1. Vertical forced convection system ensures uniform temperature distribution across all shelf levels.

2. Constructed with a hygienic stainless steel chamber and a durable powder-coated steel housing.

3. Features a dual-layer toughened safety glass window on the front door for clear, safe observation.

4. Equipped with a high-speed, high-performance CPU chip for rapid and responsive temperature control.

5. Utilizes a high-sensitivity, high-precision PT100 resistance sensor for reliable and accurate temperature readings.

6. Offers preset programmable control with a timing function of up to 99 hours for automated operation cycles.

7. Includes multiple alarm systems for monitoring sensor failure, temperature deviations, and over-temperature conditions.

8. Parameter memory function allows for easy recall of frequently used program settings.

9. Temperature display calibration feature ensures long-term measurement accuracy.

10. Dynamic self-diagnostic control technology proactively monitors system health.

11. Optional independent temperature control system and inert gas interface for enhanced safety and specialized applications.

NuOven FC—Series have10-segment temperature control program to realize temperature curve program running.

The laboratory drying oven is often a central hub in a broader analytical workflow. Consider the process of analyzing the fat content in a food product using a solvent extraction method. First, the extraction cups must be dried in the oven to a constant weight to establish a tare. After the sample and solvent are processed, the cups containing the fat residue are returned to the oven to evaporate the residual solvent and dry the fat to a stable weight.

The oven's role in preparing clean, dry glassware and in the final drying step is critical to the accuracy of the entire analysis. This pattern repeats in moisture analysis, soil testing, and polymer curing—the oven provides the controlled thermal environment that links sample preparation to final, reliable measurement.