Baler Buyer FAQ

Baler size should be based on more than the amount of floor space available.

Important factors include:

• The type of material being processed
• Daily or weekly material volume
• Desired bale size and weight
• Available labour
• How material will be loaded
• How finished bales will be moved
• Whether material volumes are expected to increase

Lower-volume operations may be well suited to a vertical baler, while higher-volume facilities may require closed door, auto-tie, or two-ram equipment.

For a broader comparison, see our Choosing a Baler Guide.

Baler pricing can vary significantly depending on the type of machine, capacity, level of automation, controls, accessories, installation requirements, and whether the equipment is new or used.

A compact vertical baler and a high-capacity automated system serve very different applications, so there is no single useful price range that applies to every operation.

The best approach is to first determine the equipment configuration that fits your material volume and processing needs, then compare options within that category.

Vertical balers compress material from above and are commonly used in lower-volume applications where material can be loaded manually.

Horizontal balers compress material through a horizontal chamber and are generally better suited to operations requiring greater throughput or more continuous processing.

Horizontal systems may also support conveyors, automated feeding, and automatic tying.

Vertical balers are commonly used in retail, grocery, and smaller commercial facilities, while horizontal systems are often used in warehousing, manufacturing, distribution, and recycling operations.

A horizontal baler may be worth considering when a vertical baler can no longer keep up with material volume or requires too much operator involvement.

Common signs include:

• Material accumulating faster than it can be processed
• Employees spending too much time loading or tying bales
• Increasing storage pressure from loose recyclables
• Larger or more frequent recycling pickups
• A need for conveyor feeding or greater automation
• Continued growth in material volume

The decision should be based on the overall workflow, not volume alone.

Space requirements vary considerably between baler types.

A vertical baler generally requires less floor space, making it suitable for smaller back-of-house, warehouse, or production areas.

Horizontal balers require a larger footprint and may also need additional room for conveyors, bale discharge, controls, service access, and material staging.

When planning for a baler, it is important to consider the full operating area rather than only the dimensions of the machine itself.

Bale weight depends on the baler, material type, compression force, chamber size, and how consistently the material is loaded.

Cardboard, plastic film, rigid plastics, textiles, and light metals can all produce very different bale weights even when processed in equipment of similar size.

Your recycler, transporter, storage system, or downstream process may also influence the preferred bale size and weight.

In many cases, yes.

Some balers can process multiple recyclable materials at different times, provided the machine is suitable for the density, shape, and behaviour of each material.

Facilities handling cardboard, paper, plastics, textiles, foam, or other commodities should also consider how easily materials can be separated and whether bale specifications differ between streams.

For more detail, see our What Can You Bale? guide.

A closed door baler typically requires the operator to tie and discharge each bale as part of the baling cycle.

An auto-tie baler automatically ties finished bales, making it better suited to operations where higher throughput and reduced manual handling are priorities.

Auto-tie systems are often used with conveyors and other automated material handling equipment.

Closed door balers can be a good option for businesses that need greater capacity than a vertical baler but do not require continuous automated processing.

Two-ram balers are commonly used in high-volume recycling and waste applications where flexibility is important.

They can be particularly useful for facilities processing multiple material types because the baling and bale-ejection functions are handled separately.

Two-ram systems are often considered when an operation requires high throughput, dense bales, and the ability to switch between different recyclable commodities.

Yes. Many horizontal balers can be integrated with conveyor systems.

Conveyors can help move material from production, sorting, or receiving areas directly into the baler, reducing manual handling and supporting more continuous processing.

The appropriate conveyor system depends on the material, required throughput, facility layout, and baler configuration.

Labour requirements depend heavily on the level of automation.

A vertical baler typically requires an operator to load material, run the baling cycle, tie the bale, and remove it.

Higher-capacity systems may reduce manual involvement through:

• Conveyor feeding
• Automatic tying
• Continuous material loading
• Automated controls
• Integrated material handling systems

For high-volume operations, labour savings can be an important factor when comparing equipment.

Regular maintenance helps keep baling equipment operating safely and reliably.

Maintenance requirements vary by machine but may include:

• Hydraulic system inspections
• Fluid and filter changes
• Lubrication
• Electrical inspections
• Checking hoses and fittings
• Inspecting wear components
• Cleaning sensors and operating areas
• Monitoring tying systems
• Routine safety checks

Following the manufacturer’s recommended maintenance schedule can help reduce unexpected downtime and extend equipment life.

Baler lifespan depends on the equipment design, operating conditions, material being processed, workload, and maintenance history.

A properly selected and well-maintained baler can remain in service for many years. Equipment that is consistently overloaded, poorly maintained, or used for unsuitable materials may experience greater wear and more frequent repairs.

This is one reason proper sizing and preventive maintenance are important when purchasing baling equipment.

Both new and used equipment can be appropriate depending on the application, budget, and availability.

New equipment may offer:

• Current technology and controls
• Greater configuration flexibility
• Manufacturer warranty coverage
• A longer expected service life

Used equipment may provide a more economical option when a suitable machine is available.

When evaluating used equipment, consider its age, service history, condition, previous application, and whether replacement parts and service support are readily available.

The more information you can provide about your operation, the easier it is to identify suitable equipment.

Helpful information includes:

• Material type
• Approximate daily, weekly, or monthly volume
• Current waste-handling process
• Available floor space
• Desired bale size or weight
• How material will be loaded
• Available electrical service
• Labour considerations
• Existing conveyors or handling equipment
• Future growth expectations

Photos, facility drawings, and information about current recycling challenges can also be helpful when evaluating equipment options.