High density storage - Shuttle Case Handling Robot TOYOROBO

◆ Benefits of Implementation

■ Spider Sky Shuttle
・Maximized storage efficiency: Significant increase in storage density compared to conventional systems

・Increased throughput: High-speed shuttles enhance the ability to handle peak shipping demands

・Labor savings: Automation of inter-rack movement and picking reduces reliance on manual labor

・Scalability: Throughput can be increased incrementally simply by adding more shuttle units

■ Gecko Sky Miniload
・High-speed handling of lightweight items: Improved picking speeds

・Energy-efficient and low-cost operation: Lightweight design keeps running costs down

・Flexible scalability: Rack configurations and storage capacity can be expanded in stages

・Space efficiency: Mini-load design makes it easy to install in existing warehouses

■ Spider Sky Shuttle
・ E-commerce and mail-order warehouses (handling large numbers of SKUs)
・ High-speed processing of high-turnover SKUs (FMCG: food and daily necessities)
・ Pharmaceuticals and cosmetics (requiring high-density storage and accuracy)
・ Electronic components and apparel (high-mix, small-lot operations)
■ Gecko Sky Miniload
・ Pharmaceuticals and cosmetics (primarily lightweight totes)
・ Apparel (large numbers of SKUs; primarily lightweight cases)
・ Electronic components (high-precision storage for small parts)
・ Companies seeking phased automation for small- to medium-sized warehouses

■ Spider Sky Shuttle
・ Shuttle optimized for high-density storage
A core AS/RS robot that moves at high speeds within multi-level racking to efficiently transport cases and totes.

・ High-speed travel and high acceleration
Reduces cycle times for picking and replenishment, significantly boosting throughput during peak periods.

・ Flexible layout adaptability
Designed to accommodate multi-level structures, long rack aisles, and complex shelving configurations.
■ Gecko Sky Miniload
・ Lightweight, high-speed miniload shuttle
A high-speed storage robot designed for small totes and cases.

・ High stability and precise transport
Structure optimized for the high-speed picking of small, lightweight items.

・ Energy-efficient design
Reduces power consumption through a lightweight body and efficient drive system.

・ Versatile application
Ideal for warehouses handling lightweight items, supporting tasks such as picking, replenishment, and sorting.