The baler that revolutionized the industry over 30 years ago! The Excel EX Series were the first "full penetration closed door balers" on the market. The innovative design enables the EX63 to bale a wide range of materials never before possible in a small horizontal baler. The EX63 provides automated feeding with minimal floor space. Excel's commitment to the highest quality ensures many years of reliable performance and the best resale value in the industry.
The EX-Series balers are excellent for paper, cardboard, newspaper, aluminum and tin cans, PET, HDPE, textiles, foam and more. They are also well-suited for recycling paper and other recyclable products and produce the best mill-sized bales without preconditioning. Excel’s EX Series balers are designed to be the most durable, efficient and productive closed-end single-ram balers in the industry.
The EX63 produces high density bales of corrugated, paper, aluminum cans, tin cans, newspaper, PET, HDPE, textiles, and other recyclables. Full bale eject after each bale eliminates cross-contamiation when switching material grades. Reduces labor costs over 75% compared to vertial balers.
The EXCEL® Model EX62/63 bales the following materials:
Office Paper, Newspaper, OCC, Magazines, PET, HDPE, Aluminum Cans, Tin Cans, Plastic Film, Carpet Padding, Textiles, and Other Materials.
Standard Features Include:
Additional Features: Full Bale Ejection, Full Platen Penetration, Patented Safety Interlock Door, Tongue and Groove Floor, Hardox.
400 wear surfaces
Bale weights are based on actual customer surveys, and may differ with moisture content, material density, etc.Due to equipment upgrades, specifications are subject to change.
STRUCTURAL
PERFORMANCE DATA
BALE WEIGHTS *
Full Bale Ejection, Full Platen Penetration, Patented Safety Interlock Door, Tongue and Groove Floor, Hardox 400 wear surfaces.
EX63F Automated Closed End Baling Press is designed to bale a wide range of foam materials. The extra-large feed opening, and extra heavy-duty bale retainer dogs minimize material expansion into the infeed area. The large feed opening is also ideal for oversized corrugated. Excel Baler utilizes only the highest quality components available for optimal performance. Additional baling material include foam, OCC, plastics, cans, carpet padding and more.
Standard features include:
Additional features:
Full-bale ejection, full-platen penetration, patented safety interlock door, tongue-and-groove floor, Hardox 400 wear surfaces
* Bale weights are based on actual customer surveys and may differ with moisture content, material density and so on.
Due to equipment upgrades, specifications are subject to change.
STRUCTURAL
HEIGHT: 100 1/2 " Loading
LENGTH: 283"
WIDTH: 78 5/8"
CHAMBER FEED OPENING: 70"L x 54 1/2" W
SHIPPING WEIGHT : 20,000
PERFORMANCE DATA
PUMP: 34 gal. (130 Liters) Pressure CompensatedHorse Power Limited Piston Pump4,000 PSI Rated
DIRECTIONAL VALVE: D08 Pattern, High Flow Cushion Shift
CYLINDERS: (2) 6" (15cm) Bore x 124"
OIL RESERVOIR: 105 gal. (399 Liters)
DOOR LATCH CYL
MOTOR: 20 HP TEFC
ENCLOSURE
CONTROLS
HYD SYSTEM PRESSURE: 4,000 PSI (276 Bar)
OVERALL PLATEN FORCE: 159,000 Lbs.
PLATEN PSI: 92 PSI
CYCLE TIME
TARGET BALE SIZE : 60"L x 48"W x 30"H
BALE WEIGHTS *
FOAM :1,200-1,600 lbs
Full-bale ejection, full-platen penetration, patented safety interlock door, tongue-and-groove floor, Hardox 400 wear surfaces
* Bale weights are based on actual customer surveys and may differ with moisture content, material density and so on.
Due to equipment upgrades, specifications are subject to change.
The EXCEL® models EX66 & EX77 are designed to be the most durable, efficient, and productive, closed-end single ram baler in the industry. with EXCEL's® innovative, patented, vertical lifting door, the EX66 & EX77 distinguish themselves as the most dependable, practical and universal balers ever built in this class of balers.
