In the recycling and waste management industry, space is money. Our robust range of Scrap Balers and Compactors is engineered to transform bulky, loose scrap materials into high-density, manageable bales and packages. This maximizes your transportation efficiency, minimizes storage costs, and significantly increases the value of your recyclable materials. From metal scrap to paper and plastics, our machines are built to handle the toughest demands, delivering unparalleled reliability and a rapid return on investment.

Key Features & Benefits:

• Superior Density & Throughput: Our balers utilize immense hydraulic pressure to compress materials into tight, uniform bales (e.g., logs, bricks, or wire-tied blocks). This drastic volume reduction allows you to store more material on-site and drastically reduces the number of costly hauls to recycling centers.

• Enhanced Material Value: Clean, dense bales are classified as a premium-grade raw material by recycling mills. By producing consistent, contaminant-free bales, you command a higher price per ton for your scrap metal, cardboard, paper, or plastic.

• Built for Durability & Safety: Constructed with high-tensile steel plates and powered by industrial-grade hydraulic systems, our balers are built to last. Safety is integral to our design, featuring emergency stop buttons, safety interlocks, and two-handed operation controls to ensure complete operator protection.

• Versatility Across Materials: We offer specialized models tailored for different streams:

  • Metal Balers: Ideal for crushing and baling light iron, non-ferrous metals (copper, aluminum), cans, and wire.

  • Horizontal Balers: Perfect for high-volume processing of OCC (cardboard), paper, PET bottles, and plastic film.

  • Vertical Balers: A space-saving solution for supermarkets, warehouses, and retail stores for cardboard and soft plastics.

• Operational Efficiency: Choose from manual, semi-automatic, or fully automatic models to suit your workflow. Our systems are designed for easy loading and ejection, minimizing labor time and maximizing productivity.