Drying Oven/Incubator (Dual Purpose)
Dual-purpose laboratory oven that operates as both a forced-air drying oven (80–250°C) and an incubator (RT+5–60°C), available in 35–240 L capacities. Microcomputer controller with precision temperature regulation; stainless steel interior with rounded corners, silicon rubber door seals, and double-layer observation window. Multiple safety protections including overheat, sensor failure, and overcurrent alarms.
Louise Corscadden, PhD
Director of Science · ConductScience
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The ConductScience dual-purpose drying oven and incubator eliminates the need for separate equipment with two operating modes selectable via the microcomputer controller: forced-air drying (80–250°C) for sample preparation and glassware treatment, and incubation (RT+5–60°C) for cell culture and bacterial work. Forced hot air circulation ensures uniform temperature across the stainless steel chamber. Optional RS-485 connectivity supports printer integration and data recording.
Technical Specifications
| Parameter | Details |
|---|---|
| Capacity | 35 L, 50 L, 70 L, 140 L, 240 L |
| Temperature Range (Incubator) | RT+5–60°C |
| Temperature Range (Oven) | 80–250°C |
| Temperature Resolution | 0.1°C |
| Temperature Stability | Incubator ±0.5°C; Oven ±1°C |
| Timing Range | 1–9999 min |
| Shelves | 2 |
| Ambient Temperature | 5–35°C |
| Power Supply | AC 220±22V, 50/60 Hz (standard); 110V 60 Hz optional |
| Power Consumption | 500–2000 W (by model) |
Key Features
- Selectable incubator and drying oven modes in a single unit
- Stainless steel interior with rounded corners for easy cleaning
- Forced hot air circulation for uniform temperature distribution
- Silicon rubber seals with dual-layer observation window
- Multiple safety protections: overheat, sensor failure, overcurrent
- Optional RS-485 connectivity for printer integration and data recording
How It Works
The dual-purpose oven operates through forced convection heating, where heated air circulates continuously throughout the chamber via an internal fan system. This convection process ensures uniform temperature distribution, eliminating hot spots and cold zones that could compromise sample integrity. The heating elements, controlled by a precision temperature controller, maintain stable thermal conditions within the specified operating range.
For drying applications, the system removes moisture through controlled evaporation at temperatures below the degradation point of target compounds. The forced air circulation accelerates moisture transfer from sample surfaces while maintaining gentle processing conditions. In incubation mode, the system provides stable thermal environments for biological processes, with temperature uniformity essential for consistent cell growth or enzymatic reactions.
The chamber design incorporates multiple shelf positions to maximize sample capacity while ensuring adequate air circulation around all specimens. Temperature monitoring occurs continuously, with feedback control maintaining setpoint accuracy throughout extended processing periods.
Features & Benefits
Model
- BOV-D35S
- BOV-D50S
- BOV-D70S
- BOV-D140S
- BOV-D240S
Research Domain
- Analytical Chemistry
- Environmental Monitoring
- Food Science
- Materials Science
- Microbiology
- Pharmaceutical QC
Brand
- ConductScience
Weight
- 9.55 kg
Dimensions
- L: 11.02 mm
- W: 11.02 mm
- H: 10.24 mm
| Feature | This Product | Typical Alternative | Advantage |
|---|---|---|---|
| Chamber Size Range | 20L to 210L capacity options with multiple internal configurations | Many manufacturers offer limited size selections or focus on single capacity ranges | Enables laboratories to select optimal chamber size for specific throughput requirements and space constraints. |
| Dual-Purpose Functionality | Combined drying oven and incubator operation in single unit | Most units are designed for single-purpose operation only | Reduces equipment footprint and capital costs while maintaining operational flexibility for diverse applications. |
| Power Configuration Options | 600W to 3000W power ratings matched to chamber sizes | Fixed power ratings may not optimize energy efficiency across size ranges | Ensures appropriate heating capacity for each chamber volume while minimizing energy consumption and electrical requirements. |
| Forced Convection Design | Internal circulation fan system for uniform temperature distribution | Entry-level models often use gravity convection with less uniform heating | Provides consistent thermal conditions throughout chamber volume, essential for reproducible sample processing. |
This dual-purpose system combines the functionality of separate drying and incubation equipment in a single unit, offering multiple chamber sizes from 20L to 210L with appropriately scaled power ratings. The forced convection design ensures uniform temperature distribution across all configurations, providing operational flexibility for diverse thermal processing applications.
