Benchtop Drying Oven with Horizontal Forced Convection NuOven B105-I

Features

1. Space-Saving Configuration: Benchtop design with rear heating placement.

2. Precision Airflow Control: Adjustable horizontal forced convection (NuOven C-series).

3. Robust Material Construction: Stainless steel chamber with powder-coated housing.

4. Clear Process Monitoring: Dual-layer safety glass observation window.

5. Intelligent Temperature Regulation: High-performance CPU with sensitive Pt sensor.

6. Extended Program Operation: 99-hour preset timing for automated workflows.

7. Comprehensive Safety Alerts: Multiple alarm systems for complete protection.

8. Operational Convenience: Parameter memory and calibration functions.

9. Automatic System Diagnostics: Dynamic control technology maintains performance.

10. Redundant Safety System (Optional): Independent temperature monitoring and control.

11. Special Gas Environment (Optional): Inert gas interface with flow measurement.

12. Sturdy Internal Components: Durable stainless steel shelving included.

Specifications

*Note:

NuOven C23-I/C51-I/C105-I/C212-I has 10-segment temperature control program to realize temperature curve program running.

Introduction about drying oven

An oven is one of several tools for removing moisture. A desiccator uses a chemical desiccant (like silica gel) in a sealed container to create a dry atmosphere for room-temperature storage or cooling of dried samples; it is not an active drying device. A lyophilizer (freeze dryer) is a far more complex and expensive instrument that freezes a sample and then uses a vacuum to sublime ice directly into vapor. It preserves structure and is for delicate biologicals.

The drying oven sits between them: more active and faster than a desiccator, simpler and less damaging than freeze-drying for many robust materials. The choice depends on the sample's sensitivity, the required final state, and available resources.