SCRAP HANDLING, WASTE PROCESSING & MATERIAL RECOVERY
Scrap, Waste & Recycling Attachments
Explore attachments for handling, sorting, cutting, crushing, screening, compacting and loading scrap metal, demolition material, waste and recyclable resources.
This guide explains the principal attachment families, suitable carrier machines and the practical compatibility checks that influence output, safety and operating cost.
FROM MIXED MATERIAL TO RECOVERED VALUE
Handle. Separate. Process. Recover.
Orange-peel grapples
Sorting grapples and grabs
Scrap and demolition shears
Hydraulic magnets
Crusher and screening buckets
Waste buckets and compactors
The right attachment turns the carrier into a complete material-recovery system.
01 · HANDLE
Handle & Load
Grapples, grabs, buckets and lifting tools for moving loose scrap, waste and bulky material.
02 · SORT
Sort & Separate
Sorting grapples, magnets and screening tools for separating valuable fractions from mixed material.
03 · CUT
Cut & Dismantle
Scrap shears, rail breakers and dismantling tools for reducing oversized metal and equipment.
04 · PROCESS
Process & Compact
Crusher buckets, screening buckets, pulverizers and compactors for preparing material for reuse or transport.
CATEGORY OVERVIEW
What Are Scrap, Waste and Recycling Attachments?
Scrap, waste and recycling attachments are interchangeable tools used to collect, handle, sort, cut, crush, screen, compact and load materials that are being recovered, processed or disposed of. They are mounted on excavators, material handlers, wheel loaders, skid-steer loaders, telehandlers, cranes and specialised recycling machines.
The category ranges from simple heavy-duty buckets to sophisticated hydraulically powered tools. Orange-peel grapples handle loose and irregular scrap. Sorting grapples provide precise control when mixed material must be separated. Scrap shears reduce steel sections and dismantle structures, while hydraulic magnets collect ferrous material without mechanical gripping. Crusher and screening buckets process concrete, soil and mixed mineral fractions directly on the carrier.
Waste applications create unusually varied loads. A grapple may handle light packaging waste during one shift and dense steel offcuts during the next. Material can be sharp, hot, contaminated, abrasive or unstable. Therefore, attachment construction, closing force, tine geometry, wear protection and hose routing must match the actual material rather than a broad category description.
The carrier also determines performance. A material handler provides reach, elevation and often a lifting cab for loading trucks or feeding shredders. An excavator provides strong digging and demolition geometry. A wheel loader offers fast travel and high bucket capacity. Meanwhile, compact loaders can work inside transfer stations or confined yards. The attachment must suit the machine’s weight, lifting chart, hydraulic system and mounting interface.
A correctly matched attachment improves recovery rates, reduces manual handling and lowers the number of machine movements required to process each tonne. This guide compares the main attachment families and explains how to select a safe, productive combination for scrap yards, recycling plants, demolition sites, transfer stations, landfills and industrial facilities.
CORE ATTACHMENT FAMILIES
Main Types of Scrap, Waste & Recycling Attachments
These six attachment families cover the most common handling, recovery and processing tasks. Each card is an editable vertical stack inside a wrapping row.
BULK HANDLING
Orange-Peel Grapples
Multi-tine hydraulic grapples for loose scrap, waste, rocks and irregular bulk material. They are available with different tine numbers, profiles and closing geometries.
PRECISE SORTING
Sorting Grapples
Two-shell or multi-purpose grapples designed for controlled picking, sorting, loading and demolition cleanup. Continuous rotation improves positioning.
METAL REDUCTION
Scrap & Demolition Shears
High-force hydraulic cutting tools for steel sections, pipes, tanks, vehicles and structural scrap. Jaw shape and blade design determine the preferred material.
FERROUS RECOVERY
Hydraulic Magnets
Electromagnetic or permanent-magnet systems used to collect ferrous material, clean sorting areas and recover steel from mixed fractions.
