Related Articles & Resources

Centrifuge accessories don’t get much attention until something goes wrong. But carriers, adapters, inserts, and rotors are the components that actually hold your samples during centrifugation—and worn or mismatched accessories are one of the most common causes of tube breakage, poor separation, and unnecessary vibration. This guide walks through each accessory category so you know […]

Regenerative medicine has moved from specialty clinics to mainstream practice. Orthopedic surgeons, sports medicine physicians, dermatologists, pain management specialists, and family practice physicians now routinely offer treatments that depend on centrifuge-based blood separation. The treatment outcomes their patients experience start with one decision: which centrifuge is in the procedure room. This guide covers the technical […]

Buying a centrifuge with too little capacity creates workflow bottlenecks. Buying too much capacity wastes money and counter space. The right choice comes from calculating your actual daily sample volume, not theoretical maximums. TLDR: Calculate average daily samples from the past 3-6 months, not peak theoretical volume 4-6 tube capacity works for practices processing under […]

Balancing a centrifuge protects your samples, staff, and equipment. Poorly balanced loads create vibration, noise, and mechanical stress that turn routine runs into safety and quality problems. This guide provides a precise, repeatable process for clinical labs, veterinary practices, and regenerative medicine clinics. TLDR Summary: Inspect rotor and tubes before every run for damage or […]

Running blood tests in-house lets veterinary practices deliver faster diagnoses, improve patient outcomes, and capture revenue that would otherwise go to reference labs. But the workflow only works when equipment choices match your clinic’s actual volume and staff capabilities. TLDR: Most practices need both chemistry analyzers and centrifuges to process samples efficiently Centrifuge selection should […]

A well-functioning centrifuge runs quietly in the background, letting your team focus on patient care and higher-value work. But when it becomes unreliable, it transforms from an asset into a bottleneck that cascades through your entire operation. Quick Answer: How Does an Unreliable Centrifuge Impact Throughput? Unreliable centrifuges reduce lab throughput by forcing sample reruns, […]

PRP and PRF both start with the same blood draw, but centrifugation protocols determine their fundamental differences. Spin speed, anticoagulant use, and timing create distinct products with different cell compositions, growth factor release patterns, and clinical applications. Understanding these centrifugation variables helps practitioners choose appropriate equipment and optimize preparation techniques. TLDR: PRP uses high-speed centrifugation […]

Retiring lab centrifuges responsibly protects the environment while recovering equipment value. Proper handling prevents functional equipment from reaching landfills, recovers valuable materials through recycling, and ensures compliance with biosafety regulations. TLDR: Decontaminate and certify before any disposal or sale Specialized recyclers handle non-functional units and recover materials Plan replacement before failure to avoid workflow disruption […]

Lab managers and technicians often face confusion when selecting centrifuges because manufacturers classify them differently—some by speed, others by size, and still others by application. Understanding these classification systems helps you choose the right centrifuge for your specific lab workflow. TLDR: Laboratory centrifuges are classified by speed (low-speed up to 5,000 RPM, high-speed 15,000-30,000 RPM, […]