When waste volume outpaces capacity, production slows and materials pile up. High-capacity vertical balers are purpose-built to handle industrial-scale demands—delivering consistent performance under pressure that would overwhelm standard systems. These machines keep operations moving, reduce downtime, and produce dense, transport-ready bales for optimized recycling and disposal.
*Certain materials, including electronics, may require dedicated handling or have limited recycling or disposal options depending on your location. If you are unsure what can be processed or disposed of, contact us and we will guide you to the best solution.
High-capacity vertical balers deliver oversized bales, fewer cycles, and less handling time. These are ideal for facilities where throughput drives the schedule.
High-capacity vertical balers deliver oversized bales, fewer cycles, and less handling time. These are ideal for facilities where throughput drives the schedule.
High-capacity vertical balers deliver oversized bales, fewer cycles, and less handling time. These are ideal for facilities where throughput drives the schedule.
Designed for industrial-grade performance for operations that refuse to compromise.
Multiple layers of protection, UL-Listed controls, and OSHA/ANSI-compliant features safeguard operators and prevent unintended operation or injury.
72" or larger bale chambers mean fewer units to handle, move, and load—simplifying logistics from baler to truck and reducing labor costs.
Intuitive controls and clear layouts minimize training time and reduce operator errors that slow production.
High compression force produces dense, stable bales that reduce handling time and optimize trailer space for lower freight costs.
Wide feed openings and accessible chamber design make loading faster and safer, reducing operator strain and improving cycle efficiency.
Industrial-grade construction and high-quality components ensure years of dependable performance in demanding environments, even under frequent, heavy-duty cycles.
Note: Options may not be available for all models.
“We went from paying $18,000 to $20,000 a year for plastic removal by a local waste company to selling our compacted bales to our pots and tray manufacturers for $8,000 to $10,000 per year! So… we paid for our baler in less than a year! Every time the baler runs, it sounds just like printing money. Thanks for delivering a great product and one that does exactly what you said it would! Very refreshing to deal with an honorable company.”
John Hardiman, American Farm
Large-format vertical balers deliver exceptional capability for facilities managing heavy volumes of cardboard or other recyclables. They are designed for operations where efficiency and throughput are critical.
Our solutions are tailored to meet the unique needs of a wide range of industries:
| Overall (WxDxH) | 82.25”x36”x146.75” |
| Feed Height | 54.25″ |
| Bale Weight (OCC) | 1,100 – 1,400 Lbs |
| Bale Width | 72″ |
| Bale Depth | 30″ |
| Bale Height | 48″ |
| No. of Bale Tie Slots | 6 |
| Pump | 10.5 GPM |
| Control Voltage | 110 – 120 Vac |
| Voltage, 3-phase | 208/230/480V |
| Ship Weight | 5,870 Lbs |
| Cylinder Bore | 6″ |
| Cylinder Rod | 3.5″ |
| Rod Stroke | 48″ |
| Motor | 10 Hp |
| Ejection System | Semi-Automatic |
| Hydraulic Tank Capacity Gallons | 18 |
| Average Cycle Time | 56 sec |
| Working Pressure | 2,000 psi |
| Relief Pressure | 2,300 psi |
| Working Force | 56,549 lbs |
| Relief Force | 65,031 lbs |
| Normal Ram Pressure | 26.5 psi |
| Max Ram Pressure | 30.5 psi |
| Overall (WxDxH) | 102”x53.5”x156.5” |
| Feed Height | 49.5″ |
| Bale Weight (OCC) | Up to 1,700 lbs |
| Bale Width | 72″ |
| Bale Depth | 40″ |
| Bale Height | 48″ |
| No. of Bale Tie Slots | 7 |
| Pump GPM | 12/4 HiLo |
| Control Voltage | 110-120 VAC |
| Voltage, 3-phase | 208/230/480V |
| Ship Weight | 7,200 lbs |
| Cylinder Bore | 7″ |
| Cylinder Rod | 4″ |
| Rod Stroke | 60” |
| Motor | 10 Hp |
| System | Semi-Automatic |
| Hydraulic Tank Capacity Gallons | 40 |
| Average Cycle Time | 57 sec |
| Working Pressure | 2,200 psi |
| Relief Pressure | 2,500 psi |
| Working Force | 84,667 |
| Relief Force | 96,211 |
| Normal Ram Pressure | 30 psi |
| Max Ram Pressure | 33.4 psi |
| Extreme-Duty Vertical Balers |  V72XD42 |  V72XD48 |  V84XD |
