Fisher Accusping 17R centrifuge

Thermo Fisher Scientific Fisher AccuSpin 17R Centrifuge with 24-position rotor is a compact, refrigerated benchtop centrifuge designed for routine laboratory separation tasks that require precise temperature control, consistent performance, and flexible sample handling. It is widely used in clinical laboratories, biotechnology research, academic institutions, and industrial quality control environments where reproducibility and sample integrity are critical.

This model combines efficient cooling technology with a versatile rotor system, making it suitable for a broad range of applications such as blood fractionation, cell pelleting, protein precipitation, and nucleic acid preparation. The 24-position rotor configuration allows users to process multiple samples simultaneously, improving laboratory throughput while maintaining uniform centrifugal force distribution across all positions.

One of the defining features of the AccuSpin 17R is its integrated refrigeration system. Temperature-sensitive samples such as enzymes, proteins, and live cells can be processed under controlled conditions, typically ranging from sub-zero temperatures to ambient laboratory levels. This helps prevent thermal degradation and ensures that biological activity is preserved throughout the centrifugation cycle. The cooling system is designed for rapid temperature stabilization, which reduces waiting time between runs and improves overall workflow efficiency.

The centrifuge is equipped with a brushless motor system that delivers smooth acceleration and deceleration profiles, minimizing sample disturbance and reducing mechanical stress on tubes. The intuitive digital control interface allows users to set precise parameters including speed, time, temperature, and braking intensity. Pre-programmed operation modes further simplify routine tasks and reduce user error, especially in high-throughput environments.

Safety is a key consideration in the design of the Fisher AccuSpin 17R. The instrument includes automatic lid locking, imbalance detection, and rotor recognition systems that ensure safe operation even at higher speeds. These features help prevent mechanical failure and protect both the operator and valuable samples. Additionally, the rotor chamber is constructed with reinforced materials to withstand operational stress and improve long-term durability.

The 24-position rotor is designed for standard laboratory tubes, typically accommodating commonly used formats such as 1.5 mL, 2.0 mL, and small conical tubes depending on adapter configuration. This flexibility allows laboratories to use a single centrifuge platform for multiple experimental protocols, reducing the need for additional equipment. The rotor is also engineered for easy installation and removal, supporting efficient cleaning and maintenance procedures.

In terms of performance, the AccuSpin 17R delivers reliable mid-speed centrifugation suitable for a wide range of routine applications. Its balance of speed, capacity, and refrigeration makes it particularly effective for sample preparation steps that require both gentle handling and temperature stability. The compact benchtop design ensures that it can be easily integrated into laboratories with limited space without sacrificing functionality.

Maintenance requirements are minimal due to its robust construction and corrosion-resistant components. The sealed rotor system helps prevent contamination and extends service life. Routine calibration and cleaning are straightforward, allowing laboratory personnel to maintain consistent performance with minimal downtime.

Overall, the Fisher AccuSpin 17R Centrifuge with 24-position rotor is a dependable and versatile solution for laboratories seeking efficient sample processing with temperature control. Its combination of user-friendly operation, safety features, and flexible rotor design makes it suitable for both routine workflows and more specialized laboratory applications.

Technical Specifications

In summary, the Fisher AccuSpin 17R with 24-position rotor is engineered to deliver stable, efficient, and temperature-controlled centrifugation for everyday laboratory workflows. Its combination of reliability, flexibility, and ease of use makes it a strong choice for laboratories requiring consistent performance in routine and moderately advanced separation applications.