Chemical Detection Instruments Offering Portable and Durable Solutions for Rapid Testing of Toxic Gases in Healthcare Settings
Product Description:
The MR-AIMS Handheld IMS Chemical Identifier configured for health and disease control applications provides specialized detection capabilities for public health monitoring and epidemic control scenarios. This sophisticated handheld device is engineered to meet the specific requirements of epidemic control and health departments, public health agencies, and healthcare facilities tasked with rapid testing and detection of hazardous gases that may affect public health. The system utilizes advanced Ion Mobility Spectrometry technology with pattern recognition algorithms optimized for health and disease control applications, enabling rapid identification and classification of toxic gases, volatile organic compounds, and other hazardous atmospheric substances that may pose health risks to populations.
Compared with traditional health monitoring equipment, the MR-AIMS health variant delivers faster response times and greater accuracy in detecting trace levels of hazardous substances, making it an invaluable tool for rapid testing scenarios during public health emergencies and disease control operations. The device features medical-grade construction with IP65 protection rating, ensuring reliable operation in healthcare environments and public health monitoring applications. Its portable design enables deployment in various healthcare settings, while the single shoulder strap configuration provides convenience for health personnel conducting rapid testing and monitoring operations during epidemic control situations.![]()
Features:
· Product Name: MR-AIMS Handheld IMS Chemical Identifier (Health & Disease Control Configuration)
· Measurement Principle: Ion Mobility Spectrometry (IMS) with health monitoring algorithms
· Health Hazards Detection: Toxic gases, VOCs, hazardous atmospheric substances
· Detection Capability: Rapid identification and classification of health-related hazards
· Response Time: Faster than traditional health monitoring systems
· Alarm System: Sound and light alarm messages for health hazard notification
· Protection Rating: IP65 (medical-grade, easy to clean for healthcare use)
· Design: PELICAN protective box design for healthcare environments
· Portability: Compact size (≤170×100×62mm), lightweight (1.2kg) for healthcare deployment
· Carrying Options: Handheld or single shoulder strap configuration for health operations
· Pattern Recognition Technology: Optimized for health hazard identification
· Standard Configuration: Detector host, health monitoring software, operation manual, certificate of conformity
Technical Parameters:
| Parameter | Specification |
| Overall Dimensions | ≤170×100×62mm |
| Weight | 1.2kg |
| Protection Rating | IP65 |
| Detection Principle | Ion Mobility Spectrometry (IMS) |
| Health Hazards Detected | Toxic gases, VOCs, hazardous atmospheric substances |
| Alarm System | Sound and light alarm messages |
| Detection Capability | Health-related hazards identification and classification |
| Carrying Options | Handheld or single shoulder strap |
| Protective Design | PELICAN protective box (medical-grade) |
| Response Performance | Faster than traditional health monitoring systems |
| Standard Configuration | Detector host, health monitoring software, operation manual, certificate of conformity |
Applications:
The MR-AIMS health and disease control configuration is specifically designed for health and disease control applications, providing rapid testing capabilities for hazardous gases that may affect public health. This portable IMS chemical identifier supports epidemic control and health departments in rapid testing scenarios, enabling quick identification of hazardous gases and atmospheric contaminants that may pose health risks to populations during public health emergencies.
In epidemic control applications, the MR-AIMS provides critical support for rapid testing during disease outbreaks and public health emergencies, enabling detection of hazardous gases and volatile organic compounds that may be associated with infectious disease transmission or environmental contamination. The device's ability to quickly identify and classify health-related hazards makes it invaluable for health departments conducting rapid assessments and implementing appropriate control measures.