Process mixed and heavy scrap.

Increase throughput and reduce size.

Cut beams, pipes and structures.

Prepare charge material.

Feed downstream lines efficiently.

The real objective is a controlled, repeatable preparation step that fits the rest of your operation. A properly selected alligator shear lets operators reduce and clean individual pieces before the material moves to the next process.

Strength, hardness and composition.

Shape and wall thickness.

Length, width and dimensions.

Throat cutting or tip cutting.

Tonnage and duty cycle.

Sorting, baling, shredding or melting.

Shorten material or remove attachments before stripping, sorting or granulation.

Longer blade models suit wider items that must be cut across a larger working area.

Confirm the steel grade and cross-section. Mild steel capacity does not apply to hardened or high-alloy steel.

Used to separate valuable non-ferrous sections from attached steel or lower-value parts.

Specific fixtures or working procedures may be required for particular components.

It does not replace a dedicated motor recycling machine for systematic stator cutting and winding extraction.

Force must suit the material and cross-section.

Longer blades give more working area for wide items.

Material must fit safely before it can be cut.

Cutting at the throat differs from cutting at the tip.

Worn blades or wrong clearance reduce cut quality.

Dry cycle time is not the same as real production.

Buyer recommendation: compare machines using your actual material, your operating method and your daily workload — not one headline number.

Every step above assumes a trained operator following the supplied manual and the site risk assessment. Material identification is part of the operating procedure, not an optional check.

Operation, maintenance, electrical and hydraulic documentation is supplied with the machine and can be reviewed before the order is confirmed.

Controlled blade movement and high cutting force in a compact structure. Configuration follows required force, cycle frequency, ambient temperature, motor power, tank capacity, cooling and local supply.

Blades are wear components. Depending on the model they are replaceable, reversible, regrindable and supported by adjustable clearance and a protected lower blade seat.

Scrap can move, lift or kick during cutting. Mechanical, hydraulic or automatically sequenced hold-down devices control the workpiece while the cut completes.

Adapts the machine to different material sizes, limits unnecessary blade travel, shortens the working stroke and improves control of the working area.

The frame resists repeated cutting loads while keeping blade alignment. Evaluate plate thickness, reinforcement at the pivot and cutting head, welding quality, blade seat alignment and cylinder mounting.

Foot pedal or push-button control, single or repeating cycle, emergency stop, main isolator, key-controlled modes, stroke adjustment and interlock monitoring.

A blade that can be rotated, reground or replaced extends usable service life and lowers long-term operating cost.

Main characteristic: Controlled cuts with flexible manual positioning.

Main characteristic: Greater automation and bulk processing capability.

Main characteristic: Repeated tearing and reduction rather than one controlled cut.

Main characteristic: Requires skilled labour, fuel, fire control, fume management and hot-work permits.

Shorter pieces are easier to lift, sort, load and store.

Cutting away attachments separates valuable metal from mixed components.

Material is prepared to dimensions suited to a baler, shredder, granulator or furnace.

Suitable applications reduce dependence on hand tools and flame cutting.

Cuts are repeated to the requirement of the next processing stage.

A focused cutting station within a relatively limited footprint.

Productivity note. Actual output depends on material mix, piece dimensions, operator experience, loading method, required cut length, stroke setting, sorting requirements and machine duty cycle. We do not publish an hourly tonnage unless it has been tested under clearly stated conditions.

Frame condition, weld appearance, fastener installation, blade-seat alignment, pivot and cylinder mounting, machine stability.

System pressure, hose and fitting condition, cylinder movement, oil leakage, valve operation, oil level, filter installation.

Motor rotation, control functions, emergency stop, limit switches, cabinet, wiring labels, voltage configuration.

Blade opening and closing, full-stroke and reduced-stroke cycles, hold-down operation, control response, abnormal vibration or noise.

Factory standard test material, material matching your specification, or a sample you provide where this is agreed.

Machine and nameplate photographs, cutting-test video, control-function video, packing photographs, specification sheet, inspection checklist.

Shipping spares with the machine avoids the freight cost and downtime of an urgent single-part order later. Ask for the recommended spare-parts list to be priced inside your quotation.

Support available: installation manual, remote video guidance, electrical assistance, hydraulic troubleshooting, operator training video and on-site service by separate agreement.

Available trade terms: EXW, FOB, CIF and CFR.

You send material details, dimensions, photographs, expected volume and local voltage.

The material is matched with a blade length, jaw opening, cutting force and configuration.

Both sides confirm model, cutting requirements, electrical supply, safety configuration, options, documentation and supply scope.

Price, trade term, payment terms, production time, warranty and shipping scope are stated.

The machine is manufactured and tested against the agreed specification.

Photos, videos and inspection information are provided as agreed.

The machine is packed and loaded for international transport.

Agreed documents plus remote or on-site support options.

Blade-life reminder. Blade life cannot be stated as one universal number. It depends on material hardness, contamination, cutting frequency, cutting position, blade clearance, operator technique, maintenance and any contact with hardened or foreign objects.