CrossBelt Sorter
High-speed sorting for books, flats, magazines, electronics, small packages and more.
Efficient Sortation
Kinematik's CrossBelt Sorter is one of the most effective and proven solutions for today's demanding needs for sorting and shipping small packages, flats, apparel, books, magazines.
With production capacities of over 6,500 units per hour and small footprint dimensions, it is the ideal solution for multichannel distribution in retail and e-commerce companies or courier companies.
Its modular design makes it possible for future scalability and the fact that it is based on tried-and-tested industrial equipment raises its reliability and minimizes downtime.
CrossBelt Sorter Applications
- Distribution solutions for retail and e-commerce companies
- Sorting solutions for courier, distribution and postal services
Kinematik CrossBelt Sortation Solution at Public
Kinematik CrossBelt Sorter, Book Sorter
Features
HANDLING ABILITY
Books, magazines, flats, bundles, small packages, CDs / DVDs, small cartons are just a few of the items it can sort.
CAPACITY
Sorting more than 6.500 units per hour.
MODULAR DESIGN
The CrossBelt Sorter consists of module parts, offering fast installation and expansions.
SIMPLE USE
All controls are accessed either directly on the distribution level through an intuitive menu of a touch-screen, or at a central computer room.
FLEXIBLE
Chute exit reassigning can be easily changed and new sortation senarios can be easily realized.
ACCURATE
Reduced missorting as the exact location of each disk is defined by an encoder.
SAFE
Guarded by category SIL3 PLe emergency circuit. Activated by category Sil3 PLe safe emergency buttons and safety ropes.
MINIMIZED DOWNTIME
Due to its modular and failsafe design, each part can be easily accessed and replaced, minimizing downtime.
RELIABLE
High quality manufacturing, use of standard and proven equipment maximize reliability. Data and power are wirelessly transfered minimizing wear parts.
MINIMUM MAINTENANCE
Designed for minimum maintenance with components that can be easily accessed and with reduced need for support.