MATERIAL PROCESSING
Crusher & Screening Buckets
Carrier-mounted processing tools that reduce, separate or screen concrete, soil, aggregate and mixed mineral material directly on site.
WASTE TRANSFER
Waste Buckets & Compactors
High-volume buckets, high-tip buckets, compaction plates and landfill tools for loading, transferring and densifying low-density material.
MATERIAL HANDLING
Grapples, Grabs and Loading Attachments
Handling attachments must control material that rarely has a uniform shape or centre of gravity. Loose sheet metal, turnings, demolition timber, mixed municipal waste and compacted bales all behave differently. The opening width, closing pattern and tine or shell profile should therefore match the material and the way it must be loaded.
Orange-Peel Grapples
Orange-peel grapples use several curved tines that open outward and close around loose material. Four- and five-tine designs are common, although other configurations are available. The open structure lets small debris fall through, while the curved tines gather irregular pieces from several directions. This makes the attachment effective for scrap metal, mixed waste, rocks and bulky industrial material.
Tine profile influences penetration and retention. Narrow pointed tines enter compacted piles more easily, while wider or closed tines retain smaller fractions. Semi-closed and closed-shell variants reduce material loss but add weight. The grapple’s self-weight, open diameter and rated capacity must remain compatible with the carrier’s lifting chart, especially when the attachment is suspended from a long material-handler boom.
Most modern scrap grapples use hydraulic rotation or are suspended beneath a rotator. Continuous rotation allows the operator to orient the tines without moving the carrier. The rotator, suspension link, hoses and rotary connections must be rated for the same loads and hydraulic conditions as the grapple. Excessive side loading or impact can damage the suspension even when the grapple body itself remains intact.
Sorting Grapples
Sorting grapples normally use two opposing shells or jaws. They provide more precise gripping than an orange-peel grapple and can pick individual objects, separate mixed materials, load containers and position demolition debris. Perforated shells improve visibility and allow fine material to escape, while solid shells retain small waste and loose material.
Jaw geometry should match the work. Wide shells move volume efficiently, but narrow tips provide greater precision. Reinforced sorting grapples can also perform light demolition and loading work, although they should not be used as crushers unless the manufacturer has designed them for that purpose. The operator should avoid twisting a gripped object against the ground because this creates loads that may exceed the intended closing and rotation forces.
Clamshell and Waste Grabs
Clamshell grabs use two bucket-like shells to collect loose bulk material such as ash, shredded waste, biomass, soil or fine scrap. They can be suspended from cranes and material handlers or mounted directly on excavators. Shell volume, edge design and closing overlap determine how well the grab retains fine material. High-volume waste grabs use lightweight construction to maximise payload without exceeding the carrier’s capacity.
When a grab feeds hoppers, shredders or furnaces, the operator needs predictable release and sufficient reach. The attachment should open fully without contacting nearby structures, and the hydraulic system should provide controlled movement rather than sudden shell motion. Replaceable edges and wear liners are valuable when the material contains abrasive fines or sharp metal.
CUTTING & DISMANTLING
Attachments for Cutting and Reducing Metal
Oversized scrap must often be reduced before it can enter a shredder, furnace, container or transport system. Cutting attachments concentrate hydraulic force through hardened blades and reinforced jaws. Productivity depends on matching the jaw opening and blade profile to the material rather than selecting the largest shear available.
PRIMARY REDUCTION
Scrap Shears
Heavy cutting jaws for structural steel, plate, pipes, tanks and general ferrous scrap. Replaceable blades support repeated high-load work.
RAIL PROCESSING
Rail Breakers
Specialised jaws that bend or break rail sections into transportable lengths. Jaw profile and carrier stability are critical.
VEHICLE RECYCLING
Car Dismantling Tools
Clamps, pullers and precision shears used to stabilise vehicles and separate valuable components and materials.
