AMR robot-Bogong technology

AMR robot

Used for low-temperature biological sample transportation and docking, equipped with SLAM intelligent walking technology

AMR robot

Used for low-temperature biological sample transportation and docking, equipped with SLAM intelligent walking technology, used in automated biological sample libraries, combined with deep low-temperature sample transportation buckets to connect biological sample deep low-temperature automated storage systems,The transfer of biological samples between a series of equipment such as deep and low temperature fully automatic tube picking workstations. Truly achieve full process automation management of biological sample libraries, with precision, safety, and efficiency.

Artificial intelligence empowers autonomous mobility

AMR technology

Equipped with industry-leading autonomous navigation and mobile robot technology (AMR)
SLAM navigation technology

High performance laser SLAM navigation technology empowers autonomous path planning for robots
Autonomous planning, navigation, and movement of robots

Autonomous judgment of environmental changes, intelligent obstacle avoidance, and re planning of travel routes

Unmanned end-to-end transportation

Efficient and intelligent sample transportation

Intelligent human-machine handover and sample transfer between automated systems
Assist in intelligent management of the entire database

Seamless connection of all base point automation systems in the entire storage area, achieving intelligent access management for the entire storage area

Efficient and safe sample transportation

Fearless of heating up damage

Internal deep and low temperature sample transfer bucket ensures that there is no risk of temperature rise or damage during the entire transportation process of the sample
Equipped with autonomous recharge technology

When the battery is low, ensure that the sample is safely returned to the storage system before completing autonomous charging

Option information

Deep low-temperature transfer drum

The vacuum structure design inside the barrel provides long-lasting deep and low temperature protection, allowing for real-time monitoring and display of internal temperature, ensuring the safety of incoming and outgoing samples. It can be used alone or in combination with base point automation equipment, and can maintain an environment of -150 ℃ for more than 20 hours.