Centrifuge Machines - User Applications & Technical Overview

Hemolysis is the leading cause of sample rejection in clinical laboratories, accounting for 40% to 70% of all unsuitable specimens. Often, the root cause is not the sample collection itself, but how it is processed. Improper centrifugation—caused by unbalanced loads, incorrect RPM settings, or lack of maintenance—destroys sample integrity before analysis even begins. In this 2nd webinar in our lab equipment series, we are joined by Eng. Joseph Wananda, CEO of Hosphcare Solutions and Technical Director at Velocity Project Management. With a background in Medical Engineering (TUM) and IT (JKUAT), this practical session takes a deeper look at optimizing centrifuge performance to reduce pre-analytical errors. Key Learning Points: 🧬 Critical User Applications: Understanding the specific requirements for clinical diagnostics, from blood separation to DNA/RNA extraction. ⚖️ Preventive Maintenance: Best practices for rotor balancing, lid lock inspection, and cleaning protocols to prevent vibration and motor failure. 🔧 Troubleshooting Common Faults: How to diagnose and resolve issues such as excessive vibration, speed inconsistencies, and latch failures.