— Industrial size-reduction equipment

Dual-shaft shredders.
Break down bulky feed. Keep material moving.

Reduce suitable bulky material for handling, sorting or the next recycling stage. Choose the cutting system, loading arrangement and discharge around the material your operation needs to move.

  • Material-specific selection
  • Standalone or upstream processing
  • Overseas project support
Complete green industrial dual shaft shredder with hopper and access stairs
— Solve the bottleneck before the next machine

Reduce bulky scrap for the next recycling stage.

Oversized or awkward feed can make handling and downstream processing harder than they need to be. A suitable shredder creates a preparation step between the incoming load and the work you want to do next.

Prepare material for your conveyor, sorter, granulator or collection system with a shredder matched to the feed and output you need.

MECUVO supplies dual-shaft shredders from China. Tell us what goes in, how it will be loaded and where the output must go. Build the equipment selection around that complete task.

Large shredder working area in a scrap yard with material handling equipment

Match your shredder to the input and output.

Tell us what you feed in and how the shredded material will be used.

  • Incoming material and dimensions
  • Required output form and destination
  • Loading, discharge and service access
— MACHINE VIDEO

See the equipment at work.

Follow the incoming feed through the cutting chamber and into collection or the next process.

— Where size reduction adds value

Make the next stage easier to feed.

01

Prepare bulky material

Reduce suitable feed into more manageable pieces for handling or further processing. The useful result is determined by the next operation, not by an impressive-looking pile.

02

Connect the process stages

A shredder can serve as upstream preparation for a suitable downstream machine. Review transfer, buffering and controls together instead of treating each machine as an isolated purchase.

03

Target a specific operating problem

Too much manual preparation, oversized pieces or an inconsistent feed stream call for different solutions. State the bottleneck first so the equipment choice has a clear purpose.

— Can it shred my material?

What material do you need to shred?

Different material constructions need different cutting and feeding arrangements. Hollow or thin-walled items, dense sections, flexible pieces and mixed loads do not present the same job.

Share the normal material mix, the largest pieces and any contaminants so we can assess a suitable configuration.

Feed definition for shredder selection

Swipe across the table to compare the details.

Your feed groupWhat mattersSelection focus
Suitable metal offcuts or thin-walled scrapMaterial grade, thickness, dimensions and bulk behavior.Cutting arrangement and drive matched to the actual section.
Cable or prepared radiator materialConstruction, attachments, length and the needs of the next stage.Preparation limits, discharge form and downstream compatibility.
Bulky plastic or mixed industrial itemsMaterial composition, flexibility, dimensions and contaminants.Application-specific feeding and cutting review.
Dense, hard or unusually heavy piecesPeak loading and construction outside the normal feed.Separate assessment; do not infer suitability from motor power.
Batteries, pressurized vessels or unidentified hazardous contentsFire, pressure and contamination hazards.Exclude from normal feed; use an approved identification and removal process.
— Choose the shredder’s role

Choose a standalone shredder or a connected line.

Handling and volume reduction

A standalone shredding station

Evaluate a defined feed and practical loading and collection arrangement. Match the discharge to the storage or handling task you need to improve.

  • Normal and maximum feed dimensions
  • Loader or manual presentation plan
  • Output collection and access

Feeding another machine

A preparation stage

Match the shredder to the receiving equipment. The next machine’s inlet, permissible feed and capacity should shape the discharge and transfer plan.

  • Downstream acceptance defined
  • Transfer height and buffers reviewed
  • Controls and stopping logic coordinated

A connected recycling project

An integrated shredding line

Review the shredder with conveyors, separation or further reduction stages. Make each supplier’s interfaces and site responsibilities explicit before the layout is settled.

  • Equipment boundaries listed
  • Power and controls reviewed as a system
  • Service access built into the layout
— From bulky intake to usable feed

From loading to shredded material

Bulky mixed metal scrap stored in a workshop

Define and prepare

Identify accepted material, normal variation and excluded contents before it reaches the loading area.

Open hopper and twin cutting shafts of a shredder

Present the feed

Use the loading method and preparation suitable for the selected machine and material.

