Portable Compactor for Dry Waste
Recommended For businesses :
IGA and Supa IGA Stores
Restaurants
Manufacturers
Hotels
Food and Beverage
Large Retail
Cafes
Cafes
Benefits of the smart waste Dry PCDR
Specifications
- Straight ram designed for maximum compaction.
- Extra Long stroke ram for maximum container penetration .
- Retaining pins to prevent waste escaping into loading hopper.
- Large filling chamber .
- Extensive range of optional accessories and upgrades including integrated bin tipping devices & protection guards.
- Space requirements : 2500mm x 4000mm .
- Filling hopper : 1180mm x 1500mm .
- Power: 3 phase 20 amp.
- 34T compaction force.
- Fast cycle time.
- Low noise level integrated power pack.
- User friendly controls.
- Automatic operation.
- Adjustable running time.
- High carbon steel construction.
- Highest quality state of the art robot production.
- High quality two component paint finish.
- Strong UV resistance.
- Easy emptying achieved by conical design of container.
- Large advertising area.
Specifications
- Space requirements : 2500mm x 4000mm .
- Filling hopper : 1180mm x 1500mm .
- Power: 3 phase 20 amp.
- 34T compaction force.
- Fast cycle time.
- Low noise level integrated power pack.
- User friendly controls.
- Automatic operation.
- Adjustable running time.
- High carbon steel construction.
- Highest quality state of the art robot production.
- High quality two component paint finish.
- Strong UV resistance.
- Easy emptying achieved by conical design of container.
- Large advertising area.
Portable Compactor For Dry Waste Details
This powerful compression significantly reduces waste volume, fostering sustainable practices and yielding considerable cost savings. Engineered with a focus on safety and simplicity, our units boast low filling heights, expansive openings, and comprehensive safety measures. Known for their durability and consistent performance, our Skip Lift Portable Compactors promise long-term reliability. Enhance your waste management system with an array of premium accessories, such as secure access features, precise weighing systems, and user-friendly tipping options. Choosing our Skip Lift Portable Compactors is a commitment to a harmonious blend of efficiency, safety, and adaptability, ensuring smooth waste management processes.
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Portable Compactors for Dry Waste: Commercial FAQs & Technical Specifications
A portable compactor for dry waste is an all-in-one mobile compaction system where the high-thrust hydraulic press mechanism and the high-volume storage container share a single transportable steel chassis. Specifically configured for non-liquid commercial, industrial, and retail waste streams, these units feature large volumetric charge boxes designed to accept bulky packaging, whole cardboard boxes, plastics, and dry mixed refuse. Once the unit reaches maximum capacity, a standard commercial hook-lift or skip-loader truck hoists the entire machine and transports it to a recycling hub or landfill for discharge.
While both units compress waste into an integrated container, their structural designs target different material properties:
Feature | Portable Dry Waste Compactor | Portable Wet Waste Compactor |
|---|---|---|
Primary Materials | Cardboard, plastic film, soft plastics, timber crates, dry C&I | Food scrap slurry, wet organic waste, hospital catering refuse |
Ram Configuration | Deep-stroke horizontal sliding ram with retaining teeth | Overhead pendulum ram or liquid-deflecting curved blade |
Sealing System | Dust-containment seals; standard mechanical door latch | Hermetic continuous liquid-tested welds with chemical rubber gaskets |
Charge Box Size | Extra-large loading aperture to accept uncrushed cartons | Smaller, sealed hopper to minimize odor plume during loading |
Drainage Sumps | None required (prevents dry material from clogging valves) | Built-in collection sumps with trade-waste drainage ball valves |
These machines process high-volume, low-density dry waste streams that generate excessive empty space if uncompacted:
- Paper and Corrugated Cardboard (OCC): Large shipping cartons, boxes, cores, and packaging paper.
- Plastics and Packaging Materials: Stretch wrap, shrink film, bubble wrap, plastic strapping, and blow-molded containers.
