1. Laboratory Vertical Design: Floor-standing configuration with bottom heating.

2. Scientific Airflow Technology: Vertical forced convection system.

3. Quality Material Construction: Stainless steel with safety viewing.

4. Optimized Heating Configuration: Bottom placement for efficiency.

5. Advanced Control System: High-performance processor technology.

6. Accurate Measurement System: PT100 sensor precision.

7. Comprehensive Programming: 99-hour operation control.

8. Multi-Level Safety: Complete alarm system.

9. Convenient Features: Memory storage and calibration.

10. System Health: Self-diagnostic control capabilities.

11. Additional Safety: Optional temperature protection.

12. Special Environment: Inert gas interface option.

*Note:

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

When investing in a laboratory drying oven, total cost of ownership extends beyond the purchase price. Energy efficiency is a major operational factor; well-insulated models with efficient heating elements consume less power, reducing long-term costs. Durability, indicated by build quality and corrosion-resistant materials like stainless steel, minimizes repair needs and extends service life.

Capacity should match typical use to avoid running a large, energy-intensive oven for small batches. The required temperature range also affects cost; ovens capable of reaching very high temperatures (above 300°C) are more specialized and expensive. Balancing these factors—initial cost, energy use, durability, and exact technical needs—ensures a cost-effective choice for the laboratory.