Vertical Type Shaking Incubator
Temperature-controlled orbital shaking incubator with rotary motion (30-300 rpm) and precise thermal regulation (RT+5 to 60°C) for biological culture applications.
Louise Corscadden, PhD
Neuroscience · ConductScience
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The Vertical Type Shaking Incubator is a temperature-controlled orbital shaking system designed for biological applications requiring controlled agitation and thermal conditions. This instrument combines precise temperature regulation with rotary shaking motion through a three-axis balanced drive system, providing uniform mixing and incubation conditions for cultures, samples, and reactions.
The unit operates across a temperature range of RT+5 to 60°C with 0.1°C control accuracy and features rotary shaking from 30 to 300 rpm with ±1 rpm precision. The 7-inch LCD touchscreen interface allows researchers to program timing sequences up to 9999 minutes, while forced convection ensures uniform temperature distribution throughout the chamber. The 26mm vibration range supports effective mixing of various sample volumes and container types.
How It Works
The shaking incubator operates through independent temperature control and mechanical agitation systems. Temperature regulation uses forced convection heating with digital PID control to maintain setpoint temperatures within 0.1°C accuracy. The heating system circulates air throughout the chamber to achieve temperature uniformity within ±1°C at 37°C.
The orbital shaking mechanism employs a three-axis balanced drive system that generates circular motion with a 26mm diameter orbit. The motor-driven platform rotates at user-selected speeds from 30 to 300 rpm with ±1 rpm precision, creating centrifugal forces that promote mixing while preventing sample stratification. The balanced drive design minimizes vibration transfer to the surrounding work surface.
The LCD touchscreen controller integrates both temperature and shaking parameters, allowing researchers to program complex protocols with timing functions up to 9999 minutes. The system monitors and displays real-time temperature and rotation speed, with digital feedback control maintaining stable operating conditions throughout extended incubation periods.
Features & Benefits
Configuration
- Standard
- Single Door / Double Door
Weight
- 120.0 kg
Dimensions
- L: 63.0 mm
- W: 49.5 mm
- H: 50.5 mm
| Feature | This Product | Typical Alternative | Advantage |
|---|---|---|---|
| Drive System | Three-axis balanced drive with 26mm orbital motion | Entry-level models often use simpler eccentric drives with higher vibration | Balanced drive minimizes vibration transfer and provides smoother mixing action for sensitive cultures |
| Temperature Accuracy | 0.1°C control accuracy with ≤±1°C uniformity | Basic models typically offer ±0.5-1°C accuracy with less precise uniformity | Superior thermal precision enables reproducible culture conditions for demanding biological applications |
| User Interface | 7-inch LCD touchscreen display | Many competitors use basic LED displays with button controls | Touchscreen interface simplifies parameter programming and provides clear real-time monitoring |
| Speed Range and Accuracy | 30-300 rpm with ±1 rpm precision | Standard range varies, often with ±2-5 rpm accuracy in budget models | Wide speed range accommodates diverse applications from gentle mixing to vigorous agitation with precise control |
| Temperature Range | RT+5 to 60°C operation | Many models limited to ambient+5°C to 50°C range | Extended upper temperature range supports thermophilic culture applications and high-temperature extractions |
| Circulation Method | Forced convection air circulation | Some lower-cost units rely on natural convection only | Active air circulation eliminates temperature stratification and improves heating efficiency |
This shaking incubator combines precise temperature control with smooth orbital agitation through a balanced drive system. The LCD touchscreen interface and extended temperature range provide enhanced capability compared to basic models, while forced convection ensures reliable temperature uniformity for consistent experimental conditions.
Practical Tips
Verify temperature accuracy quarterly using calibrated thermometers placed at multiple platform positions during operation.
Why: Temperature uniformity can drift over time, particularly near heating elements.
Clean the chamber weekly with mild disinfectant and inspect drive belt tension monthly for smooth operation.
Why: Regular cleaning prevents contamination while belt maintenance ensures consistent shaking performance.
Balance sample loading across the platform and secure all containers with appropriate clamps before starting agitation.
Why: Unbalanced loads create excessive vibration and can damage the drive system over time.
If temperature overshoots setpoint, check for blocked air circulation vents and ensure adequate clearance around the unit.
Why: Poor ventilation causes temperature control instability and can trigger thermal protection systems.
Allow 15-30 minutes for temperature stabilization before adding samples, particularly for protocols requiring precise thermal conditions.
Why: Temperature overshoot during initial heating can affect sensitive biological samples and experimental reproducibility.
Use secondary containment for liquid cultures and inspect flask integrity before high-speed shaking protocols.
Why: Container failure during agitation can damage the chamber and create contamination or safety hazards.
Start new cultures at lower shaking speeds and gradually increase to optimal rates to prevent foam formation.
Why: Sudden high agitation can cause excessive foaming that reduces culture volume and affects growth conditions.
Record operating hours and environmental conditions to establish predictive maintenance schedules for drive components.
Why: Tracking usage patterns helps identify wear trends and prevents unexpected equipment failures during critical experiments.
Setup Guide
What’s in the Box
- Vertical shaking incubator main unit
- Power cord
- Sample platform clamps (typical)
- User manual
- Calibration certificate (typical)
Warranty
ConductScience provides a standard one-year manufacturer warranty covering defects in materials and workmanship, with technical support for installation and operation guidance.
Compliance
What is the maximum flask size that can be accommodated with the 26mm orbital diameter?
The 26mm vibration range is suitable for standard Erlenmeyer flasks up to 2-3L capacity, though specific clamp configurations should be verified for your container dimensions.
How long does it take to reach temperature setpoint from ambient conditions?
Temperature stabilization time varies with setpoint and ambient conditions, but typical heating to 37°C requires 15-30 minutes depending on chamber loading.
Can the shaking be operated independently without temperature control?
Yes, the shaking and temperature systems operate independently, allowing room temperature shaking applications or heating without agitation as needed.
What type of containers require balanced loading?
All containers should be balanced across the platform, particularly important for larger flasks or when running partially filled platforms to minimize vibration.
How is temperature uniformity maintained across different shelf positions?
Forced convection circulation ensures uniform air distribution throughout the chamber, maintaining ±1°C uniformity specification across all platform positions.
What maintenance is required for the drive system?
Regular inspection of drive belt tension and bearing condition is recommended, with periodic lubrication according to manufacturer specifications.
Can protocols be saved and recalled for repeated experiments?
The LCD interface capabilities for protocol storage should be confirmed in the user manual, as this varies by specific controller configuration.
What is the power consumption during typical operation?
Power requirements depend on temperature setpoint and ambient conditions - consult product datasheet for specific electrical specifications.
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