WANT MB Series 120g Moisture Analyzer

Product Overview:

The WANT MB Series 120g Moisture Analyzer is a precision weighing and drying instrument engineered for rapid moisture content determination across a wide range of samples including food, chemicals, pharmaceuticals, minerals, textiles, and biological products.

With advanced halogen heating technology, touchscreen operation, and 1mg readability, this unit provides quick, accurate moisture measurements in a compact, rugged design—making it an essential tool in laboratories, universities, quality control labs, and agricultural research centers across Kenya and East Africa.

Designed with professional labs and industries in mind, the MB Series enables real-time data acquisition, supports RS232 interface connectivity, and includes adjustable feet, level bubble, and metal shielding to eliminate environmental interference.

Key Features

• Halogen Heating System – Ensures fast, uniform drying without sample degradation
• Touchscreen Interface – 5-inch LCD display for real-time data (moisture %, weight, time, temp)
• High Accuracy – From 0.001g readability, depending on the model
• Smart Operations – No manual calibration points needed; auto zero, tare, and overload protection
• Moisture Readability – Up to 0.01% moisture percentage
• Stainless Steel Pan & Four-Point Sensor Mount – Reliable weighing performance
• Electromagnetic Sensor – For precision and stability
• RS232 Interface – For easy data transfer to PC or printer
• Dual Functionality – Works as both a moisture meter and precision balance

Applications:

Perfect for:

• Laboratories & Research Institutes – For precise testing of solid, semi-solid, and powdered samples
• Agriculture & Food Industry – Testing fruits, vegetables, tea, grains, flour, and tobacco
• Pharmaceutical & Chemical – Moisture control in pharmaceutical ingredients
• Universities & R&D – For academic research and moisture control experiments
• Paper & Textile Testing – For precise drying analysis
• Quality Assurance – Ideal for fast moisture detection in production environments