Stacked Large Capacity Shaking Incubator
Large capacity shaking incubator with 200L chamber volume, rotary agitation, and precise temperature control for cell culture and microbiology applications.
The Stacked Large Capacity Shaking Incubator provides controlled temperature cultivation with orbital shaking motion for cell cultures, bacterial growth, and molecular biology applications requiring agitation. This benchtop instrument combines forced convection heating with rotary shaking to maintain uniform temperature distribution while providing consistent mixing action. The 200L capacity accommodates multiple flask sizes and culture volumes simultaneously.
The system utilizes PT100 temperature sensing with PID control algorithms to maintain precise thermal conditions from RT+5 to 60°C with ±0.5°C fluctuation. The single-axis balanced drive mechanism delivers smooth rotary shaking motion while the 5-inch touch screen interface provides intuitive operation control and parameter monitoring. The forced convection design ensures temperature uniformity across the entire chamber volume.
How It Works
The shaking incubator operates on the principle of controlled thermal convection combined with mechanical agitation. The PT100 temperature sensor continuously monitors chamber conditions while the PID controller maintains precise temperature by modulating heating elements. Forced convection circulation distributes heated air uniformly throughout the 200L chamber volume, minimizing temperature gradients.
The rotary shaking mechanism employs a single-axis balanced drive system that creates orbital motion patterns. This motion prevents cell settling in suspension cultures while enhancing gas exchange and nutrient distribution in liquid media. The balanced drive design reduces vibration transmission to minimize disturbance of nearby equipment while maintaining consistent agitation parameters.
The 5-inch touch screen interface allows operators to program temperature setpoints, timing cycles up to 999 hours 59 minutes, and monitor real-time conditions. The system maintains temperature uniformity within ±1°C at 37°C with overall fluctuation limited to ±0.5°C for precise experimental control.
Features & Benefits
Model
- Standard
- SDT Series
- SDL Series
- N/RN Series
Weight
- 270.0 kg
Dimensions
- L: 39.8 mm
- W: 87.0 mm
- H: 59.0 mm
Comparison Guide
| Feature | This Product | Typical Alternative | Advantage |
|---|---|---|---|
| Chamber Capacity | 200L volume | Benchtop models typically offer 50-100L capacity | Enables simultaneous cultivation of multiple large cultures or numerous smaller samples in a single controlled environment. |
| Temperature Sensor | PT100 sensor with 0.1°C precision | Basic models often use thermistor sensors with lower precision | Provides superior temperature accuracy and stability for temperature-sensitive biological processes. |
| User Interface | 5-inch touch screen display | Many units feature basic LCD displays with button controls | Offers intuitive programming and real-time monitoring of operational parameters. |
| Drive System | Single-axis balanced drive type | Entry-level models may use less sophisticated drive mechanisms | Reduces vibration and noise while maintaining consistent orbital motion for optimal culture conditions. |
| Temperature Control | PID controller with ±0.5°C fluctuation | Basic units often have wider temperature fluctuation ranges | Maintains tighter temperature control for reproducible experimental conditions. |
| Timing Capability | 999h59min maximum duration | Limited timing ranges in basic models | Supports extended cultivation protocols and long-term experimental studies. |
This shaking incubator combines large chamber capacity with precision temperature control and balanced drive shaking to support high-throughput cultivation applications. The PT100 sensing and PID control system provide research-grade environmental stability while the touch screen interface simplifies operation and monitoring.
Practical Tips
Verify temperature accuracy using calibrated thermometers placed throughout the chamber volume before critical experiments.
Why: Ensures uniform heating performance and validates sensor accuracy across the working space.
Clean the chamber interior weekly with appropriate disinfectants and inspect the shaking mechanism for smooth operation.
Why: Prevents contamination carryover between cultures and maintains optimal mechanical performance.
Secure all culture vessels with appropriate clamps and avoid overloading the chamber to maintain proper air circulation.
Why: Prevents spillage during shaking operation and ensures uniform temperature distribution around all samples.
If temperature uniformity decreases, check for blocked air vents and ensure adequate clearance around the unit.
Why: Restricted airflow impairs the forced convection system and creates temperature gradients.
Allow the system to equilibrate for at least 30 minutes after parameter changes before introducing samples.
Why: Ensures stable conditions are established for consistent culture performance.
Use appropriate personal protective equipment when accessing the chamber during operation, especially at elevated temperatures.
Why: Hot surfaces and moving parts present potential hazards during routine operation and maintenance.
Position the heaviest culture vessels closest to the center of rotation to maintain drive balance.
Why: Proper weight distribution reduces mechanical stress on the drive system and minimizes vibration.
Inspect and lubricate the shaking mechanism drive components according to the maintenance schedule.
Why: Prevents premature wear and maintains smooth, consistent orbital motion over extended operation periods.
Setup Guide
What’s in the Box
- Stacked Large Capacity Shaking Incubator main unit
- Power cord (typical)
- User manual and documentation (typical)
- Sample clamps and holders (typical)
- Temperature calibration certificate (typical)
Warranty
ConductScience provides a standard one-year manufacturer warranty covering defects in materials and workmanship. Technical support is available to assist with setup, calibration, and operational questions throughout the warranty period.
Compliance
What is the maximum shaking speed and amplitude available?
Consult product datasheet for specific shaking speed ranges and orbital diameter specifications for the rotary shaking mechanism.
Can the temperature be programmed in stepped profiles or ramp cycles?
The PID controller with touch screen interface supports temperature programming, though specific ramping capabilities should be verified in the technical documentation.
What types of culture vessels can be accommodated in the 200L chamber?
The large capacity design accommodates various flask sizes and culture vessels, with specific compatibility depending on available clamps and holders.
How is temperature uniformity verified across the chamber volume?
The system maintains ±1°C uniformity at 37°C through forced convection circulation, with temperature mapping procedures detailed in the calibration protocols.
What data logging or connectivity options are available?
Consult technical specifications for data output capabilities, logging functions, and potential connectivity options through the touch screen interface.
How does this compare to standard benchtop shaking incubators?
The 200L capacity is significantly larger than typical benchtop units, making it suitable for higher throughput applications requiring multiple simultaneous cultures.
What preventive maintenance is required for optimal performance?
Regular cleaning of the chamber, calibration verification of temperature sensors, and inspection of the shaking mechanism drive components maintain optimal operation.
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