Small Capacity Thermostatic Shaking Incubator
80L thermostatic shaking incubator with PID temperature control (RT+5°C to 65°C, ±0.1°C accuracy) and rotary shaking (35-300 rpm) for cell culture and biochemical applications.
Louise Corscadden, PhD
Neuroscience · ConductScience
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The Small Capacity Thermostatic Shaking Incubator provides precise temperature control and orbital shaking for cell culture, biochemical reactions, and sample preparation applications requiring controlled incubation conditions. This 80L capacity unit combines PID microcomputer control with forced convection circulation to maintain temperature uniformity within ±1°C across the effective working surface. The integrated rotary shaking system operates from 35-300 rpm with ±1 rpm accuracy, supporting protocols that require simultaneous thermal and mechanical agitation.
The 7.0-inch touch screen interface provides intuitive operation with both standard and custom control modes, enabling multi-section programming of temperature, speed, and time parameters. The temperature control range of RT+5°C to 65°C with ±0.1°C accuracy supports mesophilic and thermophilic cultivation conditions across microbiology, cell culture, and enzymatic assay applications.
How It Works
The thermostatic shaking incubator operates through PID (Proportional-Integral-Derivative) microcomputer control to maintain precise temperature regulation. The forced convection circulation system uses internal fans to distribute heated air uniformly throughout the chamber, achieving temperature uniformity within ±1°C across the effective working surface. The heating elements respond to temperature feedback sensors, automatically adjusting power output to maintain the setpoint within ±0.1°C accuracy.
The integrated rotary shaking mechanism provides orbital motion with a 26mm swing amplitude, generating consistent agitation from 35-300 rpm. The shaking motion enhances mass transfer, prevents settling, and promotes uniform mixing of samples during incubation. This combination of thermal and mechanical energy creates optimal conditions for biological growth, chemical reactions, and sample preparation procedures.
The 7.0-inch touch screen interface allows programming of custom protocols with multi-section control of temperature, speed, and time parameters. Users can establish complex incubation profiles with varying conditions throughout the experimental timeline, supporting sophisticated research protocols that require changing environmental parameters.
Features & Benefits
Model
- Standard
- ST Series
Weight
- 60.0 kg
Dimensions
- L: 35.0 mm
- W: 50.0 mm
- H: 45.0 mm
| Feature | This Product | Typical Alternative | Advantage |
|---|---|---|---|
| Temperature Control Accuracy | ±0.1°C accuracy with ±1°C uniformity | Basic models often provide ±0.5°C to ±1°C accuracy | Enhanced temperature precision enables reproducible results in temperature-sensitive biological and chemical protocols |
| Speed Control Range | 35-300 rpm with ±1 rpm accuracy | Entry-level units may offer limited speed ranges or lower accuracy | Wide speed range accommodates diverse application requirements from gentle cell culture to vigorous extraction procedures |
| Control Interface | 7.0-inch touch screen with multi-section programming | Basic models often use LED displays with limited programming options | Advanced interface enables complex protocol development and real-time parameter monitoring for sophisticated research applications |
| Chamber Capacity | 80L working volume | Compact units typically offer 20-50L capacity | Larger capacity supports multiple sample containers or larger vessels while maintaining benchtop compatibility |
| Circulation System | Forced convection with PID control | Basic models may use natural convection or simpler control systems | Enhanced air circulation ensures uniform temperature distribution and faster equilibration times throughout the chamber |
This thermostatic shaking incubator combines precise temperature control with programmable orbital shaking in an 80L capacity unit. The PID control system and forced convection circulation provide superior temperature uniformity, while the touch screen interface enables advanced programming capabilities for complex research protocols.
Practical Tips
Perform temperature calibration with the shaking function active at your typical operating speed, as mechanical motion can affect thermal distribution patterns.
Why: Shaking motion influences air circulation and temperature uniformity throughout the chamber.
Clean the chamber interior weekly with mild detergent and inspect shaking mechanism bearings monthly for smooth operation.
Why: Regular maintenance prevents contamination and ensures consistent mechanical performance over time.
Distribute sample containers evenly across the shaking platform and secure with appropriate clamps to prevent movement during operation.
Why: Balanced loading prevents vibration and ensures uniform agitation of all samples during incubation.
Allow 15-30 minutes equilibration time after closing the door before starting time-critical experiments.
Why: Temperature stabilization ensures consistent starting conditions for reproducible experimental results.
Record ambient room temperature conditions alongside incubator parameters for complete experimental documentation.
Why: Environmental factors can influence temperature control performance and affect experimental reproducibility.
If temperature uniformity degrades, verify that air circulation vents are unobstructed and chamber loading does not block airflow patterns.
Why: Proper air circulation is essential for maintaining the specified temperature uniformity across the working surface.
Ensure shaking platform is properly secured before operation and never exceed the maximum recommended vessel weight capacity.
Why: Proper platform installation prevents mechanical failure and potential sample loss during operation.
Setup Guide
What’s in the Box
- Small Capacity Thermostatic Shaking Incubator main unit
- Shaking platform (typical)
- Power cord (typical)
- User manual and documentation (typical)
- Calibration certificate (typical)
Warranty
ConductScience provides a standard one-year manufacturer warranty covering parts and labor with comprehensive technical support. Extended warranty options and service contracts are available for critical applications requiring maximum uptime.
Compliance
What is the temperature recovery time after door opening?
Consult product datasheet for specific recovery time specifications. The forced convection system with PID control is designed for rapid temperature recovery, though actual times depend on ambient conditions and door open duration.
Can the shaking speed be adjusted during operation without stopping the program?
The touch screen interface allows real-time parameter adjustment. Speed changes can typically be made during operation, though consult the user manual for specific operational procedures and safety considerations.
What is the maximum flask size that can be accommodated on the shaking platform?
The 80L chamber with 26mm orbital amplitude can accommodate standard laboratory flasks. Consult product datasheet for specific platform dimensions and maximum vessel specifications to ensure proper clearance.
How frequently should temperature calibration be performed?
Calibration frequency depends on usage intensity and regulatory requirements. Quarterly calibration is typical for routine use, with monthly calibration recommended for critical applications or GLP environments.
What data logging capabilities are available?
Consult product datasheet for specific data logging and export capabilities. Many models in this class provide temperature and speed logging with USB or network connectivity options.
Can the unit operate continuously for extended periods?
The timing range supports operation up to 999 hours continuously. The unit is designed for continuous operation with proper maintenance, though regular inspection and calibration intervals should be observed.
What safety features are included for over-temperature protection?
Consult user manual for complete safety specifications. Units typically include independent over-temperature protection and alarm systems to prevent sample damage and ensure operator safety.
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