2000 Ton Scrap Metal Shear: Justifying the Flagship
The flagship is justified by the feed, never by ambition. That sentence is the whole of this article’s argument, and everything else is detail. The Q91-2000 is the largest machine we build, rated at 250 to 300 tons a day with continuous cutting at 170 mm — and the operations that need it know exactly why they need it, in measurements. The operations that want it because it is the biggest usually should be buying the class below. This article gives you the test.
For the framework that applies to every class, start with the general buying guide; the flagship is where that framework’s questions return their most consequential answers.
The Published Figures for the Class
| Specification | Q91-2000 |
|---|---|
| Rated force | 2000 ton |
| Typical output | 250–300 tons per day |
| Continuous cutting | 170 mm plate |
| Occasional cutting | 210 mm plate |
| Bale capability | Specified capability for baled scrap |
| Duty | Steel mills, largest recycling operations |
Read those rows as a checklist rather than a boast. If your heaviest routine material does not run past 150 mm continuously, or your tonnage does not genuinely sit at 250 to 300 tons a day, the honest answer is the Q91-1600 — and we will quote it instead. The flagship is not a status purchase; it is a feed purchase.
The Justification Test
Three measurements decide whether the flagship is justified, and all three are available before the quotation.
The heaviest routine material, measured. Not the heaviest piece you have ever seen — the heaviest in a normal month, with cross-sections. If it runs past 150 mm continuously, the 1600 is living at its boundary and the 2000 is the machine. If it does not, the 1600 does the job for less money, less power and a smaller installation.
The daily tonnage, honestly counted. Two hundred and fifty to three hundred tons a day is the flagship’s band. An operation at 180 a day is a 1600 operation; an operation at 300 is a flagship operation. The gap between those two sentences is where ambition does its most expensive work.
The duty declaration. Three shifts, declared as run rather than as aspired to. The flagship build follows the declaration, and a machine quoted for the duty you wish you had fights your operation in year two.
Buyers who pass all three tests rarely need convincing. What they need is the specification conversation done properly — because at this scale the build details are the purchase, and the details are all in the duty declaration, the material profile and the spares plan.
What Changes at the Top of the Range
Three things change when the force class doubles from the mill machine below it, and only one is on the specification sheet.
The build becomes the specification. Frame, hydraulics, cooling capacity, wear-liner strategy and hold-down are all quoted against the declared duty, and at this scale the differences between a two-shift build and a three-shift build are structural rather than optional. The quotation at this class reads as an engineering document, not a price sheet.
Downtime is priced in furnace terms. At 250 to 300 tons a day, an hour of downtime is a day’s plan. The seal specification, the wear-part replacement procedure and the spares depth are all part of the specification conversation rather than afterthoughts — the downtime accounting guide for the class below covers the method.
The downstream stages are part of the purchase. Flagship operations run lines: the shear feeding balers or shredder preparation, with the handoff specified as one plan. The pairing conversation happens at quotation, with drop height, buffer and handling signed off against your site plan — operations that spec the stages together run material in the first week.
The Honest Alternative
We would rather sell the 1600 than the wrong 2000. If your material list says 1600, we will say 1600 — less money, less power, a smaller installation, and a machine your operation can actually feed. That sentence is the whole reason buyers come back for the second machine, and it is why the flagship’s reputation holds: the operations running it are the ones whose measurements said so.
If your measurements do say flagship — plate past 150 mm as routine, tonnage at 250 to 300 a day, three shifts declared honestly — then the conversation is about the specification, and we will have it properly. Send the material profile, the three heaviest pieces from a normal month, the shift pattern, the power details and the downstream stages, and the written quotation comes back within two business days with the specification sheet your electrician and foundation contractor can work from.
What the Flagship Build Specifies
At 2000 ton the build details are the purchase, and the list is longer than at any other class. The frame and hydraulic package are quoted against three shifts on the material mix you declare. The blade configuration and steel grade follow the three heaviest pieces from a normal month. The bale capability is specified in detail — density, wire type, arrival condition — because flagship intake includes baled material as routine. The cooling package is sized for sustained heavy duty, which makes oil temperature a specification item rather than a maintenance note. And the power package and starting method are agreed with your electrician before the build, because motor ratings at this class do not tolerate discovery on delivery day.
None of those items is an option list — each is an engineering decision made against your declared duty, and the quotation reads as the document that records them.
The Alternative, Priced
The honest comparison at this scale is not flagship versus nothing; it is flagship versus the 1600 below. If your heaviest routine material stays under 150 mm and your tonnage sits nearer 200 than 250 a day, the 1600 does the job for less purchase price, less installed power and a smaller installation — and the decade of running costs follows the same direction. The step up is justified by the material, measured, or it is not justified at all.
That comparison belongs in the quotation rather than in the buyer’s head. Send both measurements — the heaviest routine piece and the honest daily tonnage — and the written recommendation names the class the numbers support, including when it is the class below the one you asked about.
The Second Machine Question
Flagship operations eventually ask whether the next purchase is another flagship or something smaller for a different duty. The honest answer is usually the latter: a second flagship duplicates a capability the line already has, while a machine for a different fraction — lighter material, a different site, a project duty — adds one. The pairing logic that applies to shear-and-baler lines applies to the whole fleet: size each machine against the material it will actually take, and let the handoffs be specified rather than discovered. The operations that grow by duplication discover they have bought the same bottleneck twice.
The Honest Measurement, Again
The two measurements that justify the flagship are worth restating because they are the whole test, and because ambition is a powerful opponent. First: the heaviest routine material, measured in a normal month — if it runs past 150 mm continuously, the 1600 is living at its boundary and the 2000 is the machine. Second: the daily tonnage, honestly counted — 250 to 300 a day is the flagship’s band, and an operation at 180 is a 1600 operation. Buyers who pass both tests rarely need convincing; buyers who pass one are usually talking themselves into the other. Send both measurements and the written recommendation names the class the numbers support, including when it is the class below.
The Spec Conversation, Done Properly
The largest buyers rarely need convincing — what they need is the specification conversation done properly, because at this scale the build details are the purchase. Frame and hydraulics against the declared duty, blade configuration against the heaviest routine pieces, bale capability against the intake’s density and wire, cooling against the ambient and the cycle rate, power against the supply, and spares against the downtime arithmetic. Send the production plan and all six conversations happen in writing, inside the two-business-day quotation. That document is the purchase; the machine is what arrives when it is finished.
Buyer FAQ
When is the 2000 justified over the 1600?
When the heaviest routine material runs past 150 mm continuously, or tonnage genuinely sits at 250 to 300 tons a day. Both are measurements, not ambitions — and if they do not clear, the 1600 is the honest answer.
What is the flagship’s daily capacity?
250 to 300 tons per day, with the position inside the band set by plate proportion, bale proportion, loading efficiency and where the maintenance window sits in the schedule.
What plate does it handle?
170 mm continuous as a daily diet, 210 mm occasionally. It is the largest class we build, and the boundary rows are the numbers we quote against.
What support comes with the machine?
CE and ISO 9001 certification, factory load testing before shipment, a one-year warranty with extended main-frame coverage available per order, spare blades shipped within 48 hours by DHL or FedEx, and on-site commissioning quotable where the site requires it.
How long does the specification conversation take?
The written quotation comes back within two business days of receiving your material profile, heaviest routine pieces, shift pattern, power details and downstream stages — with the specification sheet attached for your contractors.