Representatives from Intralox, will present proven, cost-effective spiral belting solutions in Booth 23091 at Process Expo International 2008, November 9 – 13, in Chicago, IL. Intralox Spiral team members are among the most knowledgeable in the business, providing customers with solutions to increase efficiency and reduce total cost of spiral ownership.
Food processors around the world save hundreds of thousands of dollars annually with Intralox’s revolutionary line of Spiralox® belting for cooling, freezing, proofing, or other applications. Versatile and reliable, Spiralox belting is available in a variety of turning radiuses, including 1.1, 1.6, 2.2, and 3.2. Delivering significant advantages over competing technologies, Spiralox belting has been proven to eliminate unscheduled downtime, reduce product waste, and increase product throughput.
Spiralox optimization is the solution for projects that have ample potential, but few retrofit management resources. The Intralox Spiral team has developed solutions to cost-effectively optimize existing spiral efficiency in large-scale retrofits by eliminating production line bottlenecks. With Spiralox optimization solutions, Intralox assumes complete responsibility for helping customers to achieve peak spiral performance, delivering the benefits of over 100 years of combined retrofit experience to ensure optimal design and performance.
Overall risk is greatly reduced with Intralox spiral optimization audits. To ensure optimal utilization of spiral design and function, Intralox spiral specialists conduct thorough assessments of technical details and analysis of the production process, the spiral machine, and the optimization implementation. In addition, follow-up audits are conducted post-installation to ensure success. Combined with Intralox’s 'No Cure No Pay' guarantee, a non-prorated multi-year belting warranty, a component warranty, labor warranty, and belt performance warranty, Intralox Spiralox optimization solutions ensure a no-risk method of retrofitting spiral conveyors to achieve maximum efficiency.