Two workpieces share this video: a compact gear shaft and a long axle-type part on one machine type. The short shaft is measured at two to three points and corrected in a few quick strokes; the long one is probed at five to eight stations, with supports repositioned to each bend before the ram presses. In both cases re-measurement follows every stroke and parts unload only after clearing tolerance — the difference is setup, not principle.
Configurable centers and probe positions, not a fixed bed, give the range: the same control straightens Ø5 mm pins and Ø600 mm rotors, parts 100 mm to 12 m, with force ratings up to the 1000-ton class. Recipes store each part number’s supports and limits, and cycle time stays at 20–90 seconds across the range. Our shaft straightening machine selection guide explains how to size for a mixed shop.
Jobbing shops and repair operations value this breadth — motor shafts, lead screws, cylinder rods, and axles moving through one machine in the same week. English HMI, quick changeover, and optional data logging keep mixed production practical; gantry loading can be added later. Built for 380–480 V three-phase, delivery is 60–120 days; the principle is in our note on the working principle of an automatic straightening press.
Job shops live by range: list every diameter, length, and material from the past year, and our application desk checks it against one configurable machine, cover-it-or-not in writing — reach our engineers here with the list.
One machine family for Ø5–600 mm and 100 mm–12 m parts
Supports and probes reconfigured per part via recipes
Up to 1000-ton-class frames for heavy rotors
20–90 second cycles on both short and long shafts
Quick changeover for mixed-part-number job shops
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