Our waste baler machines are designed for efficient compaction of recyclable and waste materials, including paper, plastics, textiles, and more. We offer a range of models to meet different volume and material handling needs, helping you reduce storage space, lower transportation costs, and streamline recycling operations. Durable, easy to operate, and customizable for various applications.
As urban waste volumes grow, the demand for efficient, space-saving, and cost-effective waste management becomes more urgent. GEP ECOTECH's horizontal hydraulic baler stands out as a smart solution that complements solid waste treatment lines, particularly in municipal solid waste (MSW), packaging recycling, and bulky waste recovery. After sorting and shredding, a wide variety of recyclable materials—such as plastic film, cardboard, sponge, and textile offcuts—require compression before transport or storage.From Loose Waste to Dense BalesShredded or sorted waste typically remains bulky and difficult to manage. This is especially true for soft, lightweight materials like sponge, foam, or plastic film. Without compression, such materials not only occupy significant space but also drive up transportation and storage costs. GEP ECOTECH's horizontal balers are designed to densely compress loose waste into manageable, uniform bales—drastically reducing volume and improving logistics efficiency.Real-World Examples
Handling bulky waste, soaring transport costs, and limited storage space are common challenges faced by recycling and processing industries. Without an efficient solution, these problems can slow operations and increase expenses. As industries worldwide shift toward sustainability, managing waste efficiently is more important than ever. Traditional methods struggle with bulky materials and rising transportation costs, creating both economic and environmental burdens. To better tackle these challenges, GEP ECOTECH delivers advanced hydraulic baling press solutions — also known as hydraulic balers — designed for maximum efficiency, durability, and ease of operation.