
Wear-resistant alloy cutters
Replaceable cutters manufactured from high-hardness wear-resistant alloy steel support longer service life and practical replacement or repair.
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Compact low-speed, high-torque shredding for mixed waste and controlled primary reduction.

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Replaceable cutters manufactured from high-hardness wear-resistant alloy steel support longer service life and practical replacement or repair.
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The fixed-knife geometry helps prevent flexible material from winding around the shafts, reducing blockages and supporting continuous operation.
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A multi-stage sealing arrangement protects the bearing area against dust, moisture and corrosive contamination in demanding applications.
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Trusted electrical components and PLC control provide operating status, overload alarms and practical diagnostic information for daily operation.
Discuss this configuration →When excessive load or a material jam is detected, the control system automatically reverses the shafts to release the obstruction and protect the drivetrain.
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The compact drive arrangement, replaceable cutters and accessible service points simplify routine inspection and help control maintenance cost.
Discuss this configuration →The WLS is a compact low-speed, high-torque double-shaft shredder for difficult or mixed feedstock. Cutter thickness, hook geometry, shaft speed and drive power are selected around the material and required capacity. Because the machine discharges without a sizing screen, the final fraction is influenced by cutter configuration and repeated material engagement.
Watch the feeding, stable processing and resulting output under real operating conditions.
Use this table for preliminary comparison. Throughput depends on the feedstock, cutter geometry, feeding consistency and operating conditions. These unscreened shredders do not guarantee a uniform final particle size. Power summaries add the listed installed motors; capacity ranges span the listed model values and remain material-dependent.
| Specifications | WLS-350 | WLS-505 | WLS-608 | WLS-710 |
|---|---|---|---|---|
| Drive power | 5.5/7.5 kW | 15/18.5 kW | 22 kW | 30 kW |
| Cutting chamber | 450*350 mm | 550*500 mm | 640*800 mm | 690*1000 mm |
| Typical throughput | 300-800 kg/h | 500-1500 kg/h | 1000-2500 kg/h | 1500-3000 kg/h |
| Typical output | 30-90 mm | 30-90 mm | 30-90 mm | 30-90 mm |
Open a brochure online before deciding whether to download it. Contact our team for a project-specific configuration.
CompletedOne-Stop Crushing & Separation Solution
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CompletedOne-Stop Crushing & Separation Solution
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CompletedOne-Stop Crushing & Separation Solution
View project ↗Selected packing and shipment records associated with this equipment family.
View factory delivery records ↗The images document the loading process at our facility, featuring reinforced waterproof film packaging to guarantee safe, damage-free transit over long distances. The equipment has now arrived at its destination safely, and we will continue to provide ongoing installation guidance and technical support.
This compact double-shaft shredder is ready for shipment to our client. The machine is securely packed in wooden cases to withstand long ocean transit. The photo shows the final loading process at our facility.
Clear answers about selection, manufacturing, delivery and support.
WALI is an industrial recycling equipment manufacturer with its own production, assembly and testing capabilities.
Our engineers review the material, required capacity, target output and complete process before recommending a configuration.
Yes. The cutting system, drive, controls, dimensions and line integration can be configured according to the project.
Delivery depends on the equipment type, customization and the confirmed production schedule. A lead time is provided with the final technical proposal.
Support can include documentation, remote guidance, spare parts, training and on-site service where agreed in the project scope.
Send your capacity, input photos and target output. We will respond with a recommended starting point.
Representative WLS double-shaft applications. The final result depends on cutter width, hook geometry, material composition, feed consistency and operating conditions.






Our team helps identify wear parts and provides practical technical communication throughout the equipment lifecycle.