| Model | SKU | Listed price | Status | Dimensions |
|---|---|---|---|---|
| BOV-D240S | BIO-0256 | $2,299.00 | Available | 11.02 x 11.02 x 10.24 cm |
| BOV-D140S | BIO-0256 | $1,599.00 | Available | 11.02 x 11.02 x 10.24 cm |
| BOV-D70S | BIO-0256 | $1,299.00 | Available | 11.02 x 11.02 x 10.24 cm |
| BOV-D50S | BIO-0256 | $1,099.00 | Available | 11.02 x 11.02 x 10.24 cm |
| BOV-D35S | BIO-0256 | $999.00 | Available | 11.02 x 11.02 x 10.24 cm |
Practical Tips
Perform temperature calibration verification at multiple points within the chamber using calibrated probes positioned at different shelf levels.
Why: Ensures temperature uniformity across the working volume and validates manufacturer specifications.
Clean chamber interior regularly with appropriate solvents and inspect door seals for wear or contamination buildup.
Why: Prevents cross-contamination between samples and maintains proper thermal sealing for temperature stability.
Allow adequate clearance around samples for air circulation and avoid overcrowding shelves with containers or sample holders.
Why: Ensures uniform heating throughout all samples and prevents thermal gradients that compromise process reproducibility.
Monitor temperature recovery time after door opening and adjust cycle timing accordingly for temperature-sensitive applications.
Why: Large chamber volumes require longer equilibration periods, which affects total process time and thermal exposure calculations.
Record time-temperature profiles during critical processes and document chamber loading configurations for process validation.
Why: Provides traceability for regulatory compliance and enables process optimization through systematic data collection.
Verify appropriate ventilation for the installation environment, especially when processing materials that may release vapors during heating.
Why: Prevents accumulation of potentially hazardous vapors and maintains safe working conditions in laboratory environments.
Setup Guide
What’s in the Box
- Drying Oven/Incubator main unit
- Adjustable shelf supports (typical)
- Power cord
- User manual and operating instructions
- Temperature calibration certificate (typical)
- Warranty documentation
Warranty
ConductScience provides a comprehensive 1-year manufacturer warranty covering parts and labor, with technical support available for installation guidance and operational troubleshooting throughout the warranty period.
Compliance
What is the temperature accuracy and uniformity across different chamber sizes?
Temperature accuracy and uniformity specifications vary by model size and should be verified through the product datasheet. Larger chambers may require longer equilibration times but maintain uniform distribution through forced convection design.
Can the unit operate continuously for extended drying cycles?
The system is designed for continuous operation with appropriate ventilation and regular maintenance. Monitor chamber conditions during extended cycles and follow recommended service intervals for optimal performance.
How do I select the appropriate chamber size for my application?
Consider sample volume, batch size requirements, and available laboratory space. Larger chambers provide better economy for high-throughput applications, while smaller units offer faster temperature response and lower energy consumption.
What safety features are incorporated for unattended operation?
Consult product specifications for safety systems including over-temperature protection, door interlocks, and alarm functions. Always follow institutional safety protocols for unattended equipment operation.
Is the unit suitable for volatile solvents or flammable materials?
Verify explosion-proof ratings and safety certifications in the product datasheet before processing volatile compounds. Many standard ovens are not rated for flammable materials and require specialized safety equipment.
What maintenance schedule is recommended for optimal performance?
Regular maintenance includes chamber cleaning, door seal inspection, and temperature calibration verification. Consult user manual for detailed maintenance schedules based on usage frequency and operating conditions.
Can I modify the shelving configuration for irregular sample geometries?
The adjustable shelf system accommodates various sample heights and configurations. Custom shelving may be available for specialized applications requiring non-standard sample holders or arrangements.
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