EQCOTWEA 40T Vertical Hydraulic Baler Dual-Cylinder Waste Paper Compactor

Why it's a great deal

• 40 Tons of Balanced Compression Force: Dual 140mm hydraulic cylinders deliver 40 tons of synchronized pressing power, ensuring even pressure distribution across the entire chamber. This eliminates uneven bales and material jams, giving warehouse managers and recycling operators consistent, high-density bales every cycle. Perfect for processing cardboard, paper, plastic film, and textiles in high-volume facilities

• 5.5KW Industrial Motor with IP55 Protection: Powered by a 5.5KW three-phase motor running at 1728 RPM, this vertical baler handles continuous daily operation without overheating. The IP55-rated motor with F-class insulation stands up to dust and humidity-—ideal for busy recycling centers, distribution warehouses, and manufacturing plants

• Large 1000x600x800mm Feed Chamber: Load substantial quantities of loose waste in each cycle with the generous 39.4" x 23.6" x 31.5" chamber. This vertical cardboard baler reduces storage space requirements by up to 80%, cutting discharge costs and trucking frequency. A hinged safety door provides full access for fast, efficient loading and bale removal

• Manual Three-Position Valve for Precise Control: Take full command of the baling process with the three-position directional valve—compression down, return up, and stop. This manual hydraulic baler gives operators direct control without complex programming, making it easy to train new staff and adapt to different material types. The wire rope ejection system simplifies bale extraction after each cycle

• Heavy-Duty Welded Steel Frame for Daily Use: Built with a reinforced steel frame and powder-coated finish, this industrial waste compactor withstands the rigors of continuous operation in demanding environments. Spring-loaded safety latches engage automatically for failsafe door protection. Whether you run a printing facility, supermarket, or recycling station, this baler delivers dependable performance shift after shift