Scrap and Demolition Shears
Scrap shears cut plate, beams, pipes, rebar, tanks and other metal sections. The jaw normally combines a piercing tip, guide blades and main cutting blades. Some designs favour structural demolition, while others are optimised for processing scrap on the ground. A long jaw can accept larger material, but it may create more leverage and require a heavier carrier.
Blade clearance and alignment directly affect cutting performance. Worn or poorly adjusted blades increase force requirements and may fold material instead of cutting it cleanly. Operators should rotate or replace reversible blades according to the manufacturer’s limits. Welding on the jaw or using unapproved hardfacing can change the heat treatment and should only be performed under an approved repair procedure.
The carrier must supply the required pressure and flow while remaining stable throughout the cut. A shear can create large reaction forces when a section breaks. The operator should position the material close to the jaw throat, avoid side loading and never use the attachment as a hammer. Continuous rotation helps align the jaw, but the rotation circuit is not intended to twist material apart.
Vehicle and Equipment Dismantling
Vehicle recycling increasingly uses dedicated attachments to separate engines, wiring, radiators, catalytic converters and non-ferrous components. A stabilising clamp holds the vehicle while a precision shear or puller removes selected parts. This controlled process can improve recovery and reduce manual cutting, but it requires clear procedures for depollution, battery removal and fire prevention.
Dismantling tools often operate close to the carrier and must provide excellent visibility. Jaw tips, blades and clamping surfaces should be replaceable because contact with hardened components and contaminated material causes rapid wear. The site must also manage fluids, airbags, pressurised components and high-voltage systems before mechanical dismantling begins.
SORTING & MATERIAL RECOVERY
Magnets and Separation Attachments
Separation attachments recover valuable material and protect downstream equipment from contamination. Ferrous metal is particularly suitable for magnetic recovery because it can be collected without closing mechanical jaws around every object. Magnets are used in scrap yards, demolition cleanup, rail work, foundries, recycling plants and road-maintenance operations.
MOBILE FERROUS RECOVERY
Hydraulic Generator Magnets
The attachment uses hydraulic power from the carrier to generate electricity for a suspended magnet. This provides an independent mobile recovery system.
LOW-COMPLEXITY PICKUP
Permanent Magnets
Permanent magnetic systems collect ferrous material without continuous electrical power. A release mechanism separates the load when required.
CLEANUP & SEPARATION
Magnet Plates & Separator Tools
Compact plates and magnetic tools clean work areas, recover nails and steel fragments or separate ferrous material from processed fractions.
Hydraulic Magnets
A hydraulic magnet typically combines a hydraulic motor, generator, control system and lifting magnet. The carrier supplies hydraulic power, so the magnet can work independently of an external electrical source. The complete unit may hang from a chain, quick coupler or dedicated suspension. Because the system adds substantial self-weight, the carrier’s lifting capacity must be checked with the magnet fully extended.
Magnet diameter and electrical duty influence lifting performance. Thin sheet, tangled wire and small fragments behave differently from a single thick plate. Air gaps, rust, paint, dirt and irregular contact reduce holding force. Therefore, catalogue lifting figures should not be treated as guaranteed capacity for every scrap pile. The operator should lift test loads close to the ground and avoid carrying material over people or occupied vehicles.
Cooling and duty cycle matter during continuous operation. Generator housings, oil flow and electrical components must remain within their permitted temperatures. Cables, connectors and control boxes require protection from impact, moisture and conductive dust. A magnet should also include a controlled release function that prevents residual magnetism from retaining small pieces unexpectedly.
Mechanical Sorting and Screening
Not every separation task is magnetic. Sorting grapples remove timber, plastics, concrete and non-ferrous metals from mixed waste. Screening buckets separate fractions by size, while rotating screens process soil, compost, biomass and demolition fines. The best system often combines several stages: a grapple removes oversized objects, a screen separates by size and a magnet extracts ferrous metal from the processed stream.
PROCESSING & VOLUME REDUCTION
Attachments That Crush, Screen and Compact Material
Carrier-mounted processing attachments allow material to be treated where it is generated. This can reduce transport, create reusable aggregate and separate valuable fractions before material reaches a fixed plant. However, mobile processing is most effective when feed material, required output size and production targets match the attachment.
