The slowest machine sets the pace.
We size the shear to the baler, not the other way round. A 20 t/h shear feeding a 2 t/h baler produces a pile, not output.
A shear that outruns your baler builds a pile. A baler that outruns your shear sits idle. We size the line so output matches end to end, then quote it as one shipment.
These are combinations we can quote from existing Q91Y and Y81 data. They are starting points, not fixed packages — we re-check every figure against your material before quoting.
| Target output | Recommended set | Shearing | Baling | Installed power | Container |
|---|---|---|---|---|---|
| 8–10 t/h | Q91Y-630D + Y81F-160 + 1.2 m³ grab | 15–20 t/h | 2–4 t/h | 148 + 22 kW | 1 × 40HQ |
| 15–20 t/h | Q91Y-800D + 2 × Y81F-200 + MW5 magnet | 18–22 t/h | 4–8 t/h combined | 222 + 37 kW | 1 × 40HQ + 1 × 20GP |
| 25–35 t/h | Q91Y-1250B + 2 × Y81F-200 + 2 grabs | 30–40 t/h | 4–8 t/h combined | 296 + 37 kW | 2 × 40HQ |
Sized on ferrous scrap. Throughput figures are the listed capacities of each model, not a guaranteed combined output — material density and feeding method change the result.
We size the shear to the baler, not the other way round. A 20 t/h shear feeding a 2 t/h baler produces a pile, not output.
A three-machine line can pull 300 kW. We confirm what your supply can carry before you sign, not after installation.
Laid out on a simple site plan so machines do not block each other's working area.
Several machines, one loading plan, one set of documents your broker can process without questions.
Each machine is quoted with its own model, power, scope of supply and the factory that builds it. You can compare our package against quotes you already have, machine by machine.
Tell us your material, required output and destination. We’ll discuss a suitable configuration with you.