Miniload Shuttle System For Automated Storage Retrieval Of Small Parts In Automated Warehouses Distribution Centers

 
One Level Shuttles serves single level handling totes-cartons-trays upto 50 kgs without integrated lift
Amongst other uses, well suited for incoming-outgoing goods for GTP Work Stations
Shuttles moveable between levels if need do not justify dedicated shuttles at each level.
Level change by vertical conveyors individually adjusted to the customer’s requirements.
These shuttle types provide a highly dynamic as well as flexible system.
Modular integrated solution including shuttle/s, control, software in varied versions.
Compact System, Rapid Assembly, Low Investment-Operating Costs-Maintenance-Servicing Costs
For Shuttle Multi with shuttles on each level, vertical conveyors deliver-retrieve goods from shuttles.
Payload of 2 x 50 kg. High storage density by single, double or multi-deep storage
Storage system can have one or more lanes  to use multiple Shuttle One.
Each lane has lifting devices for output of totes and/or for level changes of shuttles.
Location of shuttles can be adjusted as per demand in the specific lane.
Designed to fit integrated solution of shuttle, shelf, vertical conveyors, conveying technology.
Variety of handling devices to handle totes-cartons-bins-boxes-containers
Different products -container-carton sizes can be stored in same rack allowing better warehouse management.
Reduced process costs through direct box storage. Significantly improved price-performance ratio
Warehousing processes greatly simplified eg re-packaging, handling of empties is deleted.
Ideal for implementation with GTP Goods-To-Person Order Picking Work Stations.
Compact, light weight, modular design allows more totes in each shelf for best price /performance ratio.
Energy storage-conservation helps reduce connected loads, energy costs.
Each lane is divided, depending on the storage height, in several levels.
Modular design of each system component helps design best suited customized solutions.
Low weight, high payloads, excellent dynamics result in very energy efficient system.
  • One Level Shuttles serves single level handling totes-cartons-trays upto 50 kgs without integrated lift
  • Different products -container-carton sizes can be stored in same rack allowing better warehouse management.
  • Payload of 2 x 50 kg. High storage density by single, double or multi-deep storage
  • Shuttles moveable between levels if need do not justify dedicated shuttles at each level.
  • Each lane is divided, depending on the storage height, in several levels.
  • Each lane has lifting devices for output of totes and/or for level changes of shuttles.
  • Location of shuttles can be adjusted as per demand in the specific lane.
  • Designed to fit integrated solution of shuttle, shelf, vertical conveyors, conveying technology.
  • Amongst other uses, well suited for incoming-outgoing goods for GTP Work Stations.
  • Serves single level handling totes-cartons-trays upto 50 kgs without integrated lift
  • Payload of 2 x 50 kg. High storage density by single, double or multi-deep storage
  • Varied container-box sizes can be stored in same rack for better warehouse management.
  • Shuttles moveable between levels if need do not justify dedicated shuttles at each level.
  • Each lane is divided, depending on the storage height, in several levels.
  • Each lane has lifting devices for output of totes and/or for level changes of shuttles.
  • Location of shuttles can be adjusted as per demand in the specific lane.
  • Designed to fit integrated solution of shuttle, shelf, vertical conveyors, conveying technology.
  • Amongst other uses, well suited for incoming-outgoing goods for GTP Work Stations.
  • Reduced process costs thrudirect box storage. Significantly improved price-performance ratio
  • Warehousing processes greatly simplified eg re-packaging, handling of empties is deleted.
  • Compact, modular design allows more totes in each shelf for best price /performance ratio.
  • Energy storage-conservation helps reduce connected loads, energy costs.
  • Modular design of each system component helps design best suited customized solutions.
  • Low weight, high payloads, excellent dynamics result in very energy efficient system.
 Posted by at 6:24 am