- Dry Municipal & Office Waste: Non-organic paper products, general office refuse, shredded archives, and textiles.
- Light Industrial Dry Offcuts: Foam, EPS packaging, light timber offcuts, and assembly line scrap.
Standard portable dry waste compactors are built with wear-resistant high-tensile steel to resist high cyclic stresses:
Technical Parameter | Standard Engineering Rating | Operational Advantage |
|---|---|---|
Available Container Sizes | 14 m3, 18 m3, 20 m3, 22 m3, and 26 m3 | Tailored container sizing to match site space and truck clearance |
Compaction Force | 300 kN to 380 kN (~30 to 38 tonnes) | Crushes heavy corrugate and springy plastics into dense blocks |
Volumetric Output | Up to 1.5–2.2 m3 per cycle | Clears bulky items quickly to prevent loading dock backlogs |
Cycle Duration | 35 to 50 seconds | Rapid reset for high-throughput logistics centers |
Hydraulic Drive | 5.5 kW to 7.5 kW high-efficiency motor | Optimized electrical draw with maximum hydraulic force |
Power Supply | 400 V, 50 Hz, 3-Phase, 16 A / 32 A | Standard commercial 3-phase industrial power compatibility |
Dry waste contains substantial internal air pockets. Operating under 30 to 38 tonnes of hydraulic pressure, dry compactors achieve:
- Compaction Ratio: Typically, between 4:1 and 6:1 for general dry packaging, and up to 8:1 for loose soft plastics and shrink wrap.
- Transport Cost Reduction: Compacting loose materials cuts haulage pickups by 70% to 80%, replacing multiple weekly front-lift bin emptyings with one monthly truck dispatch.
- Payload Maximization: Ensures every transport run approaches the maximum legal axle payload, lowering per-tonne transport charges and yard traffic.
Elastic materials like folded corrugate and soft plastics tend to decompress once the ram retracts. Dry waste compactors incorporate:
- Serrated Retaining Teeth (Hold-Down Claws): Heavy-duty welded steel hooks inside the container roof and side walls capture compacted waste as the ram pulls back, keeping it locked in the storage zone.
- Deep Penetration Stroke: The ram extends deeply past the charge box threshold (typically 150–250 mm into the container body), ensuring newly introduced waste is forced securely behind the retaining teeth.
To eliminate manual handling injuries and satisfy Australian Work Health and Safety (WHS) regulations, units can be outfitted with:
- Integrated Hydraulic Bin Lifters: Side- or rear-mounted lifting cradles compatible with standard 120 L, 240 L, 660 L, and 1,100 L wheelie bins.
- Dock-Loading Hoppers: Custom transition chutes configured to allow direct tipping from warehouse mezzanines or loading dock edges.
- Interlocked Safety Cages: Galvanized steel enclosures that halt compaction automatically if the loading door is opened during a cycle.
Installation requires minimal civil construction:
- Ground Pad: A level reinforced concrete slab designed to support a gross vehicle weight of up to 22–26 tonnes.
- Electrical Connection: A 400 V, 50 Hz, 3-phase 16 A or 32 A industrial outlet (5-pin CEE socket) within reach of the unit’s power lead.
- Vehicle Clearance: Straight, overhead-unobstructed truck access (minimum 4.5 meters vertical clearance) to accommodate hook-lift loading arms.
Preventative maintenance ensures machine longevity and minimizes unplanned downtime:
- Chamber Inspection: Removing wire, plastic strapping, or packaging debris that could bind around ram guide shoes.
- Hydraulic Maintenance: Inspecting hydraulic hose lines for abrasion, monitoring pressure gauge settings, and replacing oil return filters annually.
- Mechanical Greasing: Lubricating door hinges, turnbuckles, ratchet screws, and rear rollers. Smart Waste Australia provides nationwide scheduled servicing, compliance checks, and emergency repair callouts across Australia.