Fully Automatic Graphite Digester

The fully automatic graphite digester utilizes premium high-purity graphite material combined with precise surround heating technology, ensuring minimal temperature variation between digestion chambers. This effectively guarantees parallel processing and result accuracy for batch sample handling. The intelligent PID temperature control system supports high-precision programmed heating, allowing users to flexibly set and store multiple digestion programs for simple operation and excellent reproducibility. Additionally, the instrument incorporates multiple safety mechanisms including over-temperature protection and leakage protection. Combined with corrosion-resistant design and an intuitive user interface, it enhances experimental efficiency while prioritizing laboratory safety.

This graphite digester serves as an ideal replacement for traditional hot plates and electric furnaces. Featuring a classic 30 mm aperture design, it fully accommodates mainstream 50 mL and 100 mL digestion tubes, making it a reliable and capable assistant in any laboratory.

As an efficient laboratory sample preparation platform, the fully automatic graphite digester finds broad application across environmental monitoring (heavy metal digestion in soil, wastewater, and solid waste), food and agricultural product testing (trace element analysis in grains and meat), agricultural geology (fertilizer, feed, and rock composition analysis), as well as product quality control and scientific research. It serves as the ideal tool for wet digestion and thermal extraction in diverse laboratory settings.

• Operate the instrument via a 5-inch color touchscreen running Android OS for convenient and efficient control.

• Features PID temperature control technology for high precision and rapid heating.

• Features segmented temperature control settings, supporting either single-stage or multi-stage heating. Flexible configuration allows the instrument to automatically execute the sequence.

• Utilizes a high-quality graphite furnace core, minimizing average temperature differences for consistent sample results and enhanced thermal conductivity efficiency.