Product description
Product Name: Stackable Air Bath Shaker / Digital Display Incubating Oscillator (Integrated Constant Temperature and Speed Machine)
Key Features and Specifications
| Feature Category | Specification |
| System Type | Benchtop/Stackable Incubating Shaker |
| Function | Simultaneous Temperature Control, Agitation, and Aeration |
| Shaking Motion | Orbital Shaking (Commonly 19mm or 25mm orbit diameter) |
| Temperature Control | Precision Air Bath (Ambient +5°C to 60°C or higher) with digital display and control |
| Speed Range (RPM) | Wide speed range (e.g., 30 to 300 RPM) with high accuracy and smooth starting |
| Capacity | Large capacity platform compatible with various flask clamps, tubes, and microplates |
| Stackability | Space-Saving Design allows for multiple units to be safely stacked, maximizing lab space |
| Key Advantage | Integrated System for reproducible, controlled cultivation and reaction conditions |
Product Summary
The Stackable Air Bath Shaker is a versatile and essential piece of laboratory equipment that combines a precise incubating chamber with a high-speed orbital shaker. This integrated machine is designed to provide a highly controlled, reproducible environment for studies requiring simultaneous temperature maintenance and agitation.
The unit utilizes a forced air circulation system to maintain constant temperature uniformity while the orbital platform ensures efficient gas exchange and uniform mixing of media or solutions. Its stackable design is ideal for maximizing benchtop space in busy R&D and quality control facilities.
Primary Applications
Biochemical / Life Sciences:
Microbial Cultivation: Optimal for the growth and harvesting of bacteria, yeast, and fungi, ensuring high-yield, reproducible results under aerobic conditions.
Cell Culture: Used for the controlled cultivation of suspension-adapted mammalian and insect cells that require gentle but continuous mixing.
Materials Chemistry & New Energy Research:
Solution Kinetics: Monitoring temperature-dependent chemical reactions under constant agitation, crucial for synthesis and dissolution studies.
Compound Screening: Used for the preparation and high-throughput screening of chemical libraries and compound formulations under uniform conditions.
General Laboratory Use:
Extraction and Hybridization: Ideal for various biological and chemical extraction protocols where precise time, temperature, and mixing are required.
Advantages for Space and Throughput
Space Efficiency: The stackable design allows laboratories to double or triple their capacity within the same footprint, making it highly economical for growing operations.
Reproducibility: Digital microprocessor control for speed and temperature eliminates environmental variation, ensuring highly consistent experimental conditions from run to run.
Safety: Features include automatic shutdown for over-temperature conditions and an internal balance system for stable high-speed operation, even when stacked.
