450 Kg Vertical Waste Baling Press

Brand Piton Makina
Model Type

P-50

Category:
Description

450 Kg Vertical Waste Baling Press

The Piton Machine P-50 is an industrial-scale high-capacity vertical waste baling press designed for the effective compression and baling of large amounts of waste. This powerful machine easily bales paper, cardboard, plastic, and other recyclable wastes up to 450 kilograms. With a compression force of 50 tons, it turns materials into tight and compact bales.

Product Features

  • Holder Claws: Increases work safety by preventing the material from rising.

  • Rear Piston: Ensures easy exit of bales and speeds up the process.

  • 4 Rope Binding Channels: Allows you to create tight and durable bales.

  • Single Piston Double Guide System: Increases the efficiency of the machine by providing long-lasting and balanced pressing.

  • Ergonomic Design: Offers an aesthetic and practical use with its wide opening and user-friendly design.

  • 380V Power Supply: Operates with a powerful motor that provides high energy efficiency.

Technical Specifications

  • Compressor Dimensions:

    • Height: 3.00 m

    • Width: 1.781 m

    • Depth: 1.196 m

    • Weight: 1300 kg

    • Lifting Height: 2.3 m

  • Power Source:

    • 380 – 400 V

    • Motor: 11 kW, 32 Amp

    • Compressor Power: Maximum 50 Tons

    • Noise Level: 75 dB

  • Bale Dimensions:

    • Height: 1.00 m

    • Width: 1.20 m

    • Depth: 0.80 m

    • Weight: 450 kg (depending on the material used)

  • Cycle Time: 40 seconds

  • Loading Opening:

    • Height: 0.68 m

    • Width: 1.20 m

    • Depth: 0.80 m

Advantages

  • High Capacity: Bales large wastes up to 450 kg quickly and effectively.

  • Safety: Holder claws and ergonomic design prioritize work safety.

  • Easy Extraction: The rear piston mechanism ensures smooth removal of bales.

  • Long-lasting Performance: Operates smoothly for many years with its robust structure and powerful motor.

The Piton Machine P-50 is an ideal solution for increasing efficiency in recycling processes and baling large volumes of waste in a minimal space.