Drill Pipe and Screw Rod Straightening Machine
Shangda configures the machine to your workpiece envelope and throughput target, so pipe length and diameter limits move with your production mix.
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Shangda configures the machine to your workpiece envelope and throughput target, so pipe length and diameter limits move with your production mix.
View Details →Multi-point laser/vision detection measures deflection at several stations, then a flexible pressure head applies point-pressure straightening.
View Details →I do not quote a single tolerance for all incoming stock; the machine follows the straightness of the material you feed it.
View Details →If your incoming rod stock is already straight within 0.3 mm per meter, you can chase tighter output. If it starts with 2 mm of runout, the first pass will correct most of it, not erase it in one shot.
View Details →If your copper rod comes in with ovality or residual stress, expect 0.05–0.10 mm after straightening.
View Details →Our copper pipe straightening machine is built for shops that move high volumes of large-diameter tube.
View Details →Three to five laser or contact probes scan each shaft before and after every correction.
View Details →Point-pressure straightening uses flat or contoured anvils so brass rod and tube leave without press marks or scratches.
View Details →We see this machine used most often on high-volume lines for passenger-vehicle half-shafts and commercial truck axle shafts, where one operator oversees several cells and scrap from a missed spring-back erases a shift's margin.
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This machine corrects bend without collapsing the cross-section — the problem that separates tube straightening from bar straightening. It handles thin-wall tube that would ovalize in a conventional press and thick-wall tube that needs serious force without cracking the material.
View Details →Every shaft brings its own runout signature. A 1,200 mm drive shaft with 0.8 mm initial TIR in the middle needs a different correction strategy than a 200 mm motor shaft with 0.05 mm TIR.
View Details →Workpiece material, diameter, wall thickness, cross-section, length, and weight determine the pressure required. Initial deformation and target straightness determine the precision. The machine handles both.
View Details →Our straightening line integrates rolling supports, anti-whip guides, and servo-driven measurement to keep the workpiece stable throughout the correction cycle.
View Details →Correct spiral twisting and diagonal bending in square and round tubes — deformation that conventional straightening presses cannot address. 65% of scrapped workpieces recovered to tolerance
View Details →A closed-loop hydraulic straightening system engineered specifically for square and rectangular tube profiles. Multi-point laser measurement, automatic correction cycles completed in 30 seconds to 2 minutes, and straightness control down to ±0.03mm on precision workpieces.
View Details →A closed-loop hydraulic straightening press built for high-volume shaft production. Multi-point laser measurement, real-time deflection correction, and automatic loading/unloading combine to deliver ±0.005mm repeatable positioning accuracy with cycle times as fast as 30 seconds per workpiece.
View Details →Closed-loop hydraulic straightening for tubes, pipes, and cylindrical workpieces. Multi-point laser measurement with AI-driven force vector correction. Delivers verified straightness down to ±0.01mm across full workpiece length.
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