished or near-finished component exits – ready for the next production step.

What Makes a Transfer Tool So Special?

  • Flexibility: Perfectly suited for complex parts that require multiple forming steps.
  • High Part Quality: Precise positioning at every station ensures consistent dimensional accuracy.
  • Automation: The integrated transfer system enables fully automated operation – ideal for high-volume production.
  • Process Integration: Multiple forming operations are combined in a single press stroke.

When Is a Transfer Tool Used?

A transfer tool is the solution of choice when:

  • the part is too complex for a progressive die,

  • different forming processes are required within one tool,

  • large deep-drawn or structurally relevant components are needed – such as reinforcements, carriers, or A/B-pillars in automotive applications.

And what is the difference compared to a progressive die?

 Transfer Tool

Progressive Tool

 Individual parts are moved

 Material strip runs continuously 

 Blank is loaded into station 1

 Coil is unrolled

 Transfer automation required

 Strip feed is sufficient

 Enables very complex parts

 Ideal for simpler series parts

 High effort, but more process flexibility 

 More compact, but limited in versatility


Transfer Tool: The All-Rounder for Big Tasks

A transfer tool is more than just a tool – it’s a compact manufacturing marvel. It combines multiple forming steps into one efficient process, bringing complex components into shape quickly and precisely. Sure, the effort required for design, construction, and fine-tuning is higher – but in serial production, it pays off many times over.

Are you planning a project with complex forming parts or looking to optimize your production?
Let’s talk! weba develops custom transfer tools – precise, economical, and tailored to your requirements.
Contact us: office@weba.solutions