STATIC COMPACTORS

Downwaste static hydraulic waste compactors offer significant cost savings by maximising the volume reduction of your waste and recyclables, leading to lower disposal expenses. The machine’s operation is straightforward and safe, making it easy for your personnel to use and ensuring a smooth workflow. With a substantial fill opening our static waste compactors are unmatched in the market, allowing for efficient handling of large volumes of waste.

downwaste compactors before after

Benefits of Static Waste Compactors

By investing in a Downwaste Static Hydraulic Waste Compactor, you can significantly improve your waste management processes, reduce costs, and contribute to a more sustainable future.

Innovative Design & Performance

Ease of Use & Efficiency

Safety, Maintenance & Customization

downwaste static compactor 2000

Static Compactor Specifications

Ideal for businesses and institutions with dedicated waste management areas, the Stationary Auger Compactor offers exceptional efficiency and cost-effectiveness. Its fixed installation provides a reliable and long-lasting solution for high-volume waste compaction needs.

Type DWSC-01 DWSC-02 DWSC-03
Hopper volume (m³) 1.00 1.50 3.00
Capacity/cycle (m³) 1.14 1.34 2.38
Cycle time without load (sec) 30 48 56
Maximum throughput (m³/h) 120 162 164
Operating compaction (kN) 200 270 290
Boost force (kN) 220 300 300
Overall length (mm) 1400 1985 2790
Ram penetration (mm) 160 160 220
Ram stroke (mm) 1230 1190 1980
Weight (kg) 1850 2400 2865
Electric motor (kW) 4.5 5.5 7.5
Electric data 400V, 50Hz, 16/32A 400V, 50Hz, 16/32A 400V, 50Hz, 16/32A
Area of Use For medium-volume waste compaction, & general office or light industrial waste For high-volume waste & large retail, industrial applications, and packaging materials For very high-volume waste compaction, & large-scale industrial use and heavy-duty applications

Static waste compactors offer several benefits for businesses, including:

  • Cost Reduction: They significantly reduce the volume of waste, leading to lower disposal costs and fewer waste collections.
  • Space Efficiency: By compacting waste, businesses can save space in their waste storage areas.
  • Improved Hygiene: Compactors help contain waste, reducing odours and preventing pest infestations.
  • Environmental Benefits: Compacting waste reduces the number of waste collection trips, lowering carbon emissions.

Operational Efficiency: Static compactors streamline waste management processes, making them more efficient and less labour-intensive.

A static waste compactor reduces disposal costs by compacting waste into a smaller volume. This means that the same amount of waste takes up less space, leading to:

  • Fewer Collections: Less frequent waste collections are needed, reducing transportation and handling costs.
  • Lower Landfill Fees: Reduced volume can mean lower fees if charges are based on the volume of waste rather than weight.
  • Efficient Use of Space: Optimised use of waste containers and storage areas, potentially lowering rental or operational costs for these spaces.

Static waste compactors are versatile and can handle a variety of waste materials, including:

  • Cardboard and Paper: Ideal for retail and packaging industries.
  • Plastic Sheeting and Films: Common in manufacturing and distribution sectors.
  • PET Bottles and Containers: Suitable for recycling operations.

General Municipal Waste: Effective for various types of general waste from commercial premises.

The operating compaction force of a static waste compactor is crucial for its performance:

  • Higher Compaction Force: Leads to more effective volume reduction, resulting in denser bales or compacted waste.
  • Material Suitability: Ensures that different types of waste, including tougher materials, are effectively compacted.
  • Efficiency: Higher force can mean faster processing times, improving overall waste management efficiency.
  • Durability: Stronger compaction force can enhance the machine’s ability to handle heavy-duty waste materials without frequent maintenance.

The differences between various models of static waste compactors;

  • Hopper Volume: The capacity of the hopper varies, affecting how much waste can be loaded at one time.
  • Capacity per Cycle: Different models compact different volumes of waste per cycle.
  • Cycle Time: The time it takes to complete one compaction cycle can vary, impacting throughput.
  • Compaction Force: Different models offer varying levels of compaction force, influencing their ability to handle different waste types.
  • Dimensions and Weight: Models differ in size and weight, affecting their suitability for different installation spaces and operational requirements.

Power Requirements: Different models have varying power ratings, influencing their energy consumption and installation requirements.

Businesses can determine the right model of static waste compactor by considering several factors:

  • Volume of Waste: Assess the average and peak volumes of waste generated to ensure the compactor’s capacity meets demand.
  • Type of Waste: Identify the predominant waste materials to ensure the compactor’s compatibility with those materials.
  • Space Availability: Measure the available space for the compactor to ensure it fits the designated area.
  • Operational Requirements: Consider the frequency of waste generation and the required cycle times to maintain efficiency.
  • Budget: Evaluate the budget for both the initial purchase and ongoing operating costs, including maintenance and energy consumption.

Maintenance for static waste compactors typically includes:

  • Regular Inspections: Checking for wear and tear, and ensuring all components are functioning correctly.
  • Lubrication: Keeping moving parts well-lubricated to prevent friction and wear.
  • Cleaning: Regularly cleaning the compactor to prevent the buildup of waste residue and ensure smooth operation.
  • Hydraulic System Maintenance: Checking hydraulic fluid levels and inspecting hoses and seals for leaks.
  • Electrical System Checks: Ensuring all electrical connections are secure and the control system is functioning properly.
  • Safety Features Inspection: Verifying that all safety features, such as emergency stops and safety guards, are in place and operational.

The cycle time of a static waste compactor impacts its efficiency in the following ways:

  • Throughput: Shorter cycle times enable the compactor to process more waste in a given period, increasing throughput.
  • Operational Downtime: Faster cycles reduce waiting times, allowing for continuous waste processing and minimising downtime.
  • Labour Efficiency: Quick cycle times can reduce the time personnel spend managing waste, freeing them for other tasks.
  • Energy Consumption: Efficient cycle times can lead to optimised energy use, potentially lowering operational costs.

Static waste compactors typically include a range of safety features such as:

  • Emergency Stop Buttons: Easily accessible buttons to quickly halt operation in case of an emergency.
  • Safety Guards: Barriers and guards to prevent accidental contact with moving parts.
  • Full Indicator: Alerts operators when the compactor is full and needs to be emptied.
  • Interlock Systems: Prevents the machine from operating if doors or hatches are open.
  • Overload Protection: Stops the compactor if it becomes overloaded, preventing damage to the machine.
  • Lockout/Tagout Capabilities: Allows for safe maintenance by ensuring the machine cannot be operated while being serviced.

Yes, static waste compactors can often be customised to fit specific business needs, including:

  • Hopper Size and Shape: Customizable to accommodate different types of waste and loading methods.
  • Compaction Force: Adjustable to handle various waste materials with different densities.
  • Control Systems: Programmable control systems tailored to specific operational requirements.
  • Mounting Options: Different mounting configurations, such as stationary or mobile setups, to suit the business’s layout.
  • Additional Features: Optional features like remote monitoring, automated feeders, and container tippers can be added to enhance functionality and efficiency.