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Automated laboratory robot

With the continuous development of the intelligent collaborative robot industry, improving work efficiency, enhancing operational safety, and reducing the workload of researchers are gradually becoming new directions for the advancement of intelligent collaborative robots. The use of automated equipment to replace researchers in performing dangerous and repetitive experiments has become a development trend for intelligent collaborative robots.

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Automated chemistry laboratory robot

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Automated laboratory robot

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With the continuous development of the intelligent collaborative robot industry, improving work efficiency, enhancing operational safety, and reducing the workload of scientific researchers are gradually becoming new directions for the advancement of intelligent collaborative robots. The use of automated equipment to replace scientific researchers in completing dangerous and repetitive experiments has become a development trend for intelligent collaborative robots.

 

Robotic Integration Solutions for Automated Laboratories:

 

Based on multiple types of robots and various automated devices, and using a computer control system to control and monitor global operations in real time.

 

 

This system can autonomously set work content according to different experimental procedures, realizing automated operations from the preparation and testing of experimental products to the final acquisition of experimental data. It can effectively reduce the workload of scientific researchers, freeing their hands for 24/7 uninterrupted experiments, enabling researchers to obtain more effective experimental data and reducing the development cycle of new products and technologies.

  • Intelligent Composite Dexterous Robot Mec5 Series: This robot has high flexibility and can replace operators in transporting and placing items awaiting reaction between various chemical experimental platforms.
  • Customizable Platform for Multifunctional Tasks: The platform is mounted on the surface platform of the Mec5 series of intelligent composite dexterous robots and is used to place various functional electric grippers, pneumatic grippers, and other actuators, as well as reactants contained in test tubes and sample bottles.
  • Autonomous Operation System for Composite Dexterous Robots: This system is the "brain" of the Mec5 series of intelligent composite dexterous robots. It mainly incorporates algorithms such as vision-assisted positioning, autonomous navigation and obstacle avoidance using dual laser radar, and robotic arm motion planning.
  • Digital Twin of Intelligent Composite Dexterous Robots: The digital twin system uses a combination of virtual and real methods to map the robot's movement process in the real world to the virtual space, allowing operators to remotely monitor the progress of chemical experiments in real time.
  • Intelligent Laboratory MES System: MES is the overall scheduling system for automated laboratories. It uses multiple communication protocols to establish close connections with various devices in the laboratory, enabling autonomous programming of chemical experimental processes and facilitating changes to experimental procedures by operators.
  • Dual-Arm Collaborative Robot System: Compared with single-arm robots, dual-arm robots have more degrees of freedom and a wider range of motion. They can perform human-like collaborative operations on a single experimental platform, enabling complex operations such as pipetting.
  • Single-Arm Robot Autonomous Operation System: Single-arm robots can perform simple operations on a single experimental platform. In conjunction with specialized equipment, they can perform various tasks such as heating, shaking, and gas-liquid and liquid-liquid reactions of reagent sample bottles.

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