Herolab Robot Centrifuge RobotCen FR
The Herolab RobotCen FR robotic centrifuge is specially designed to make automated processes in laboratory environments more efficient while offering maximum precision. Its combination of powerful cooling and robotic integration makes it ideal for applications where temperature, precise process control and repetitive sequences are essential. Compared to similarly equipped devices such as the [Herolab MicroCen21], this model covers an extremely wide range of applications in the field of laboratory automation. The flexibility in rotor types and labware contents makes the system particularly attractive for laboratories that frequently have to process different sample volumes or types.
Efficient automation for laboratories
Thanks to seamless control via a serial interface, the centrifuge can be easily integrated into various automation processes. The robot arm and the device communicate directly with each other so that the rotor and sample vessels are always positioned precisely. This forms the basis for a continuous, smooth process and reduces manual readjustments or sources of error. The flexible change between swing-out rotors and fixed-angle rotors also contributes to efficiency, as users can easily adapt the centrifuge to new process requirements.
In order to reliably cool temperature-sensitive samples, the device has a powerful cooling unit that can maintain a constant temperature of 4 °C even at maximum speed. This is particularly advantageous in areas such as molecular biology, biochemistry or pharmaceutical applications, where a consistently low temperature is essential for reproducible results. In contrast to the [Herolab CFZ 1200], the RobotCen FR is particularly impressive in automated environments thanks to its intelligent rotor positioning, which is specially adapted to robotic processes.
Important technical data
- Cooling: Efficient cooling capacity for 4 °C even at high speeds
- Rotor options: Swing-out rotors (4 x 500 ml) or fixed-angle rotors (6 x 250 ml)
- Control: Precise rotor positioning via serial interface
- Dimensions (W x D x H): 57 x 70 x 72 cm
- Voltage: 220-240 V / 50 Hz, 1-phase
- Model variant: RobotCen FR (cooled)
- Suitable labware: bottles, tubes, microplates and other vessel types
In addition to these core features, the device can be individually configured to meet specific laboratory requirements. The integration of additional components such as vibration dampers or special rotor adapters is often a useful extension, e.g. for processing highly sensitive samples. The robust design also helps to minimize vibrations and thus ensure constant and reliable separation.
Quality standards and special features
The centrifuge has been developed in accordance with current laboratory and safety regulations to ensure stable and legally compliant operation. Thanks to the use of high-quality materials, it is resistant to regular use in automated workflows. This device is particularly suitable for GMP or ISO requirements as it offers high process reliability and ensures consistent quality with high sample throughputs.
A special feature of this model is the precise rotor positioning, which is controlled using modern sensor technology and software. This makes it easier for robot arms to precisely remove and load the centrifuge. At the same time, manual operation remains possible if required without additional modifications. This allows immediate intervention in crisis situations, for example, without having to make complex changes to the setup or software.
Application examples
- Molecular biology research: Isolation of DNA and RNA under controlled cooling.
- Pharmaceutical production: cooled centrifugation of active ingredients or protein solutions for process optimization
- Clinical laboratories: Preparation of blood samples, plasma and serum for analysis at a consistently low temperature.
- Biotechnology industry: preparation of cell cultures in bottles or tubes using a robotic system.
Thanks to its variable rotor attachments and automatic control, this device is particularly recommended when the sample throughput is high and the samples have different volumes and shapes. Sensitive substances such as enzymes or proteins, which often need to remain temperature-stable, can also be reliably processed in this cooling unit.
FAQs
How can the RobotCen FR be integrated into an existing laboratory automation system?
The centrifuge has a serial interface that can be integrated into standard automation software. This enables direct communication with other devices, including robotic arms, without any problems.
Is the temperature control constant throughout the entire cycle?
Yes, thanks to the integrated and powerful cooling system, a constant temperature of 4 °C can be maintained even at maximum speed.
Which rotors are most suitable for automated processes?
The swing-out rotor is often preferred as it can accommodate different vessel types at the same time. The fixed-angle rotor is particularly suitable for special applications with higher speeds.
What safety measures are integrated
The centrifuge has automatic rotor detection to prevent incorrect loading. It also has a sturdy metal body that minimizes vibrations and complies with safety standards.
Can I change microplates and bottles without changing the rotor?
Depending on the rotor, you can quickly switch between different labware. A universal adapter or an appropriately designed swing-out rotor makes the changeover easier.
Conclusion
This device shows its strengths above all in the field of automated laboratory processes by combining reliable, high-precision centrifugation with a modern cooling unit. The flexible selection of rotors and adapters allows the range of usable labware to be expanded remarkably. In addition, robust materials ensure a long service life, while precise rotor positioning can be seamlessly coordinated with a robotic arm. This centrifuge therefore provides an optimal basis for automated processes where temperature stability, efficiency and accuracy are important.