SIZE REDUCTION
Crusher Buckets
Jaw-type buckets crush concrete, brick and mineral material into smaller reusable fractions directly at the work site.
FRACTION SEPARATION
Screening Buckets
Rotating or shaft-based buckets separate, mix and aerate material for reuse, backfill or further processing.
CONCRETE PROCESSING
Pulverizers
Mechanical or hydraulic jaws break concrete and separate reinforcement during primary or secondary demolition processing.
VOLUME REDUCTION
Compaction Attachments
Plates, wheels and landfill compactors densify waste, backfill and processed material to reduce voids and transport volume.
Crusher and Screening Buckets
Crusher buckets use a jaw or rotor system to reduce concrete, brick and natural stone. The operator loads the bucket, activates the processing mechanism and discharges the crushed material. Output size is controlled by jaw adjustment, screening elements or interchangeable components. Reinforcement and contaminants must be managed because long steel pieces can obstruct the mechanism or damage conveyors and downstream equipment.
Screening buckets separate material by particle size and may also mix, aerate or crush soft lumps. Drum screens suit soil, compost and relatively free-flowing material. Shaft-based screens can process wetter or more cohesive feed, depending on the tool configuration. Screened output can become backfill, topsoil or a feedstock for additional processing.
Both attachment types require adequate hydraulic flow and a suitable return line. Processing creates dust, vibration and high wear. The operator should avoid feeding pieces larger than the permitted opening and should inspect picks, jaws, shafts and screens regularly. Production figures depend heavily on material moisture, hardness and preparation, so real site trials provide better guidance than ideal catalogue conditions.
Waste Compaction and Transfer Tools
Waste transfer stations and landfills use high-volume buckets, high-tip buckets, compaction plates and dedicated compactor wheels. High-tip buckets increase discharge height when loading walking-floor trailers or containers. Lightweight waste buckets maximise volume for low-density material, while reinforced versions handle glass, construction waste and abrasive fractions.
Compaction reduces voids and increases the amount of material that fits into a container, cell or transport unit. The attachment must suit the carrier and the material. A vibratory plate can consolidate selected waste or backfill, whereas landfill compactors use toothed wheels and machine weight to crush and densify layers. Operators should monitor hidden hazards because sharp objects, unstable surfaces and trapped gas can create additional risks.
SPECIALISED MATERIAL STREAMS
More Scrap, Waste & Recycling Attachment Types
Specialist attachments improve control when the recovered material has a consistent shape, packaging method or handling risk.
BALED MATERIAL
Bale Clamps & Recycled-Material Grabs
Clamps and grabs handle paper, plastic, textile and metal bales without damaging straps or losing load stability.
RUBBER RECYCLING
Tyre Handling Attachments
Specialist clamps, forks and grabs move loose tyres, tyre bales and large off-road tyres safely.
CONTAINER HANDLING
Drum & Barrel Handling Tools
Clamps and grabs secure drums for storage, emptying or recycling while reducing manual contact.
ABRASIVE MATERIAL
Glass and Aggregate Buckets
Wear-resistant buckets and high-tip designs handle cullet, glass fines, aggregate and abrasive recycled fractions.
WOOD RECOVERY
Timber and Biomass Grapples
Grapples sort demolition timber, pallets, green waste and biomass before shredding or reuse.
DENSIFICATION
Waste Compaction Wheels
Toothed wheels compact waste and backfill in cells, trenches and transfer areas where machine access permits.
CARRIER MACHINES
Machines Commonly Used with Recycling Attachments
The carrier’s geometry and duty cycle often matter as much as its operating weight. Reach, cab visibility, hydraulic cooling, lifting charts and travel requirements should all influence the choice.
HIGH-CAPACITY HANDLING
Material Handlers
Long-reach booms, elevated cabs and heavy-duty undercarriages make material handlers ideal for grapples, magnets and shears in scrap yards and ports.
