Powerfully and Efficiently Control Bulky Tire Waste
Tire waste is a type of waste that, by its nature, occupies a high volume, is difficult to stack haphazardly, and creates significant space problems for businesses. Especially in production facilities, recycling sites, automotive service centers, industrial enterprises, and waste collection centers, accumulated tire waste can cause both time loss and increased costs in storage, transportation, and recycling processes. The Piton Tire Baler Press has been developed to eliminate this problem with its powerful pressing capacity.
Thanks to its high-pressure structure, tire waste is compressed into more organized, denser, and easier-to-transport bales. Thus, tires that occupy a large area when scattered can be stored much more controllably, and shipping processes are significantly facilitated. This not only saves space but also makes waste management more professional and economical for businesses. The Piton Tire Baler Press provides a great advantage, especially in businesses with high-volume tire waste. Thanks to its powerful hydraulic system, it offers effective pressing performance even on difficult and resistant materials. Compressed tire bales create a much more efficient structure in terms of both recycling processes and transportation planning.
The machine's robust body structure, industrial-grade mechanical system, and durable design resistant to demanding working conditions ensure long-lasting and reliable use. Its heavy-duty operating principle combines the durability and efficiency that businesses need in production, collection, and recycling processes.
The scattered accumulation of tire waste in open areas or within warehouses not only results in a loss of space but can also have negative consequences in terms of occupational safety, operational order, and environmental control. The Piton Tire Baler Press provides order, control, and professional waste management for your business.
Thanks to this system, tire waste is collected in a more planned manner, takes up less space, is easier to transport, and is included in recycling processes much more efficiently. Thus, both physical space management is strengthened in your business, and your waste processes become more economical.

TECHNICAL SPECIFICATIONS
Machine Dimensions

Height: 496 cm
Depth: 253.5 cm
Width: 285 cm
Transport Height: 310 cm
Machine Technical Specifications

Power Supply: 415 Volts / Three-Phase
Motor Power: 7.5 kW
Cycle Time: 57 seconds
Machine Weight: 4700 kg
Pressing Force: 45 Tons
Noise Level: 70 – 80 dB
Number of Bale Binding Wires: 5

Bale Hopper Dimensions

Width: 152.5 cm
Depth: 130 cm
Height: 76 cm

Bale Weight: Up to 1000 kg