Close view of the two cutting shafts in a shredder chamber

Reduce the material

The cutting arrangement breaks down the feed. Output form depends on the material and selected configuration.

Size reduced mixed metal discharged beneath a conveying system

Transfer or collect

Move the discharge into the planned bin, conveyor or downstream process without creating a new bottleneck.

— Will the next process accept it?

Shredded material for your next process

A typical dual-shaft primary-shredding process can produce pieces with variation in length and shape. Cutter width alone should not be treated as a guarantee that every piece has the same final dimensions.

When a downstream stage requires a controlled size range, make that requirement explicit. The complete route may need additional reduction or classification rather than assuming the primary shredder can deliver the finished product by itself.

Show the intended receiving equipment and its limits. Evaluate the actual discharge against those limits, including awkward pieces and material behavior during transfer.

A complete result

Discharge form

Inspect piece dimensions, length variation and any material that remains difficult to handle.

Transfer behavior

Check whether the material can move through the intended conveyor or collection route.

Next-stage acceptance

Judge the output against the inlet and process requirements of the receiving machine.

— More than a motor-power number

Choose a cutting system for your material.

Shredder selection by working function

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Selection detailWhy it mattersUseful information
Cutting chamber and feed openingThe material must be presented to the cutting system, not just fit inside a large hopper.Normal dimensions, largest pieces and intended loading method.
Cutters and shaft arrangementThe selected cutting action must suit the feed construction and output objective.Representative feed and acceptable discharge.
Drive and load managementDemand changes with material, section and loading behavior.The proposed drive, operating limits and controls.
Service designWorn or damaged cutting elements need a practical replacement plan.Part references, access, lifting requirements and maintenance information.
— Will it feed my line consistently?

Choose capacity for your daily workload.

Feed density, shape, construction and loading continuity influence a shredding run. Include real loading pauses and any reversal or clearing events shown by the offered machine when judging its useful output.

A larger shredder can still be limited by the loader, discharge conveyor or receiving equipment. Compare the rate across the system rather than maximizing one machine’s number.

Useful shredding-rate assessment

Swipe across the table to compare the details.

Production constraintWhat to review
Incoming feedNormal material and the difficult pieces that occur in regular production.
LoadingPresentation method, refill intervals and bulky-item behavior.
Machine operationMaterial-specific rate, interruptions and the control features actually included.
Discharge and downstream processTransfer capacity, buffering, collection and the next stage’s limits.
— Make the investment solve the right problem

Reduce handling work and prepare material for recycling.

Define what changes after size reduction. The benefit might be less manual preparation, a more workable feed for another machine or a different material-handling arrangement. Do not count the same benefit twice in your investment review.

Then include loading equipment, electricity, cutting-element wear, maintenance, downstream work and site installation. A low equipment price can be a poor comparison when the missing transfer or preparation stages are essential.

Give the project a clear boundary: one standalone task, preparation for existing equipment or an integrated line. That makes both the quotation and the business case easier to compare.

Large dual shaft shredder installed on the factory floor

What is slowing down your process?

Tell us the current bottleneck and the output your next machine needs. We’ll help you assess a suitable shredder.

  • A specific bottleneck to remove
  • A usable downstream material form
  • Full operating and integration costs
— Technical scope for your project

Technical Specifications

Request current information for the proposed configuration, not just a generic model sheet. Include the site’s actual voltage, phase and frequency and the documents your facility team requires for the installation review.

Dual-Shaft Shredders

Swipe across the table to compare all specifications.

MECUVO modelMotor power (kW)Blade diameter × thickness (mm)Blade quantityDimensions L×W×H (mm)
DS-5002 × 7.5210×20On request1940×700×1600
DS-6002 × 15250×20302800×1400×1900
DS-8002 × 22350×25323700×1540×2200
DS-10002 × 37400×40254000×1600×2350
DS-12002 × 45400×40304600×1900×2450
DS-14002 × 55500×40355200×2100×2600
DS-16002 × 75500×40405500×2100×2750
DS-18002 × 90650×50366000×2400×2950

Each row represents one reference blade and drive configuration. “2 ×” means two motors. Throughput depends on the material, bulk density, feeding method and required discharge size, so capacity is confirmed after reviewing your material. Cutter geometry, drive power, hopper and conveyor layout can be configured for the application.