VERSATILE PROCESSING
Excavators
Excavators use sorting grapples, pulverizers, shears, crusher buckets and magnets for demolition, recycling and site processing.
FAST LOAD & CARRY
Wheel Loaders
Wheel loaders move high volumes with buckets, waste clamps, forks and high-tip attachments across yards and transfer stations.
CONFINED SITES
Skid-Steer & Compact Track Loaders
Compact carriers use buckets, grapples, sweepers and screening tools inside buildings and confined processing areas.
REACH & STACKING
Telehandlers
Telehandlers combine reach with forks, bale clamps and buckets for handling packaged recycling material and loading containers.
FIXED-SITE HANDLING
Cranes & Stationary Machines
Suspended grapples, magnets and grabs can work from cranes, gantries and fixed material-feeding systems.
WHERE THE ATTACHMENTS WORK
Common Applications
Each site has a different material flow. The attachment should support the complete process from receiving and sorting to processing, storage and outbound loading.
METAL RECOVERY
Scrap Yards & Metal Recycling
Unload incoming scrap, sort grades, feed shears and shredders, recover ferrous material and load outbound containers.
C&D WASTE
Demolition & Construction Recycling
Separate timber, steel and concrete, process mineral material and prepare reusable aggregate directly on site.
WASTE LOGISTICS
Waste Transfer Stations
Handle municipal and commercial waste, load transport units, clean tipping floors and reduce material volume.
DISPOSAL & RECOVERY
Landfills & Resource Parks
Spread, compact and recover material while maintaining safe working areas and controlled traffic flows.
ELV RECYCLING
Vehicle Dismantling
Stabilise vehicles, remove components, cut body sections and separate valuable metals for downstream processing.
INDUSTRIAL SCRAP
Industrial Plants & Foundries
Handle production scrap, slag, offcuts and return material while feeding furnaces and processing equipment.
SELECTION GUIDE
How to Choose the Right Scrap, Waste or Recycling Attachment
1. Define the Material Stream
Start with the material that the attachment will handle most often. Loose ferrous scrap, municipal waste, concrete, timber, tyres and baled paper require different jaw profiles, shell shapes and wear protection. Mixed material may need a versatile sorting grapple, while a consistent stream can justify a specialised tool.
2. Identify the Required Function
Determine whether the primary goal is loading, sorting, cutting, lifting, screening, crushing or compacting. A tool designed for one task should not automatically be used for another. For example, a sorting grapple can position concrete but cannot replace a pulverizer when material must be broken and reinforcement separated.
3. Calculate Realistic Load Weight
Material density varies dramatically. A high-volume grab filled with light waste creates a different load from the same volume of steel or wet fines. Combine attachment self-weight, rotator or coupler weight and maximum payload, then compare the total with the carrier’s lifting chart throughout the intended working radius.
4. Match the Mounting and Suspension System
Confirm whether the attachment mounts directly to a quick coupler, hangs beneath a rotator or uses a crane suspension. Pin dimensions, bolt patterns, coupling geometry and load ratings must match. Suspended attachments also require suitable links, chains, swivels and hose arrangements.
5. Check Hydraulic Flow, Pressure and Cooling
Powered attachments need the correct hydraulic supply. Grapples may use moderate flow but frequent cycles. Shears demand high pressure and substantial cylinder volume. Crusher buckets, magnets and screens can run continuously and create heat. Compare minimum, recommended and maximum flow, pressure, return-line requirements and case-drain needs with the carrier.
6. Consider Rotation Requirements
Continuous rotation improves loading and sorting because the operator can orient the attachment without repositioning the carrier. Check rotator torque, axial and radial load ratings, permitted pressure and the number of hydraulic passages. If the attachment has several functions, the rotary union and control system must support them.
