Conveyor suits food industry applications.
Press Release Summary:
Easy Clean Slip-Torque® Conveyor has both USDA and BISSC criteria incorporated in design and construction. Stainless steel, bolt-together frame has 45° steel strength bends, minimized horizontal surfaces, solid faced roller surfaces, and loose roller spacing to reduce particle collection. Suitable for access with hot water or air pressure, conveyor has no return loop to prevent carrying contamination throughout system.
Original Press Release:
Shuttleworth, Inc. Introduces New Conveyor to Food Industry
Shuttleworth, Inc. a leading international conveyor manufacturer, announces the introduction of the new "Easy Clean" Slip-Torque® Conveyor. The new "Easy Clean" Slip-Torque® conveyor has minimal horizontal frame surfaces where contaminants can collect. This new conveyor product has both USDA and BISSC (Bakery Industry Sanitation Standards Committee) criteria incorporated in the design and construction.
The stainless steel bolt-together frame has innovative 45 deg steel strength bends or "hems." The elimination of 90° steel bends allows contaminants to fall through the conveyor. Solid faced roller surfaces and loose roller spacing reduce possibilities for particle collections. These features simplify and expedite the cleaning process. The entire system including the motor assembly is designed for thorough food process cleaning. The roller spacing allows for easy access with either hot water or air pressure. Solid faced roller surfaces reduce possibilities for particle collection.
"Easy Clean" conveyor is ideal for food, beverage, pharmaceutical, and other applications where cleanliness and sanitation are required. With no return loop, as found on traditional flat belt conveyor systems, there is little or no chance of carrying contamination throughout the system.
All Slip-Torque® conveyor systems are custom-engineered to each customer's needs and are well suited for applications requiring gentle conveyance, low line pressure accumulation, dividing, combining, indexing, or positioning for robotic interfaces.
