Scrap Metal Shear Types: Which Fits Which Yard
The useful question is never which shear is best but which shear is this yard. Five profiles, five answers, one method.
The useful question is never which shear is best but which shear is this yard. Five profiles, five answers, one method.
Four genuinely different designs share one category name. What each is, what it is for, and which ones we build — with the reasons.
At light duty the comparison is a trade-off; at heavy duty one machine simply stops. The limits, the signals, and the transition.
Two machines, two jobs. The comparison from the small-yard side, with the signals that say a yard is ready for the gantry.
At flagship scale the spec sheet is an engineering brief. Which rows are fixed, which are your quotation’s decisions, and which questions to ask.
The largest machine we build, and the test that decides whether your operation needs it: two measurements, not ambition.
Ask a three-shift operator what their shear costs and they name the day it stopped. The accounting method for pricing that before the order.
At 200-240 tons a day the machine stops being equipment and becomes infrastructure. The economics that follow, and the levers that move them.
The machine’s output is not cut pieces — it is a specification your customer accepts every load. How consistency is held, and how it drifts.
Below this class machines are judged on what they cut; at it, on how consistently. The production class and what changes at 160-200 tons a day.