7. Evaluate Opening, Closing Force and Geometry
Opening width determines the size of material that the tool can accept. Closing force and jaw shape determine whether the attachment penetrates, retains or cuts it effectively. A wide opening does not guarantee secure handling when the tines are too far apart or the shells do not overlap sufficiently.
8. Select the Correct Duty Class
Occasional cleanup, continuous shredder feeding and severe scrap processing do not require the same construction. Heavy-duty attachments use thicker structures, stronger bearings and additional wear material, but this also increases self-weight. Select the duty class that matches real utilisation rather than simply choosing the heaviest model.
9. Review Wear Parts and Material Protection
Check replaceable tine tips, shell edges, shear blades, crusher jaws, screening shafts and wear liners. Abrasive fines, sharp scrap and impact can damage unprotected structures quickly. At the same time, attachments handling finished products or bales may need smooth surfaces that do not puncture or contaminate the load.
10. Plan Controls, Visibility and Operator Feedback
The operator must see the attachment and material clearly. Elevated cabs, cameras, load indicators and intuitive joysticks improve control. Multi-function tools may require proportional valves, electrical selectors or machine integration. Controls should support precise movement rather than abrupt opening, closing or rotation.
11. Check Site Safety and Fire Risk
Scrap and waste sites can contain batteries, pressurised containers, flammable material and hidden voids. Hot work, metal impact and damaged electrical systems can start fires. The attachment choice should support the site’s exclusion zones, inspection routines and emergency procedures.
12. Compare Service Support and Total Cost
Initial purchase price is only one part of cost. Compare expected wear, hydraulic efficiency, maintenance access, spare-part availability and repair capability. Downtime at a busy recycling plant can cost more than the difference between two attachment prices, so support and parts supply deserve serious attention.
COMPATIBILITY
Scrap and Recycling Attachment Compatibility Checklist
Use this checklist before purchasing, installing or transferring an attachment to another carrier. Physical connection alone does not prove that the combination is safe or productive.
| Check | What to confirm |
|---|---|
| Carrier manufacturer and model | Exact model, boom configuration, coupler and counterweight |
| Lifting capacity | Permitted load at the maximum planned reach and height |
| Attachment self-weight | Tool, rotator, suspension, coupler and hoses |
| Maximum payload | Realistic density and volume of the handled material |
| Mounting interface | Pin dimensions, coupler geometry, bolt pattern or suspension link |
| Hydraulic flow | Minimum, recommended and maximum oil flow |
| Hydraulic pressure | Required operating pressure and maximum permitted pressure |
| Return and case drain | Back-pressure limit, free return and drain requirements |
| Rotation system | Torque, load rating, pressure and number of passages |
| Opening and capacity | Maximum object size, grab volume or jaw opening |
| Duty cycle | Intermittent, continuous or severe-duty operation |
| Wear protection | Replaceable edges, blades, tips, liners and bearings |
| Controls | Proportional functions, electrical selectors and machine integration |
| Visibility and guarding | Cameras, cab protection, hose protection and debris shields |
| Documentation | Operating instructions, load charts and maintenance schedule |
UPTIME & SAFE OPERATION
Maintenance and Safety
Recycling attachments work in one of the harshest machine environments. Sharp material, abrasive dust, repeated impacts and contamination can damage structures and hydraulic components quickly. A short inspection before every shift helps identify wear before it becomes a failure.
Inspect the main body, welds, pins, bearings, tine tips, shell edges and mounting points. Check rotators and suspension links for play, leaks and deformation. Shear blades should remain aligned and within the specified clearance. Crusher jaws, screening shafts and magnet housings require inspection for cracks, trapped material and loose fasteners.
Hydraulic hoses need protection from sharp scrap and excessive bending. Route hoses so that full opening, closing and rotation cannot pull them tight or pinch them. Replace damaged outer covers before reinforcement becomes exposed. Clean quick couplings before connection because metal particles and dust can contaminate valves and motors.
Fire prevention deserves special attention. Batteries, fuel residues, hot metal and combustible waste can ignite. Operators should recognise prohibited materials and stop work when smoke, unusual heat or electrical damage appears. Sites should maintain suitable extinguishing equipment and a plan for isolating burning material.
