Bagasse Compactor

Our Fully Automatic Bagasse Compactor is a high-performance, industrial-grade solution designed for efficient densification of bagasse and other biomass residues. Engineered for continuous operation in demanding environments such as sugar mills, biofuel plants, and waste-to-energy facilities, the system ensures consistent bale formation, reduced handling costs, and optimized storage and transportation.

Built with robust hydraulics and precision control systems, the compactor delivers superior compaction efficiency while maintaining energy efficiency and operational reliability.

Key Features

Fully Automated Operation

Integrated PLC-based control system ensures seamless, unattended operation with minimal manual intervention.

High Throughput Capacity

Designed to handle large volumes of bagasse with consistent output and uniform bale formation.

Robust Hydraulic System

Heavy-duty hydraulic cylinders and power packs ensure high compaction force and long service life.

Uniform Bale Density

Produces tightly compacted bales for efficient storage, transport, and downstream processing.

Energy Efficient Design

Optimized hydraulic and electrical systems reduce power consumption without compromising performance.

Customizable Configurations

Available in single and multi-station designs to suit varying plant capacities and layouts.

Low Maintenance

Designed for easy access, serviceability, and reduced downtime.

Applications

Technical Highlights

Heavy-duty structure for continuous industrial use
Precision-engineered compaction chamber
High-speed operation with optimized stroke rate
Advanced electrical panel with safety interlocks
Optional temperature and process monitoring systems

Technical Specifications

Model	OSHPL-BC- 10	OSHPL-BC-15	OSHPL-BC- 32
Production Capacity	8 – 10 TPH	12 – 15 TPH	Up to 30 TPH
Bale Dimensions (mm)	300 × 300 × 600	300 × 300 × 600	762 × 762 × 150–300
Bale Weight (Approx.)	22 – 25 kg	22 – 25 kg	~110 kg
Hydraulic Power	25 HP, 1440 RPM, 3-Phase	30 HP, 1440 RPM, 3-Phase	50 HP + Standby, 1440 RPM, 3-Phase
Control System	PLC-based Electrical Control Panel with Digital Monitoring	PLC-based Electrical Control Panel	PLC-based Electrical Control Panel
Operation Mode	Fully Automatic	Fully Automatic	Fully Automatic