Ohaus Precision Balance EXR10201 with 7-inch TFT Touchscreen and Multi-Protocol Communication

The Ohaus Precision Balance EXR10201 is a high-capacity analytical balance designed for precise weighing tasks in biotechnology, molecular diagnostics, and bioprocessing applications. Featuring a maximum capacity of 10,200 g and a readability of 0.1 g, it provides accurate results essential for formulation, parts counting, and differential weighing protocols.

Key features include a 7-inch TFT 16.7M color touchscreen with glass overlay, enabling intuitive user interaction for complex workflows such as percent weighing, peak hold, and totalization. The device supports multiple communication interfaces including USB Host (Type A), USB Device (Type C), Ethernet (RJ45), and RS232, with optional WiFi and Bluetooth dongles for flexible connectivity and integration into laboratory information management systems (LIMS).

Constructed with a stainless steel 316 weighing pan and housed in robust metal with an anti-static glass draftshield, it ensures durability and stable measurements in environments typical to bioanalytical research. The internal AutoCal™ function provides automatic calibration, supporting regulatory compliance in clinical diagnostics and biomanufacturing workflows.

Additional design advancements include time synchronization via NTP, 4-level user management, and an internal system log capable of recording up to 100,000 entries, enhancing data traceability crucial for synthetic biology and gene editing labs.

This precision balance is widely used for density determination, dynamic and static weighing tasks, making it an essential instrument for biotechnology research, pharmaceutical formulation, and quality control. Its compatibility with diverse units of measurement such as grams, ounces, taels, and newtons adds versatility for global laboratories.

Technical Highlights:

Overall, the Ohaus EXR10201 precision balance is critical in biopharmaceutical production pipelines and widely adopted in molecular biology workflows requiring reliable weighing performance, connectivity, and robust data management.