August 8., 2023
Flexibility and space savings are highly desired key features in material handling: During manufacturing, warehousing and distribution, goods with wide varieties of quantities, sizes, weights and packaging (i.e. for cartons, boxes or bags) have to be moved. An important performance factor is therefore to be prepared for the most diverse material flow requirements. For cases in which goods regularly also have to be moved downward, a chute that is as flexible as possible and that works vertically is essential. One distinctive characteristic of the HMC is its extremely small footprint, guaranteeing optimum use of the space even in the case of retrofit projects.
Proven reliability and energy-saving operation
Developed by the Center of Excellence for Belt Curves in Canon City, United States, the HMC has been tested in continuous operation under the highest performance demands, with the focus on maximum efficiency, operational reliability as well as a very long service life. As a full gravity solution, no power is required.
With the available conveying widths of 700, 900, 1100, 1250 mm, a decline angle between 18 and 26 degrees, an entry slide width of 2.5m max as well as an arc angle range between 90 and 1800 degrees, the MHC offers optimum flexibility.
The Helical Modular Chute is delivered unassembled for installation. For more safety and smooth transitions, entry and exit slides are available upon request. It is immediately available in the Americas and will be available globally at the beginning of next year.
LogiMAT 2023: Interroll Presents New High Performance Conveyor Platform (HPP) for Courier, Express and Parcel Service Providers
Following the example of its globally successful Modular Conveyor Platform (MCP), Interroll is launching a modular conveyor solution that meets the specific robustness and throughput requirements of courier, express and parcel (CEP) service providers. The new High Performance Conveyor Platform (HPP)—a powerful addition to Interroll’s sortation solutions in particular—can significantly increase large and small distribution centers’ productivity, capacity and energy efficiency.