Looking for autonomous mobile robots that don't require additional infrastructure?
Check out our AMRproducts.
Looking for unmanned transport robots suitable for factory automation?
Check out our AGVproducts.
Looking for robots that can follow a person with just the press of a button?
Check out our Target Followingproducts.
Looking for a service that can manage TWINNY’s robots in real time?
Check out our Platformservices.
The NarGo series can:
Drive without infrastructure in wide and complex environments.
Move flexibly even in constantly changing environments.
Be customized for site-customized cargo boxes.
Be controlled easily using the control system.
Drive up a slope.
Be linked to elevators (some models).
Factory robot deployable instantly without extra infrastructure
NarGo Order PickingRobot reducing transportation time within the logistics center
NarGo500Factory robot compatible with pallets
NarGo6060 kg-class robot suitable for distribution centers and high-rise buildings
NarGo100100 kg-class robot suitable for distribution centers, factories, and smart farms
NarGo DeliveryDelivery robot for seamless indoor-outdoor and inter-floor transportation
AMR S/W is the autonomous mobile robot software independently developed by TWINNY.
AMR S/W can:
Generate maps using on-board sensors and allow to drive autonomously.
Issue autonomous driving orders through the APIs when mounted on a robot PC.
The AGV series can:
Be site-customized.
Be controlled easily using the control system.
Control positioning precisely.
Perform positioning and obstacle detection using sensor technology.
The TarGo series can:
Follow targets independently without additional infrastructure based on the size, color, movement, and location information.
Be controlled easily by anyone with a simple method.
Be customized for site-customized cargo boxes.
The platform service is composed of a user app and an administrator web.
TWINNY’s platform service can:
Drive without infrastructure and be compatible with other systems.
Monitor conditions of robots in real-time and assign the optimal one.
Specify the movable path and stopping positions.
Provide customized application programs.