Used BECKMAN COULTER ACT 2 DIFF T #169277 for sale

BECKMAN COULTER ACT 2 DIFF T is a hematology analyzer that can quickly and efficiently measure both the number and size of particles in a sample. It is an automated, self-calibrating, three-part differential hematology analyzer with built-in statistic capabilities. This instrument measures particle count and cell size, enabling the automatic identification of four populations of cells: Red Blood Cells, White Blood Cells, Immature Granulocytes, and Platelets. ACT 2 DIFF T is capable of analyzing a range of samples from whole-blood to tonicity-adjusted diluted samples. It features an easy-to-use, microprocessor-controlled user interface and offers a fast turn-around time of less than 90 seconds. It also has high-speed autoloaders, automatic sample dilution, STAT mode capability and an extensive on-board quality control equipment to ensure the accuracy of results produced while still maintaining user safety. BECKMAN COULTER ACT 2 DIFF T's SediTrol System Measures nine parameters: Code, Red Blood Cells (RBC), Hematocrit (HCT), Mean Corpuscular Hemoglobin (MCH), White Blood Cells (WBC), Mean Corpuscular Volume (MCV), Platelets (PLT), Immature Granulocyte % (IG%), and Hemoglobin Content (HGB). It also features automatic clump check and High/Low rate detection for each parameter. ACT 2 DIFF T also has the ability to report both the number of particles and their size on the same sample, making it a versatile and reliable choice for research, medical, and laboratory settings. BECKMAN COULTER ACT 2 DIFF T is built to last and is a reliable choice for all your lab needs. This instrument is available as a stand-alone unit, or as part of a larger BECKMAN COULTER instrument suite. ACT 2 DIFF T can store up to 500,000 results and can send those results to the host computer or other connected application systems. With a continuous loading machine, BECKMAN COULTER ACT 2 DIFF T maintains a high sample throughput of up to 60 tubes per hour. It is designed to enhance workflow in laboratories, making it the ideal choice for cost-effective and dependable hematology analyzation.