Axotron Shaking Incubator – Configure Now
item number: 40108
Price on request
Stackable shaking incubators are designed for high cultivation capacities and continuous operation in laboratories, biotechnology, and research. They offer large usable volumes, a stackable design for multiple tiers, and extensive configuration options for temperature, gassing, and humidification. Axotron, Zefa, and Infors Multitron models are available, individually configurable for Erlenmeyer flasks, tubes, and microtiter plates.
item number: 40108
Price on request
item number: 40111
Price on request
Stackable shaking incubators are specifically designed for use with large sample numbers and long run times. Unlike compact benchtop units, they offer a significantly larger usable volume and are generally stackable, allowing multiple tiers to be operated on top of one another. This enables flexible use of space while maintaining high cultivation capacity. Typical applications are found in cell culture, microbiology, pharmaceutical research, and biotechnology.
The Axotron shaking incubator operates with a magnetic drive and offers an adjustable orbit. The contactless drive operates vibration-free and with low wear, which increases service life and improves the reproducibility of cultivation conditions. The shaking stroke can be adjusted steplessly and adapts to different culture vessels – from Erlenmeyer flasks to tubes and microtiter plates. The Axotron is equipped with cooling and a 10-inch touchscreen control as standard. The units are stackable and individually configurable.
The Zefa shaking incubator operates with a circular shaking motion and is suitable for classic shaking applications in microbiology and cell culture. It is also designed as a floor-standing unit and can be configured according to individual requirements. The circular motion ensures uniform mixing and oxygen supply in suspension cultures. Different equipment variants allow for adaptation to specific process requirements, such as temperature range, gassing, or humidification.
The Infors Multitron is an established floor-standing unit from the Swiss manufacturer Infors HT. It is known for its precise process control and modular expandability. The Multitron can be configured for different cultivation requirements and is widely used in pharmaceutical research and the biotech industry. The robust design and durable drive technology make it a reliable solution for continuous operation with high demands on temperature stability and reproducibility.
All three stackable shaking incubators – Axotron, Zefa, and Infors Multitron – are stackable. This allows for the construction of multi-tier systems where several incubation levels are operated on top of each other. This multiplies cultivation capacity in limited laboratory space. The stackable design requires stable mechanics and precise temperature control on every tier to ensure consistent conditions across all levels.
All offered floor-standing units are individually configurable. Depending on the application, options such as cooling, gassing with CO₂ or O₂, humidification, or special shaking platforms can be selected. Adaptation is based on specific needs – for example, for temperature-sensitive cell cultures, aerobic or anaerobic microorganisms, or high-throughput screening with microtiter plates. Prices and delivery times are provided upon request, as each configuration is assembled individually.
Stackable shaking incubators are typically used for the cultivation of bacteria, yeasts, fungi, insect cells, and mammalian cells. They are suitable for Erlenmeyer flasks of various sizes, centrifuge tubes, test tubes, and microtiter plates. The choice of shaking motion – circular or orbital with adjustable diameter – depends on the type of culture and the desired mixing. For sensitive cell lines, a smaller orbit is often preferred, while a larger stroke can be advantageous for fast-growing microorganisms.
The following answers typical questions regarding the selection, configuration, and operation of stackable shaking incubators.
Stackable shaking incubators are used for the cultivation of microorganisms, cell cultures, and tissue cultures, especially when large sample numbers, high cultivation volumes, or continuous operation are required. Typical application areas are research, biotechnology, pharmacy, and diagnostics.
The Axotron with magnetic drive and adjustable orbit is suitable for applications with different culture vessels and high requirements for low vibration. The Zefa with circular shaking motion is a robust solution for classic microbiology. The Infors Multitron offers precise process control and modular expandability for demanding biotech processes.
A magnetic drive operates contactlessly, thereby generating less vibration and wear. This increases the service life of the unit and improves the reproducibility of cultivation conditions, as mechanical disturbances are minimised. The Axotron shaking incubator is equipped with this drive technology.
Stackable shaking incubators can be operated vertically on top of each other to increase cultivation capacity in limited laboratory space. Single-tier units offer a single incubation level. All models offered here – Axotron, Zefa, and Infors Multitron – are stackable and designed for multi-tier operation.
Useful accessories include interchangeable shaking platforms for different culture vessels, fastening clamps for flasks, gassing modules for CO₂ or O₂, humidification units, as well as temperature and CO₂ monitoring systems. Configuration is performed individually according to the application.
As the Axotron, Zefa, and Infors Multitron floor-standing units are individually configurable, pricing is provided upon request. Consultation regarding equipment options, temperature range, gassing, and shaking platforms is available during the quotation process.
During commissioning, ensure a level, stable installation surface that can support the total weight of the stacked units. Temperature calibration should be checked separately for each tier. Additionally, ensure sufficient ventilation and accessibility for maintenance and sample removal. Manufacturer-specific installation instructions must be followed.