There has been a sharp
rise in the demand for electric vehicles all over the world. This shift has
brought major changes to automotive manufacturers and their supply chains.
Lightweight manufacturing is a major theme, i.e., the lighter the vehicle, the
less energy it consumes. This ultimately has led to a change in requirements
for pines tubes benders, with a growing demand for compact and high-performance
components. A popular automotive manufacturing process is to use pines tube
benders to bend round tubes and bring them to the final shape via hydroforming.
This process is suitable for steel alloys.
The pivot towards
electric mobility is also leading to a change in the designs of pines tube
benders parts. The conventional pines tubes benders’ machine with predefined parameters is being
replaced by product-centric customizable pines tubes benders. Bending
performance, geometric measurements like tube length and bending radius, and
tool installation space are all aligned to conform closely with the
manufacturer’s specific processes and product requirements.
While the pines tubes
benders parts are easily available in the market, building a customized machine
is very difficult. Also, with intensifying competition, short turnaround cycles
and extreme accuracy are more important than ever before. Pines tube benders fabricators that have in-house processes are
likely to adapt to relentless cost pressure by seeking high-performance
machines tailored to their needs. A modern pines tubes benders should deploy a
multi-level technology strategy that encompasses features such as customizable
multi-radius bending tools. Such machines allow for simple and accurate bending
with an extremely short length of tubes between bends.
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