Technologies

Showing 1-12 of 13 technologiesClear all filters

Technology database continuously updated • Latest solutions added regularly

Our Curated Technologies

13 technologies
Smart Sequencing for Mixed Palletizing: Vertical Buffer Solutions
Video Demo Available
Applications:
Distribution centers building mixed pallets with strict stacking rules (e.g., grocery, retail) • Operations needing to automate mixed-SKU palletizing but lacking an affordable sequencing solution
Vendor: Kardex
Click to explore full details →
Fully Automated
Video
#Sequencing#Mixed Case Palletizing#Vertical Lift Module#Buffer System#Kardex
Efficiency80%Flexibility90%Scalability70%Cost Effect.75%Ease of Impl.65%
WStorage

Smart Sequencing for Mixed Palletizing: Vertical Buffer Solutions

BKardexAFully Automated
*Enables automatic mixed palletizing respecting complex stacking rules (heavy-to-light, family grouping, shop floor loading)
*Focuses on the critical 'sequencing' process to deliver products in correct order to the robot
*Explores repurposing existing storage technologies (like vertical storage systems) for sequencing
StoragePicking
Watch Video
Learn More
Collaborative Autonomous Mobile Robots for Picking
Video Demo Available
Applications:
Warehouses experiencing seasonal peaks or rapid growth in order volume • Operations seeking to improve pick rates without major fixed infrastructure changes
Vendor: Locus Robotics
Click to explore full details →
Highly automated
Video
#Autonomous Mobile Robots#Collaborative Robots#Order Picking#Productivity#Locus Robotics
Efficiency95%Flexibility85%Scalability90%Cost Effect.80%Ease of Impl.75%
MTransport

Collaborative Autonomous Mobile Robots for Picking

BLocus RoboticsAHighly automated
*Collaborative Autonomous Mobile Robots (LocusBots) that work safely alongside human associates
*On-demand scalability: ability to add more robots to meet peak period demands and volume increases
*Designed to minimize worker walking time, increasing 'time on task'
TransportPickingSoftware
Watch Video
Learn More