Both are proven technologies – but when it comes to robust processes, high part quality and flexible design, the transfer tool really comes into its own.

Comparison: What is the advantage of the transfer tool?

1) Process stability & rejects: In the transfer process, the part is transferred in a defined manner and its position is secured.
➡️ Advantage: fewer position and belt run influences, more stable quality, often fewer rejects – especially with challenging geometries.
2) Component complexity & degree of forming: Transfer tools allow more degrees of freedom in forming and calibration steps (with targeted intermediate handling).
➡️ Advantage: more complex parts and higher degrees of forming can often be realized more reliably than in progressive dies.
3) Material utilization & belt layout: Progressive bonding is heavily dependent on the belt layout and web/carrier concept. Transfer can reduce layout constraints.
➡️ Advantage: high potential for better material utilization – depending on part and process chain.
4) Tool design & access: Transfer often offers better accessibility for machining, venting, lubrication, cleaning and sensor technology.
➡️ Advantage: better controllability and easier troubleshooting in series operation.
5) Flexibility in the event of process changes: Changes in the downstream network often affect the entire layout. Transfer stations can often be adapted more specifically.
➡️ Advantage: greater flexibility for changes when optimizing products or processes.

Our conclusion with H&T ProduktionsTechnologie (HTPT)

The transfer tool is often the better choice for deep-drawn, tolerance-critical components:
more control over the material flow, best possible material utilization, more stability in series production, higher quality.

Do you have a deep drawn part with a narrow process window? Let’s check together which process chain makes the most sense.
#HTPT #Deep drawing #Transfer tool #Follow-on composite #Forming technology #Punching technology #Tooling #Process stability #Quality