Ohaus MB92 Moisture Analyzer

• 90g capacity with 1 mg/0.01% readability for precise measurements
• Carbon fiber heating for rapid and even heat distribution
• 4.3” capacitive touch screen with full-color display for easy navigation
• Drying profiles include Ramp, Standard, Step, and Fast for flexibility
• ID management supports Sample Name, Sample ID, and Batch ID
• Temperature range of 40°C to 200°C for various testing needs
• Multi-color status light provides at-a-glance progress updates
• Shut-off options include Timed, Manual, Auto, and custom settings
• Live drying curve and on-screen instructions for real-time monitoring
• Stores up to 200 results and 20 methods for high-throughput use
• Durable PBT housing with tool-free cleaning for easy maintenance

Robust and durable with the new carbon heating technology and an upgraded full color capacitive touchscreen.

Flexible drying profiles, and methods provide versatile method creation, with enhanced password protection ensures data security.

The full glass panel and tool-free heating chamber make cleaning easy, ideal for both laboratory and production floor use.

The Ohaus MB92 Moisture Analyzer combines precision and versatility for demanding moisture analysis applications. With a maximum capacity of 90g and readability of 1 mg/0.01%, the MB92 ensures accurate measurements across a moisture content range of 0.5% to 100%. Its advanced carbon fiber heating technology delivers rapid and consistent heat distribution, while the full-color 4.3” capacitive touchscreen offers intuitive navigation and control.

Designed for flexibility, the MB92 features four drying profiles (Ramp, Standard, Step, Fast) and multiple shut-off criteria, including Timed, Manual, Auto, and custom settings. Enhanced ID management supports Sample Name, Sample ID, and Batch ID, enabling efficient sample tracking. Additionally, the device’s durable PBT housing and tool-free heating chamber assembly make maintenance straightforward. Capable of storing up to 200 results and 20 methods, the MB92 is ideal for high-throughput environments that demand robust performance and easy operation.