The EXCEL® Model EX66 bales the following materials: Office Paper, Newspaper, OCC, Magazines, PET, HOPE, Aluminum Cans, Tin Cans, Plastic Film, Carpet Padding & Textiles. EX77 also bales Aluminum Siding, Tin, Insulated Wire, Radiators, and other Light Non-Ferrous materials.
Standard features include:
STRUCTURAL
HEIGHT: 100 1/2 " Loading
LENGTH: 283"
WIDTH: 78 5/8"
CHAMBER FEED OPENING: 70"L x 54 1/2" W
SHIPPING WEIGHT: 20,000
PERFORMANCE DATA
PUMP: 34 gal. (130 Liters) Pressure CompensatedHorse Power Limited Piston Pump4,000 PSI Rated
DIRECTIONAL VALVE: D08 Pattern, High Flow Cushion Shift
CYLINDERS: (2) 6" (15cm) Bore x 124"
OIL RESERVOIR: 105 gal. (399 Liters)
DOOR LATCH CYL
MOTOR: 20 HP TEFC
ENCLOSURE
CONTROLS
HYD SYSTEM PRESSURE: 4,000 PSI (276 Bar)
OVERALL PLATEN FORCE: 159,000 Lbs.
PLATEN PSI: 92 PSI
CYCLE TIME
TARGET BALE SIZE: 60"L x 48"W x 30"H
BALE WEIGHTS
FOAM :1,200-1,600 lbs estimated
Full-ejection horizontal recycling balers are best used for baling materials that are heavier and denser, such as metals, plastic bottles and textiles. The full-ejection design of these balers means that the bales are ejected from the chamber after they are formed, which allows for a more efficient and continuous baling process.
The full-ejection design also reduces the risk of materials becoming jammed in the baler, which can result in downtime and increased maintenance costs. This makes full-ejection horizontal recycling balers a good option for businesses and organizations that need to handle high volumes of dense or heavy materials and want to minimize downtime and maintenance requirements.
Another advantage of full-ejection horizontal recycling balers is their ability to produce uniform bales, which can result in higher recovery values. The full-ejection design ensures that each bale is compact and uniform in size, which can make it easier to transport and process the materials.
Overall, full-ejection horizontal recycling balers are a good option for businesses and organizations that need a reliable and efficient baling solution for dense or heavy materials, such as metal or plastic recycling facilities, textile manufacturers or industrial companies. They are particularly well-suited for situations where a high throughput of materials is required, and downtime and maintenance costs need to be minimized.
Full-penetration, closed-door horizontal balers are typically best used for volumes of baling ranging between two bales per day to 100 tons per month. They are used for more difficult to bale materials, such as metals, plastic bottles and sheet paper. They are far more efficient than vertical balers and more cost-effective and versatile than open-end balers.
Full-penetration closed-end balers are also often used in situations where space is limited, as the small footprint and inline feed configuration saves valuable floor space.
Another advantage of these balers is their ability to fully eject bales after tie-off. This results in an easy changeover of material grades. It also eliminates cross-contamination between bales.\
Overall, full-penetration closed-end recycling balers are a good option for businesses and organizations that generate large volumes of material or difficult to bale materials.
A baler is a machine that is used to compress and bind recyclable materials such as cardboard, paper, plastics, and metals into compact and manageable bales. Baling is an important step in the recycling process for several reasons:
Saves space: Baling compresses the recyclable materials into dense, space-saving bales that take up less storage space. This is especially important in facilities where space is limited.
Improves efficiency: Baling reduces the number of trips required to transport the recyclable materials, thus improving efficiency and reducing transportation costs.
Increases revenue: Baled materials have a higher value in the recycling market than loose materials because they are easier to handle and transport. This means that baling can increase the revenue earned from selling recyclable materials.
Enhances safety: Baling reduces the risk of workplace injuries and accidents by keeping the recyclable materials contained and organized.
Overall, using a baler for recycling is a cost-effective and efficient way to manage and transport recyclable materials while reducing the environmental impact of waste.