Product-Highlights: shaking-incubators with magnetic drive

Shaking Incubators Product-Highlights: shaking-incubators with magnetic drive

Incubator shakers with magnetic drive – low-vibration, wear-free, and designed for demanding cell culture and expression applications.
The contactless magnetic drive ensures smooth operation without belt wear and supports stable shaking conditions. Ideal for biotechnology, pharmaceuticals, and research, where precise temperature control and reproducible processes are crucial.

Choose from compact benchtop units to large-capacity, refrigerated floor-standing and stackable units – all featuring the advantages of modern magnetic drive technology.

Product-Highlights: shaking-incubators with magnetic drive

AXOTRON Large-Capacity Shaking Incubator with Magnetic Drive and Adjustable Orbit

The Axotron shaking-incubator distinguishes itself from conventional shaking-incubators through two technical features: the non-contact magnetic drive and the continuously adjustable orbit. The magnetic drive transmits the shaking motion without a mechanical coupling, eliminating vibrations caused by imbalances that can occur with conventional drives and affect culture conditions. The adjustable orbit allows the shaking stroke to be adapted to different culture vessel sizes and application requirements.

Equipment Features

This Large-Capacity Shaking Incubator is equipped with cooling as standard, allowing temperatures below room temperature to be regulated without retrofitting. Control is managed via a 10" touchscreen with a clear display of parameters for temperature, speed, and orbit. The unit is designed as a floor model for continuous operation with Erlenmeyer flasks, culture tubes, and microtiter plates. Price on request.

Typical Areas of Application

The nealy vibration-free magnetic drive and precise temperature control with cooling make the Axotron shaiing-incubator particularly suitable for sensitive cell cultures, recombinant protein expression in E. coli or yeast at controlled temperatures, aerobic fermentation, and cultivations where vibration artifacts can influence growth or product yield. For standard shaking-incubators without magnetic drive, the configurable floor models from Axotron, Zefa, and Infors are available.

Frequently Asked Questions about Shaking-Incubators

Here you will find answers to frequently asked questions regarding the selection and operation of shaking-incubators in the laboratory environment.

What are shaking-incubators with magnetic drive used for?

These units are primarily used for vibration-free cell culture and expression applications. The magnetic drive prevents mechanical vibrations that could disturb the growth of sensitive cultures.

Benchtop or floor model – which is the right choice?

The choice depends on available space and required throughput. Benchtop units are space-saving for small sample quantities, while single-tier floor models offer larger tray surfaces for more Erlenmeyer flasks.

What are the advantages of an adjustable orbit?

An adjustable orbit allows for the continuous adaptation of the shaking stroke. This enables optimal adjustment of oxygen transfer and mixing to the vessel size and culture medium used.

What distinguishes magnetic drives from conventional drives?

In contrast to conventional drives, power transmission in the magnetic drive occurs contact-free without a mechanical coupling. This almost completely eliminates vibrations caused by imbalances.

Which vessels can be used in the incubators?

The shaking-incubators are designed for the use of Erlenmeyer flasks, various culture tubes, and microtiter plates, with the holders on the tray being flexibly adjustable.

How can one obtain an individual quote for shaking-incubators?

An exclusive quote can be requested directly via the product page of the desired model to account for specific configurations or promotional pricing.

Why is integrated cooling important for shaking-incubators?

Cooling enables precise temperature control below ambient temperature. It also compensates for the internal heat that can be generated by the shaking motion and the motor within the interior.