HSM V-Press 860 Plus B Vertical Baling Press

HSM V-Press 860 Plus B

Powerful, Efficient, and Eco-Friendly Waste Disposal Solution

Maximize your waste disposal efficiency with the HSM V-Press 860 Plus B vertical baling press. With its 594 kN pressing power, low-noise operation, and energy-saving technology, this baler offers an economical and eco-friendly solution for managing waste.

Key Features of the HSM V-Press 860 Plus B:

• Large, High-Density Bales: Produces large bales with no further compression needed for sale
• Sliding Door: Upper half of the doors is pushed down for filling and automatically opens after the compression process
• Hand Wheel Door Lock: Counter-rotating thread for easy opening and closing
• Rapid Stroke Technology: Highly energy-efficient operation saves time and money
• Versatile Compression: Suitable for both cardboard and film
• Automatic Start: Pressing process begins automatically after closing the door
• User-friendly Display: Convenient membrane keypad with text display, showing the machine's current status
• TCS Technology: HSM TCS (Torsion Control System) monitors press ram movement
• Strapping Options: Wire strapping; optional tape station available for strapping with polyester tape or wire according to requirements

Technical Specifications for the HSM V-Press 860 Plus B:

• Order Number: 6158103
• EAN: 4026631066372
• Pressing Power: 60 tons
• Specific Pressing Power: 73.6 psi
• Driving Power: 6.44 HP
• Voltage / Frequency: 480 V / 60 Hz
• Cycle Time (Idle): 25 seconds
• Volume Throughput (Idle, Theoretical): 486 cu ft/h
• Loading Height: 44.4 inches
• Loading Aperture (W x H): 59.06" x 25.63"
• Bale Dimensions (L x W x H): 30.71" x 59.06" x 47.24"
• Bale Weight: 1213 lbs
• Machine Dimensions (W x D x H): 82.13" x 61.69" x 117.72"
• Weight: 5317.54 lbs
• Consumables Type: Wire
• Press Material: Plastic Film, Cardboard

Upgrade your waste management with the powerful and eco-friendly HSM V-Press 860 Plus B vertical baling press. Its advanced technology and efficient performance provide an optimal solution for handling large volumes of waste.