Engineered for Maximum Efficiency
PRAB’s briquetting and wringer systems are designed with efficiency at their core. Each unit is engineered to handle high volumes of metal chips while minimizing energy Metal Turnings Shredders consumption. The systems automate chip handling, compacting, and fluid extraction, allowing facilities to process scrap continuously without disrupting production flow or output.

High-Pressure Briquetting Mechanism
PRAB’s briquetters use extreme hydraulic pressure to compress loose metal chips into dense briquettes. The machine applies consistent force, ensuring each briquette has uniform density and minimal moisture. This process increases scrap value, reduces storage space, and creates briquettes ideal for melting or resale to recyclers and foundries.

Advanced Coolant Extraction in Wringers
PRAB wringers, also known as chip centrifuges, use high-speed spinning to separate coolant from metal chips. The centrifugal force drives fluid away from the chips, collecting it for filtration and reuse. This reduces coolant loss and disposal costs while supporting sustainable manufacturing practices and environmental compliance.

Durable Construction for Industrial Use
Built from heavy-duty materials, PRAB’s equipment is made to withstand harsh manufacturing environments. Wear-resistant components, reinforced frames, and industrial-grade motors ensure long operational life. These systems are built to perform around the clock with minimal downtime, making them reliable assets in demanding metalworking and machining operations.

Modular Integration Capabilities
PRAB’s briquetting and wringer systems are designed for easy integration with existing equipment. They can be connected to chip conveyors, filtration units, and storage hoppers, forming a complete scrap handling solution. This modularity allows manufacturers to scale their systems as needed without costly infrastructure changes.

Automated Controls and Monitoring
Each PRAB system includes user-friendly controls and programmable logic controllers (PLCs). These features allow for precise system management, automatic adjustments, and real-time monitoring. Operators can set cycle times, track performance metrics, and receive maintenance alerts, helping to minimize human error and increase operational uptime.

Custom Configurations for Any Facility
PRAB offers custom-configured systems tailored to specific metals, chip volumes, and facility layouts. Whether processing aluminum, steel, titanium, or brass, systems can be adjusted to meet unique production demands. This flexibility ensures optimal performance, no matter the size or scope of a manufacturer’s scrap management needs.

Energy and Cost Savings
By reducing fluid loss and increasing scrap value, PRAB’s technology delivers tangible energy and cost savings. Efficient motor usage, reduced haul-away requirements, and less coolant purchasing all contribute to lower overhead. These systems pay for themselves quickly, often within 12 to 18 months of installation.

Low Maintenance Requirements
PRAB systems are designed for minimal maintenance. Self-cleaning mechanisms, durable parts, and diagnostic systems reduce the frequency and cost of repairs. Routine maintenance is straightforward and can often be performed in-house, reducing reliance on external technicians and keeping the systems running smoothly with minimal interruption.

Future-Ready Industrial Solutions
With increasing focus on automation and sustainability, PRAB’s briquetting and wringer systems align with the future of manufacturing. They enhance productivity, reduce waste, and support environmental goals. As industries evolve, PRAB continues to innovate, offering solutions that help manufacturers stay competitive in an efficient and eco-conscious market.

Impressive engineering—PRAB’s high-pressure briquetting and advanced coolant recovery systems sound like they're designed with the same precision and speed you'd expect in a high-stakes game like tunnel rush.