The Titan, from Rome Grinding Solutions, stands out as a testament to industrial food production versatility and efficiency, offering a robust solution for diverse grinding needs. It is engineered to handle a wide array of fresh food products, including beef, poultry, pork, seafood, fruits, vegetables, and flavoring ingredients. Because it is adaptable in multiple configurations, the Titan seamlessly integrates into various production lines, catering to specific operational requirements.

Versatile Configurations for Diverse Applications

For the Titan, versatility is the name of the game. In order to serve a wide variety of food production needs, it can be configured as a stand-alone grinder, a self-feeding grinder (SFG), a mixer grinder (MG), or with an agitating hopper (AG). 

Configured as a stand-alone grinder, the Titan is ideal for straightforward grinding tasks, providing consistent performance. When configured as a self-feeding grinder, the Titan enhances efficiency by automating the feeding process and reducing manual intervention. As a mixer grinder, the Titan combines mixing and grinding functionalities, streamlining processes and saving valuable floor space. And, when equipped with an agitating hopper, the Titan ensures uniform production flow, maintaining consistency in the grinding process.

The Titan, from Rome Grinding Solutions, stands out as a testament to industrial food production versatility and efficiency, offering a robust solution for diverse grinding needs. It is engineered to handle a wide array of fresh food products, including beef, poultry, pork, seafood, fruits, vegetables, and flavoring ingredients. Because it is adaptable in multiple configurations, the Titan seamlessly integrates into various production lines, catering to specific operational requirements.

Versatile Configurations for Diverse Applications

For the Titan, versatility is the name of the game. In order to serve a wide variety of food production needs, it can be configured as a stand-alone grinder, a self-feeding grinder (SFG), a mixer grinder (MG), or with an agitating hopper (AG). 

Configured as a stand-alone grinder, the Titan is ideal for straightforward grinding tasks, providing consistent performance. When configured as a self-feeding grinder, the Titan enhances efficiency by automating the feeding process and reducing manual intervention. As a mixer grinder, the Titan combines mixing and grinding functionalities, streamlining processes and saving valuable floor space. And, when equipped with an agitating hopper, the Titan ensures uniform production flow, maintaining consistency in the grinding process.

Impressive Throughput and Power

Equipped with plate diameters of eleven inches, twelve inches, or sixteen inches, the Titan Grinder boasts an initial grind capacity of up to 150,000 pounds per hour, depending on the model, product type, and reduction size. This remarkable throughput is powered by motors offering up to 125 horsepower, ensuring the grinder can handle high-volume demands with ease.

Durable Construction for Longevity

Built with either stainless steel or carbon steel components, the Titan is designed for durability and longevity. Its robust construction ensures reliable performance even in demanding industrial environments, providing a dependable solution for continuous operation.

Ease of Maintenance and Sanitation

The Titan’s design emphasizes minimal parts, facilitating quick disassembly and reassembly. This feature significantly reduces downtime during maintenance and sanitation procedures, enhancing overall operational efficiency.

Optimize with the Rome Reclaim System (RRS)

For operations seeking to maximize yield and manage waste effectively, the Titan can be optimized with Rome’s Reclaim System (RRS). This cost-effective bone collection and reclaim solution can be added in just ten minutes, requiring no extra power sources. Its intuitive setup ensures quick sanitation, helping manage waste and boost the bottom line confidently.

Conclusion

Rome Grinding Solutions’ Titan Grinder embodies versatility, power, and efficiency, making it an invaluable asset for industrial food processors. Its adaptable configurations, impressive throughput, durable construction, and ease of maintenance position it as a leading choice for those seeking to enhance their grinding operations.