APC/BAS dual mode Robot

PRODUCT INTRODUCTION

The Airborne Particle Counter & BioAerosol Sampler dual mode Robot (APC/BAS dual mode Robot) enables automated sampling in cleanroom environments through a mobile active air sampler with robotic arm that can automatically place and remove agar plates. A SLAM* algorithm and LiDAR are used by the robot to ensure accurate site arrival and object avoidance. The unit can traverse designated areas, automatically open and close doors, autonomously ride elevators, and return to home base forcharging at a low battery level.Through automated sampling, the environmental impact of operators and potential for human error can be minimized.

The APC/BAS dual mode Robot is equipped with a high precision 6-axis robotic arm and Micronview control software which is easy to configure and use. The Micronview control software is available on tablets, smartphones and PCs.

Through a wireless connection, the control software is used to communicate with the APC/BAS dual mode robot, schedule tasks, and assign work plans for the automated active air sampling of your controlled environments.

CAPABILITY & FEATURE

-- Safe and Efficient - Automated active air sampling --

-- Easy deployment - Scheduled environmental monitoring --

-- Integrated Mechanical Arm - High accuracy, reliable, low risk --

-- Convenient Monitoring - Flexible adaptation to various scenarios --

*SLAM is an acronym for Simultabeous Localization And Mapping, which supports localization and map construction for EMC Robots in unknown environments.

PRODUCT APPLICATION

The unit's automated navigation and sampling lower the risk of contamination by reducing human presence in critical areas, and reduce the potential for error in sampling location and time. Resource allocation can also be optimized by automating routine functions and assigning personnel to other critical tasks. The APC/BAS dual mode Robot can also be equipped with a temperature and humidity sensor to collect and store ambient temperature and humidity information.