
Case Study
Logisteed, Ltd. (Hitachi) Japan
LOGISTEED (formerly Hitachi Transport System) automated pharmaceutical sorting operations using MujinOS-powered piece-picking robots. The solution combines intelligent robotics, 3D vision, barcode verification, and automated container loading to improve shipping accuracy while reducing manual labor in healthcare logistics.
Challenge
LOGISTEED wanted to automate the secondary sorting of pharmaceutical products after batch picking while maintaining strict accuracy and quality requirements. The solution needed to maximize container utilization, prevent product damage, and verify every item through barcode inspection during transport.
Solution
Using MujinOS, LOGISTEED deployed an intelligent pharmaceutical piece-picking system equipped with advanced 3D vision, barcode scanning, and force-sensing technology. The robot accurately identifies and picks medicine products regardless of orientation, automatically scans barcodes during handling, and optimizes container loading in real time to maximize storage efficiency while protecting product integrity. The system also integrates seamlessly with existing warehouse automation equipment, including Okamura's rotary sorter.
Results
Automated pharmaceutical sorting and piece-picking operations
Improved shipping accuracy through automated barcode verification
Reduced manual labor requirements
Optimized container loading and space utilization
Prevented product damage through intelligent handling and force sensing
Increased fulfillment efficiency and operational consistency
Seamless integration with existing warehouse automation systems
Key Technologies
Advanced 3D Vision
Accurately identifies medicine products and their position regardless of orientation.
Barcode Verification
Scans barcodes from any side of the package during transport to ensure shipment accuracy.
Intelligent Container Loading
Optimizes product placement in real time to maximize container utilization.
Force-Sensing Protection
Detects unexpected contact and helps prevent product damage during handling.