

Automatic Steel Shaft and Bar Straightening Solution
A proposed automatic straightening solution for 183–720 mm steel shafts and bars, covering multi-diameter runout measurement, 1–5 correction points.


A proposed automatic straightening solution for 183–720 mm steel shafts and bars, covering multi-diameter runout measurement, 1–5 correction points.


Learn how shaft straightness, circular runout, total runout and shop-floor TIR differ—and what datum, probe path and acceptance method a straightening project needs.


A manufacturing-focused solution for measuring and straightening concrete drill bits while protecting carbide heads, flutes, joints and SDS shanks.


Understand the evidence required for 3D straightening of large cast structural parts: datum/fixture strategy, multi-point correction, surface/crack risk.


A through-feed roller straightening solution for long round steel bars, covering roll selection, extended support, safe handling and sample-based verification.


Protect workpiece surfaces during straightening by defining roll or contact geometry, permitted zones, cleanliness, wear limits, pressure validation.


A sample-based fine wire straightening and cut-to-length solution covering payoff control, roller or rotary straightening, servo feeding, cutting, surface protection and final inspection.


Plan LVDT multipoint shaft measurement around datum seating, support, synchronization, error mapping, calibration and released-part correlation.


A drawing-based straightening solution for power tool extension bars, covering functional datums, asymmetric-end handling, controlled point correction.


Evaluate straightening after heat treatment through material-state qualification, drawing-approved correction limits, released-part measurement and independent integrity inspection.


Engineer electric motor rotor straightening around assembly stage, bearing-journal datums, protected rotor packs, safe shaft-only correction.


A proposed automatic straightening solution for large seamless steel pipes, covering full-length measurement, self-weight-aware support.