Thermo Scientific Smart Vue SV206-200-LSB Wireless Monitoring System for Laboratory Equipment

The Thermo Scientific Smart Vue SV206-200-LSB is a high-performance wireless monitoring system engineered for laboratory environments requiring precise condition tracking and compliance with regulatory standards. Operating at a 915 MHz frequency, this system delivers real-time remote alarms and data logging critical for maintaining sample quality and supporting molecular diagnostics, bioprocessing, and biomanufacturing workflows.

Key technical specifications include:

• Wireless frequency: 915 MHz, ensuring stable and secure data transmission across laboratory facilities
• Data memory: Capacity to store up to 3000 readings, enabling extensive historical monitoring for analysis and audit trails
• Display: Integrated LCD screen for immediate status updates and system readings
• Power source: 3.6 V Lithium battery optimized for long-duration operation without frequent replacement
• Sensor compatibility: Supports differential pressure sensors and CO2 sensors, essential for environmental control in cell culture laboratories, synthetic biology research, and live-cell imaging setups
• Compliance: Fully compliant with 21 CFR Part 11 for electronic records, cGxP, and Standard Operating Procedures (SOP), supporting regulatory requirements in clinical diagnostics and biomedical engineering

Designed to integrate seamlessly into laboratory infrastructure, the Smart Vue system enables continuous environmental monitoring critical in biotechnology laboratories and clinical diagnostic centers. Its rugged construction, despite minor cosmetic imperfections, ensures reliable performance and data integrity, making it ideal for laboratories focused on gene editing, bioprocess monitoring, and maintaining critical environmental parameters in neuroscience and cell imaging applications.

This wireless monitoring solution is essential for researchers and professionals seeking robust, compliant, and scalable monitoring of laboratory equipment and ambient conditions, enhancing operational efficiency in high-stakes research and production environments.