OHAUS orbital shaker with incubator and cooling function ISICMBCDG
The OHAUS orbital shaker with incubator and cooling function ISICMBCDG enables precise heating and cooling of samples, combined with a reliable orbital shaking motion. With its robust design and user-friendly digital control, this device is ideal for laboratories that demand the highest standards of temperature stability, repeatability and safety. Thanks to the advanced Peltier system, the device can reach the desired temperature quickly and evenly, which offers a decisive advantage, especially for sensitive applications.
Versatile technology for demanding applications
This shaker is designed for a range of biological and biochemical processes where constant conditions and uniform mixing are essential. The triple eccentric drive system ensures a stable orbital motion with an orbit of 3 mm, reliably keeping samples in suspension. The motor technology (brushless DC motor) also guarantees virtually maintenance-free operation with consistent speed accuracy of ±2 %.
Thanks to the almost intuitive LED displays for temperature, speed and time, all parameters can be seen at a glance. The die-cast aluminum housing and robust polycarbonate lid protect sensitive samples, while the integrated safety mechanisms support the user at high temperatures and loads. In addition, flexible use is possible for a wide variety of vessel types: two microplates or two module blocks can be run simultaneously in parallel.
Key technical data
- Speed range: 100 to 1200 rpm (for plates) and 100 to 600 rpm (for module blocks)
- Temperature range: 10 °C below room temperature to 65 °C
- Temperature uniformity: ±0.5 °C at 37 °C
- Holding capacity: 2 microplates or 2 module blocks
- Orbital movement: 3 mm
- Timer: from 1 second to 160 hours
- Safety certification: CE, TÜV
- Net weight: 13.4 kg
Other relevant aspects, such as a splash-proof design, overload protection and a "Caution, hot!" indicator, increase protection in everyday working life. High precision can also be achieved via the user-controlled temperature calibration, which is essential for sensitive experiments.
The digital control not only offers convenient operation, but also ensures reproducible results with different protocols. This is particularly essential in highly regulated areas where complete documentation and reliable traceability of the shaking and incubation parameters are required.
Certifications and standards
Thanks to official CE and TÜV certificates, the system meets international safety and quality standards. These standards are particularly important when demanding laboratory steps are carried out and a reliable working environment is a prerequisite.
Application examples
- Cell cultures: Continuous shaking motion and precise temperature control enable stable growth conditions for bacterial and yeast cultures
.
- PCR assays: Uniform heating and cooling processes ensure reliable reaction conditions for the amplification of nucleic acids.
- Immunoassays: ELISA or other binding-based tests benefit from accurate incubation and uniform mixing of reagents.
- Hybridizations: Precise temperature control is essential to ensure consistent results in nucleic acid hybridizations.
FAQs
How can the temperature be calibrated
?
The device has a user-controlled temperature calibration. Using a reference thermometer, the user can compensate for the temperature deviation via a digital interface to create optimum conditions for sensitive samples.
What are the advantages of the triple eccentric drive system?
The triple eccentric technology ensures a smooth, quiet orbital movement. This mixes samples gently but effectively, which is beneficial for sensitive cell cultures or during enzymatic reactions.
What needs to be considered during maintenance
A brushless DC motor is virtually maintenance-free. Regular checks and cleanliness of the surfaces are usually sufficient to ensure the longevity of the system.
Is the device suitable for time-controlled experiments?
Yes, with the integrated timer (1 second to 160 hours), both short-term and long-term experiments can be flexibly planned and carried out. After the set time has elapsed, a signal can be given or an automatic stop can take place.
Can I use different vessel types?
In principle, the system was developed for microplates and modular blocks. However, with suitable accessories and adapters, other vessel types can also be incubated and shaken under optimal conditions.
Conclusion
This orbital shaker offers a sophisticated combination of precise temperature control, uniform shaking motion and a high level of safety. Whether for cell culture experiments, PCR applications or immunoassays: the constant performance and intuitive operating concept simplify complex laboratory procedures. In combination with the robust motor, stable housing and precise temperature calibration, the system proves to be a reliable companion in everyday laboratory work. This means that demanding experiments can be carried out under controlled conditions and reproducible results can be achieved.