Can’t find the configuration you need? Need another shredder size, blade thickness or discharge target? Send material photos, the largest feed dimensions and your required throughput. Get a machine recommendation.

SpecificationDetails to confirm
Accepted feedMaterial, dimensions, construction and exclusions.
Cutting systemChamber, cutting arrangement and application limits.
Drive and controlsOffered drive, operating logic and included protection features.
Output objectiveRequired discharge form and any downstream treatment.
Line interfacesLoading, conveyors, buffers and control responsibilities.
Maintenance accessCutting elements, lifting access and service requirements.
— Your MECUVO project

Find a shredder for your material

01

Start with a defined task

Tell us the accepted feed and the next operation. A focused enquiry supports a more useful equipment review than a request for the biggest available motor.

02

Review connected equipment together

MECUVO’s range includes shredding and metal-recovery equipment. An upstream preparation task can be discussed alongside the relevant downstream equipment.

03

Include help at your location

MECUVO can assist at the customer’s site by agreement. Bring installation, start-up and operator-support needs into the scope before shipment.

— What does the quoted price cover?

Get a quote for a complete shredding setup.

Request the machine, handling interfaces and optional equipment as separate items. A multi-machine enquiry should identify quantities and whether power, loading or discharge is shared.

Shredder project quotation scope

Swipe across the table to compare the details.

Quotation itemWhat to define
Main shredderModel, quantity, cutting and drive configuration for the agreed feed.
Loading and dischargeHopper, support arrangement, conveyors and collection scope.
Parts and interfacesCutting-element references, initial parts and control boundaries.
Delivery and site servicesPacking, delivery point, installation tasks and any on-site assistance.
MECUVO dual shaft shredder machines equipment illustration

From China.
To your operation.

Ask about installation and start-up support at your site.

Equipment supply / Site assistance

— A workable installation

Leave room to feed it, empty it and maintain it.

Allow for loading equipment, incoming storage, discharge collection and service access. The machine footprint alone does not describe the operating area. Your facility team also needs to assess guarding, dust, noise and the material-specific hazards.

MECUVO can assist overseas at your location by project agreement. Define the equipment interfaces, installation-related tasks, start-up work and operator support, together with the site readiness, schedule and visit costs.

— Your shredding purchase

Dual-shaft shredder FAQs

Have a question about your material or project?

No universal feed assumption is appropriate. Material construction, hardness, dimensions and contaminants change the task. Define the normal feed and excluded items for the offered configuration.

Do not assume that from a dual-shaft primary shredder. Piece form can vary with material and cutting arrangement. State any controlled-size requirement so additional reduction or classification can be reviewed.

Not by itself. The cutting system, drive arrangement, loading and discharge must fit the task. Unused capacity or a mismatch with the next stage does not improve the whole operation.

Ask for an interface review covering discharge form, transfer rate, conveyor height, buffering and controls. The receiving equipment’s accepted feed is part of the shredder requirement.

Request the actual control functions of the offered configuration. Do not infer included features from the product category name or from another machine’s video.

Identify unsuitable or hazardous contents before operation. Batteries, pressurized vessels and unidentified hazardous items must not be treated as routine feed. Follow the selected machine’s instructions and your approved site procedures.

Use the part references and arrangement of the proposed cutting system, along with the feed and operating conditions. Include replacement access, required lifting and the time needed for maintenance.

Ask about an agreed trial using representative material. Define what the test should establish and agree the sample, preparation and logistics before shipping.

MECUVO can provide assistance at the customer’s site by project agreement. The destination, tasks, schedule, site preparation and costs are settled for that project.

Start with your email, the material and what you want the output to do. Photos, dimensions, volume, electrical details and line information can follow during equipment selection.

— Get the next stage moving

What goes in—and what needs to come out?

Tell us your material and the task after shredding. Request an equipment option and quotation for a standalone station or a connected process.

  • Material-specific equipment enquiry
  • Photos and line details can follow
  • Integration and on-site assistance can be discussed

Get a quote for your equipment

Tell us what you recycle and leave your email. Photos and technical details can follow.

We use these details to handle your enquiry.