Start the clip on a visibly bent bar and end it on a finished shaft — the whole transformation runs automatically. The press seats the part, scans it, and the hydraulic head then works through the high spots one at a time. Watch the pressure readout: it builds smoothly, holds, and releases under valve control rather than slamming, which is what keeps heavy correction repeatable.
The head's force is the headline: hydraulic cylinders deliver the high, steady pressure that large shafts require, metered proportionally so thin sections get a nudge and thick sections get a push. Because over-correction means fighting the same bend twice, the control leans on stored springback behaviour for every stroke — detailed in the compensation article.
Fabricators and machine builders deploy these for solid bars, thick-walled tubes and welded shaft assemblies distorted after heat treatment, with loader type, frame length and control level matched to the mix. Manual machines can also be retrofitted toward automation later, protecting the initial investment. See the CNC and automatic line-up for standard configurations.
Send the drawings for your stiffest, largest part and we will verify the force it needs and quote the right frame at no charge. Contact our engineering team to begin.
High hydraulic force metered by a proportional valve
Pressure ramps, holds and releases under control
Frames sized for the heaviest part in the family
Loader and frame matched to the part mix
Manual machines upgradable toward automation
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