Oakley Industrial Machinery’s multi operation transfer machines for heating elements are advanced automation solutions designed to optimize the heating elements production process. By combining multiple functions—usually handled by separate machines—into a single, integrated unit, these machines deliver versatile and efficient manufacturing capabilities tailored to specific customer needs.
Equipped with sensors and real-time monitoring systems, the machines provide operators with precise feedback, ensuring consistent quality and full control over every operation. Ideal for heating elements producers seeking to enhance productivity, reduce cycle times, and optimize production processes, these multi-operation machines represent the next level in automated manufacturing solutions.
The concrete advantages that make the difference
Combines several production steps into a single machine, reducing the need for multiple separate units and streamlining the manufacturing process.
The series of automated stations integrated into the production lines realize multiple operations at the same time, increasing efficiency and minimizing downtime.
Equipped with sensors and real-time monitoring systems, the machine provides operators with accurate feedback, ensuring consistent quality for heating elements.
Discover all the configurations of the machine
The transfer for the preparation of heating elements after heat-treatment consists of five workstations:
The multi-operation transfer allows to process heating elements with different lengths by simply changing the machine settings.
This machine consists of the following units:
This type of transfer is positioned in line with the rolling mill to directly collect the cartridge heaters that are exiting.
This multi-operation transfer consists of five workstations:
This is the most complex type of transfer as it consists of two work sections in which different operations are combined.
The first section consists of:
Subsequently, in the second section of the transfer, we find:
The multi-operation transfer for the stretching and sealing of heating elements consists of ten workstations:
CASE STUDY: Backer
This type of transfer is positioned in line with the reduction mill in order to collect the heating elements that are exiting.
This device consists of three workstations:
At the end of the cycle, the transfer automatically unloads the heating elements into a container at the foot of the machine and selects any scraps.
The automatic machine to process defrost heating elements’ ends is conceived to collect the element at the exit of the rolling mill and can process elements up to 7000 mm length.
The machine consists of seve working units:
The transfer for the preparation of heating elements after heat-treatment consists of five workstations:
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