our machines
why transfer machine ?
In mass production of components, the most distinctive advantage of transfer machines over universal machining centers lies in their ability to perform multiple cutting operations simultaneously through dedicated stations. In contrast, universal machines—such as CNC lathes, vertical machining centers, horizontal machining centers, and sliding automats—operate sequentially, requiring each machining step to be added one after another. Due to axis variations, the part must often be repositioned, re-mounted, or rotated to align with the required machining axis, which defines their operational principle.
In contrast, transfer machines are capable of performing all machining operations across multiple axes simultaneously, thanks to their drum system and structural design. This architecture allows for synchronized multi-axis cutting on the workpiece, significantly reducing cycle time and eliminating the need for repositioning between operations.
Moreover, in universal machines, part loading/unloading and idle time between operations pose significant inefficiencies. In contrast, transfer machines perform these tasks seamlessly within the active machining cycle, without interruption. This integrated workflow gives transfer machines a clear advantage over universal systems in terms of productivity and process continuity.
Thanks to these combined advantages, transfer machines can match the total production capacity of approximately 5 to 20 universal machines—depending on the number of operations required per part—using a single unit. For this reason, transfer technology remains the most efficient alternative method for high-volume production today and will continue to lead the way in the future.