Never carry loads over people or occupied cabs. Establish exclusion zones around cutting, crushing and magnetic lifting operations. Magnets can drop material if power is interrupted or contact is poor. Grapples can release unstable loads when the carrier turns or stops suddenly. Keep loads low during travel and use the carrier’s approved travel position.
Store disconnected attachments on stable stands with jaws, tines and shells safely supported. Release hydraulic pressure, cap couplings and protect electrical connections. Follow the manufacturer’s lubrication, bolt-torque and service intervals, and record repairs so structural history remains traceable.
COMMON QUESTIONS
Frequently Asked Questions
What is the difference between an orange-peel grapple and a sorting grapple?
An orange-peel grapple uses several curved tines to gather loose, irregular bulk material from several directions. A sorting grapple normally uses two opposing shells and provides more precise control when individual objects or material fractions must be selected.
Which carrier is best for scrap-yard handling?
Material handlers are often preferred because they provide long reach, elevated cabs and lifting charts designed for suspended attachments. Excavators and wheel loaders can be better for processing, ground work or fast load-and-carry operations.
Can one grapple handle both scrap metal and waste?
Sometimes, but tine or shell geometry must suit both materials. A grapple designed for heavy steel may be too open for light waste, while a closed waste grab may be too heavy or vulnerable for severe scrap handling.
Do recycling grapples need continuous rotation?
Continuous rotation is not essential for every task, but it greatly improves positioning and reduces carrier movement. The rotator, suspension and hydraulic passages must be rated for the attachment and payload.
How do I size a scrap shear for an excavator?
Check the shear self-weight, jaw opening, required pressure and flow, intended material and the excavator lifting chart. Manufacturers normally provide recommended carrier ranges, but final compatibility depends on the machine configuration and working radius.
Can a hydraulic magnet lift any steel object?
No. Holding force depends on material thickness, contact area, air gaps, shape, rust, dirt and magnet duty. Irregular or thin scrap may have much lower capacity than a clean flat test plate.
What is the advantage of a crusher bucket?
A crusher bucket processes concrete and mineral material directly on the carrier, which can reduce transport and produce reusable aggregate on site. Production depends on feed preparation, material hardness and hydraulic capacity.
What is the difference between a crusher bucket and a screening bucket?
A crusher bucket reduces particle size through a jaw or rotor. A screening bucket separates material by size and may mix or aerate it. Some shaft-based screening buckets also break soft lumps, but they are not replacements for primary crushers.
Which attachment is used for vehicle dismantling?
Vehicle dismantling commonly uses a stabilising clamp together with a precision shear, puller or multi-purpose dismantling tool. Vehicles must be depolluted and made safe before mechanical processing begins.
How often should shear blades be adjusted?
Inspection frequency depends on workload and material. Blade clearance should be checked regularly and adjusted or rotated within the manufacturer’s limits. Delayed maintenance increases cutting force and can damage the jaw.
Can the same attachment fit several machines?
Possibly, when the mounting interface, capacity and hydraulics are compatible. Each carrier still needs an individual check because lifting charts, geometry, flow and pressure can differ even between similar machines.
What should be inspected before each shift?
Check mounting locks, pins, hoses, rotators, welds, blades, tines, edges and visible fasteners. Test opening, closing and rotation at low speed, and confirm that safety guards and cab protection are in place.
CONTINUE EXPLORING
Related Machine Attachment Categories
Recycling work overlaps with material handling, demolition and earthmoving. Continue with the related categories below.
Material Handling & Lifting
Explore grapples, grabs, forks and lifting tools used across industrial yards, ports and processing plants.
Demolition Attachments
Compare concrete crushers, pulverizers, demolition shears and processing tools for construction and demolition waste.
Earthmoving Attachments
Find buckets, rippers, screening tools and compactors used for site preparation, backfill and recovered aggregate.