Polylab Centrifuge Tube PC - Round Bottom 16ml Pack of 50 Pieces (63411)

Description:

The Polylab Centrifuge Tube stands as an epitome of precision and efficiency in diagnostic workflows, catering specifically to the discerning needs of medical professionals. Crafted with meticulous attention to detail, this centrifuge tube seamlessly integrates cutting-edge technology to elevate diagnostic processes.

Key Features:

1. High-Speed Centrifugation: Engineered for optimal performance, the Polylab Centrifuge Tube operates at speeds of up to 15,000 revolutions per minute (RPM), ensuring swift and thorough sample separation. This feature is indispensable for time-sensitive diagnostic procedures, enhancing laboratory efficiency.

2. Material Integrity: Fabricated from medical-grade polypropylene, the centrifuge tube guarantees exceptional durability and sample integrity. Its robust construction ensures resistance to chemical degradation, maintaining the purity of diagnostic samples throughout centrifugation.

3. Precision Calibration: The tube's precise calibration ensures consistent and reproducible results. This feature is particularly critical in clinical settings, where accuracy is paramount for diagnostic conclusions. The Polylab Centrifuge Tube exemplifies a commitment to delivering dependable results with each use.

Benefits:

1. Enhanced Sample Separation: With a maximum RCF of 21,200 x g, this centrifuge tube facilitates the efficient separation of particles, ensuring clear and distinct layers for accurate diagnostic analysis. Medical professionals can trust in the reliability of results for informed decision-making.

2. Laboratory Workflow Optimization: The high-speed centrifugation capability significantly reduces processing times, streamlining laboratory workflows. This translates to increased throughput, allowing healthcare providers to handle a higher volume of diagnostic samples without compromising accuracy.

3. Cost-Efficiency: The durable construction of the Polylab Centrifuge Tube not only contributes to its longevity but also minimizes the need for frequent replacements. This not only reduces operational costs but also underscores its sustainable design, aligning with modern laboratory practices.