STILL GmbH Mobile Robots

Description
The STILL iGo Neo is an autonomous low-level order picker designed to reduce employee workload and enhance picking processes in intralogistics. It addresses challenges such as high passenger traffic and long transport routes in picking areas. With increased picking performance and optimal ergonomics, the iGo Neo offers a winning combination. The standout feature of the iGo Neo is its ability to transform series-produced trucks into autonomous assistants for operators. Using artificial intelligence, the truck stops at the optimal picking position, adapting its travel path and speed based on the task and situation. This ensures efficient and productive operations. The iGo Neo significantly reduces instances of strenuous mounting and dismounting, resulting in up to 75% less physical effort and time consumption. Moreover, it minimizes walking distances while carrying loads, enhancing overall efficiency and reducing fatigue for operators. Safety is a top priority with the iGo Neo. It incorporates a multi-stage safety concept to protect people, warehouse equipment, and goods. Special sensors detect both dynamic and static objects in the warehouse, ensuring a safe working environment. Reliability is another key aspect of the iGo Neo. It utilizes a hybrid tracking system that identifies and follows the individual operator, even when using a Z-pick pattern. This tracking system ensures seamless and efficient coordination between the operator and the truck. The iGo Neo Easy Protect variant offers an additional safety feature—an innovative collision avoidance system. In manual operation, the truck automatically reduces its speed when the operator approaches an obstacle, effectively preventing collisions. This system minimizes interruptions in operation while maintaining a high level of safety.
Description
The STILL iGo Neo is an autonomous low-level order picker designed to reduce employee workload and enhance picking processes in intralogistics. It addresses challenges such as high passenger traffic and long transport routes in picking areas. With increased picking performance and optimal ergonomics, the iGo Neo offers a winning combination. The standout feature of the iGo Neo is its ability to transform series-produced trucks into autonomous assistants for operators. Using artificial intelligence, the truck stops at the optimal picking position, adapting its travel path and speed based on the task and situation. This ensures efficient and productive operations. The iGo Neo significantly reduces instances of strenuous mounting and dismounting, resulting in up to 75% less physical effort and time consumption. Moreover, it minimizes walking distances while carrying loads, enhancing overall efficiency and reducing fatigue for operators. Safety is a top priority with the iGo Neo. It incorporates a multi-stage safety concept to protect people, warehouse equipment, and goods. Special sensors detect both dynamic and static objects in the warehouse, ensuring a safe working environment. Reliability is another key aspect of the iGo Neo. It utilizes a hybrid tracking system that identifies and follows the individual operator, even when using a Z-pick pattern. This tracking system ensures seamless and efficient coordination between the operator and the truck. The iGo Neo Easy Protect variant offers an additional safety feature—an innovative collision avoidance system. In manual operation, the truck automatically reduces its speed when the operator approaches an obstacle, effectively preventing collisions. This system minimizes interruptions in operation while maintaining a high level of safety.

Suppliers

Company
Product
Description
Supplier Links
Mobile Robots -  - STILL GmbH
Hamburg, Germany
Mobile Robots
Mobile Robots
The STILL iGo Neo is an autonomous low-level order picker designed to reduce employee workload and enhance picking processes in intralogistics. It addresses challenges such as high passenger traffic and long transport routes in picking areas. With increased picking performance and optimal ergonomics, the iGo Neo offers a winning combination. The standout feature of the iGo Neo is its ability to transform series-produced trucks into autonomous assistants for operators. Using artificial intelligence, the truck stops at the optimal picking position, adapting its travel path and speed based on the task and situation. This ensures efficient and productive operations. The iGo Neo significantly reduces instances of strenuous mounting and dismounting, resulting in up to 75% less physical effort and time consumption. Moreover, it minimizes walking distances while carrying loads, enhancing overall efficiency and reducing fatigue for operators. Safety is a top priority with the iGo Neo. It incorporates a multi-stage safety concept to protect people, warehouse equipment, and goods. Special sensors detect both dynamic and static objects in the warehouse, ensuring a safe working environment. Reliability is another key aspect of the iGo Neo. It utilizes a hybrid tracking system that identifies and follows the individual operator, even when using a Z-pick pattern. This tracking system ensures seamless and efficient coordination between the operator and the truck. The iGo Neo Easy Protect variant offers an additional safety feature—an innovative collision avoidance system. In manual operation, the truck automatically reduces its speed when the operator approaches an obstacle, effectively preventing collisions. This system minimizes interruptions in operation while maintaining a high level of safety.

The STILL iGo Neo is an autonomous low-level order picker designed to reduce employee workload and enhance picking processes in intralogistics. It addresses challenges such as high passenger traffic and long transport routes in picking areas. With increased picking performance and optimal ergonomics, the iGo Neo offers a winning combination.
The standout feature of the iGo Neo is its ability to transform series-produced trucks into autonomous assistants for operators. Using artificial intelligence, the truck stops at the optimal picking position, adapting its travel path and speed based on the task and situation. This ensures efficient and productive operations.
The iGo Neo significantly reduces instances of strenuous mounting and dismounting, resulting in up to 75% less physical effort and time consumption. Moreover, it minimizes walking distances while carrying loads, enhancing overall efficiency and reducing fatigue for operators.
Safety is a top priority with the iGo Neo. It incorporates a multi-stage safety concept to protect people, warehouse equipment, and goods. Special sensors detect both dynamic and static objects in the warehouse, ensuring a safe working environment.
Reliability is another key aspect of the iGo Neo. It utilizes a hybrid tracking system that identifies and follows the individual operator, even when using a Z-pick pattern. This tracking system ensures seamless and efficient coordination between the operator and the truck.
The iGo Neo Easy Protect variant offers an additional safety feature—an innovative collision avoidance system. In manual operation, the truck automatically reduces its speed when the operator approaches an obstacle, effectively preventing collisions. This system minimizes interruptions in operation while maintaining a high level of safety.

Supplier's Site

Technical Specifications

  STILL GmbH
Product Category Robots
Product Name Mobile Robots
Industry / Application Automotive Testing;  Material Handling (e.g., Loading/Unloading, Palletizing); Packaging Robot
Unlock Full Specs
to access all available technical data

Similar Products

Multi-axis robots -  - ARBURG
Specs
Robot Type (Robot System)
Load Capacity 12 to 25 kg (26.46 to 55.12 lbs)
View Details
Autonomous Mobile Robots - AMR - ElectroCraft
Specs
Robot Type Service Robot
Industry / Application  Material Handling (e.g., Loading/Unloading, Palletizing)
Features Mobile
View Details
Automated Robotic Melt Shop - ARMS® - Inductotherm Group
Specs
Robot Type (Robot System)
Industry / Application Foundry, Melt Shop
Load Capacity 30 to 500 kg (66.15 to 1102 lbs)
View Details
Hexapod, High Precision, 125 mm Diameter Platform, 5 kg Load, M6 - HXP50-MECA - Newport MKS
Specs
Robot Type Parallel Robot (Delta/Hexapod)
Drive System Electric
# of Axes 6 #
View Details