Incubator shakers combine precise temperature control with orbital shaking to support applications that require both incubation and agitation. Commonly used in microbiology, cell culture, protein expression, and fermentation workflows, these systems provide consistent environmental conditions while maintaining controlled mixing. The incubator shakers available on Hogentogler.com range from compact benchtop models to high-capacity floor units, offering programmable controls, wide temperature ranges, and adjustable shaking speeds. This guide explains how to choose the right incubator shaker based on chamber size, temperature capability, shaking performance, and workflow needs.
TL;DR
• Incubator shakers combine controlled temperature with orbital agitation
• Typical temperature ranges extend from ambient +5°C up to approximately 60–80°C, depending on model
• Available in benchtop and floor-standing configurations
• Adjustable shaking speeds commonly range up to 400–500 RPM
• Ideal for microbiology, cell culture, protein expression, and fermentation applications
Incubator shakers are designed to provide uniform heating while maintaining consistent orbital motion. This combination supports aerobic culture growth, protein production, and other applications where oxygen transfer and mixing are essential.
Temperature Range and Stability
The incubator shakers sold by Hogentogler typically operate from approximately ambient +5°C up to 60°C or 80°C, depending on the model. Digital PID temperature controllers help maintain stable internal conditions, while insulated chambers and efficient airflow systems promote uniform heating. Fast temperature recovery after door openings is especially important in high-use laboratory environments.
Shaking Speed and Orbital Diameter
A defining feature of incubator shakers is adjustable orbital motion. Most models support variable speeds up to approximately 400–500 RPM, allowing users to optimize agitation based on flask size and application requirements. Orbital diameters vary by model but are designed to promote effective mixing and oxygen transfer without causing excessive splashing or shear stress.
Chamber Size and Capacity
Hogentogler offers incubator shakers in multiple capacity classes. Compact benchtop units are ideal for smaller labs or limited sample volumes, while larger floor-standing models accommodate higher flask counts and heavier loads. Adjustable shelving and universal platforms allow compatibility with various flask sizes and configurations.
Controls and Programmability
Modern incubator shakers feature intuitive digital controls that allow precise adjustment of temperature, speed, and run time. Many models include programmable ramping, timer functions, and alarm systems for deviations in temperature or speed. These features help ensure repeatable experimental conditions and protect valuable samples.
Construction and Safety Features
Incubator shakers are built with corrosion-resistant interiors and durable exteriors designed for routine laboratory use. Features such as automatic imbalance detection, over-temperature protection, and secure door latching help maintain safe operation during high-speed shaking cycles.
Typical Applications
Incubator shakers are widely used for:
• Bacterial and yeast culture growth
• Protein expression studies
• Cell culture applications requiring agitation
• Fermentation research
• Enzyme production and metabolic studies
FAQs
What is the difference between an incubator shaker and a standard incubator?
An incubator shaker combines temperature control with orbital motion, while a standard incubator provides temperature control only.
How do I choose the right shaking speed?
Shaking speed depends on flask size, culture type, and oxygen transfer needs. Most applications fall within moderate RPM ranges, adjustable per protocol.
Are benchtop models sufficient for most labs?
Benchtop models are ideal for small to mid-sized labs. Larger facilities may benefit from higher-capacity floor units.
Do incubator shakers support programmable cycles?
Many models include programmable timers and ramp functions for repeatable workflows.