The Waghmart Control Monobelt Press is a robust, fully automated sludge dewatering system engineered for industrial buildings, processing plants, and municipal wastewater facilities. With its compact design and advanced control system, it delivers efficient, continuous operation while reducing maintenance needs and operational costs. Ideal for handling high-volume sludge with minimal supervision, this monobelt press combines state-of-the-art belt technology with precise control mechanisms—ensuring maximum solids capture and exceptional performance in diverse working environments.
Advanced Control Panel – Smart automation with user-friendly interface for real-time monitoring and parameter adjustments.
Single-Belt Design – Compact yet powerful, reducing space requirements and simplifying operations.
Stainless Steel Build – Corrosion-resistant materials for long-term durability in harsh industrial settings.
Energy-Efficient Drive System – Lower power consumption without compromising on output.
High Solids Capture Rate – Up to 95% solids recovery with optimized filtration technology.
Low Maintenance Requirements – Designed for continuous operation with minimal downtime.
Customizable Configuration – Adaptable to your specific sludge type, volume, and process conditions.
Install & Connect
– Set up on a flat surface, connect sludge inlet, power, and drainage.
Configure Settings
– Use the control panel to set belt speed, feed rate, and pressure.
Start Operation
– Feed sludge into the system; the press automatically dewaters it.
Collect Output
– Dried sludge is discharged; filtered water is collected separately.
Maintain Regularly
– Clean belts and check components to ensure smooth operation.
At Wagh Group, we are a dynamic and forward-thinking organization specializing in infrastructure development, advanced engineering solutions, and integrated IT services. With a strong commitment to innovation, quality, and sustainability, we serve a diverse range of sectors including industrial, commercial, and digital transformation projects.