Used HERMLE Z446 #9287969 for sale

HERMLE Z446 is a powerful centrifuge designed to perform clinical laboratory diagnostics, clinical chemistry, biochemistry, histology, hematology and coagulation analysis, sedimentation analysis, microbiology, proteomics, genomics, and cell therapy. Z446 is a 0.5 kW (500W) centrifuge designed to separate particles such as cells, proteins and bacteria from solutions using brief forces. It can spin samples up to maximum speeds of 18 000 rpm (revolutions per minute), producing centrifugal forces of up to 125 000 × g. This allows for fast and precise separation of cells and molecules. HERMLE Z446 has a highly durable and corrosion-resistant stainless steel rotor chamber combined with an easy-cleaning design and large-sized dressing (ADI) chamber, making it suitable for a variety of applications, from sample preparation before testing to cell harvesting for downstream applications. Z446 is equipped with an advanced control system that allows users to program their own unique centrifugation parameters, such as rotor diameter, speed and acceleration/deceleration rates, and accommodates up to 20 different application profiles. HERMLE Z446 is equipped with safety mechanisms to ensure the safety of its users and the samples under centrifugation. These safety measures include an active safety lid and hermetically sealed rotor chamber, along with a built-in lid opening sensor and an optical safety sensor (OSS) in the lid. Z446 also has an integrated temperature sensor with four temperature settings for standard Eppendorf-style tubes. The sensor can be used as an additional safety measure, allowing users to program a maximum temperature limit for their samples before turning on the centrifuge. Overall, HERMLE Z446 is a high-performance and user-friendly centrifuge designed to meet the needs of today's labs. It combines a wide range of safety, programming, and monitoring features with a cutting-edge design, making it ideal for a variety of applications requiring strong and reliable particle separation.