|---|---|---|---|
| Overall (WxDxH) | 80.5″x50.5″x152″ | 91.56″x65.67″x178.67″ | 104.16″x65.68″x178.67″ |
| Feed Height | 53″ | 48″ | 41.75″ |
| Bale Weight (OCC) | 1,200 – 1,600 Lbs | 1,200 – 1,600 Lbs | 1,850-2,200 lbs |
| Bale Width | 72″ | 72″ | 84″ |
| Bale Depth | 42″ | 48″ | 48″ |
| Bale Height | 48″ | 48″ | 48″ |
| No. of Bale Tie Slots | 6 | 6 | 8 |
| Pump | 15.0 GPM | 15.0 GPM REGEN | 15 GPM REGEN |
| Control Voltage | 110 – 120 Vac | 110 – 120 Vac | 110-120 vac |
| Voltage, 3-phase | 208/230/480V | 208/230/480V | 208/230/480V |
| Ship Weight | 7,865 Lbs | 8,965 Lbs | 9,950 lbs |
| Cylinder Bore | 7″ | 7″ | 7″ |
| Cylinder Rod | 4″ | 4″ | 4″ |
| Rod Stroke | 48″ | 48″ | 48″ |
| Motor | 20 Hp | 20 Hp | 20 Hp |
| Ejection System | Semi-Automatic | Semi-Automatic | Semi-Automatic |
| Hydraulic Tank Capacity Gallons | 22 | 32 | 32 |
| Average Cycle Time | 54 sec | 54 sec | 56 sec |
| Working Pressure | 2,600 psi | 2,600 psi | 2,600 PSI |
| Relief Pressure | 2,900 psi | 2,900 psi | 2,900 PSI |
| Working Force | 100,041 lbs | 100,059 lbs | 100,059 lbs |
| Relief Force | 111,605 lbs | 111,605 lbs | 111,605 lbs |
| Normal Ram Pressure | 33.5 psi | 33.5 psi | 26.7 psi |
| Max Ram Pressure | 37.4 psi | 37.4 psi | 29.8 psi |
Oversized vertical balers are ideal for high-volume operations that need fewer, denser bales to reduce handling and transportation costs. They’re commonly used in regional or national distribution centers, manufacturing facilities, and large retail operations where throughput is critical.
Standard 72″ balers produce bales about 72″ W × 30″ D × 48–60″ H, weighing 1,200–1,600 lbs. Extra-deep 72″ models can reach 48″ depth and up to 1,800 lbs, while 84″ units produce bales around 84″ W × 48″ D × 48–60″ H, weighing 1,800–2,200 lbs.
Bale weights vary by the type of materials being processed.
Yes. High-capacity vertical balers equipped with strong hydraulic force and retention systems can handle high-volume shrink-wrap, stretch film, and rigid plastics like PET bottles efficiently.
Installation requires adequate floor space, sufficient ceiling clearance for safe operation, and access to 3-phase power. Site planning is recommended to ensure proper layout and compliance with safety and electrical requirements before delivery.
Oversized vertical balers are primarily manual-load machines. However, many models can include automated bale ejectors and remote controls to streamline operation. Full conveyor-fed automation is not typical for vertical balers—this feature is more common in horizontal baling systems.
Heavy-duty vertical balers should receive scheduled maintenance every 3–6 months, depending on usage and material type. Daily operator inspections and regular hydraulic fluid checks help prevent downtime. We offer comprehensive service programs, including preventative maintenance plans to keep your equipment running at peak performance and extend its lifecycle.
Many facilities recover their investment within 12–18 months. Savings come from reduced labor, fewer pickups, and improved efficiency in handling high-volume materials.
Yes. Every baler includes a detailed user manual and access to Komar’s expert support team for troubleshooting, parts, and maintenance guidance. On-site training can be arranged upon request, and our service technicians are available nationwide for repairs and scheduled maintenance.
We are a waste solutions company. With a wide array of application-specific models and advanced engineering capabilities, we look forward to guiding you to the best solution for the job.
Schedule a free waste stream evaluation to identify the right equipment and processes for your space, waste types, and volume.
Large-format vertical balers deliver exceptional capability for facilities managing heavy volumes of cardboard or other recyclables. They are designed for operations where efficiency and throughput are critical.
Who Benefits Most from High-Capacity Balers
These balers excel in environments where material flow is constant and space is available:
Efficiency Through Scale
Over-60″ balers help facilities:
For organizations where material movement never stops, larger balers provide long-term savings, operational control, and the flexibility to handle future growth.
