Programmable Tube Rotator

The LCD Digital Tube Rotator (MX-RD-Pro) is a programmable digital tube rotator with LCD display, variable speed (0-80 rpm), adjustable tilt angle (0-90°), and programmable memory (9 programs), designed for precise, gentle mixing of blood tubes, serology specimens, coagulation samples, and molecular biology preparations in clinical diagnostic and research laboratories . The end-over-end rotation with adjustable tilt angle (0-90°) provides optimized mixing conditions for different sample types—from gentle end-over-end mixing for blood coagulation to more vigorous tumbling for viscous samples .

For the clinical laboratory scientist and coagulation technologist, the LCD Digital Tube Rotator (MX-RD-Pro) supports programmable mixing of blood coagulation samples (PT, PTT, fibrinogen, D-dimer)—preventing clot activation while ensuring thorough distribution of anticoagulants for accurate test results . The programmable memory (9 programs) allows storage of validated mixing protocols (speed, time, tilt angle) for different test types, ensuring consistent sample processing across runs and operators, reducing variability, and supporting GLP compliance .

Key features include variable speed control (0-80 rpm) for precise adjustment of mixing intensity, adjustable tilt angle (0-90°) for optimization of mixing conditions, digital timer (0-99h59min) with continuous operation mode for batch processing, and large LCD display for real-time monitoring of speed, time, tilt angle, and program number. The universal voltage (100-240V, 50/60Hz) enables use in laboratories worldwide without voltage conversion .

For the patient undergoing coagulation monitoring for anticoagulant therapy (warfarin, heparin, DOACs), serological testing for infectious diseases, blood bank compatibility testing, or molecular diagnostic testing for genetic disorders, the LCD Digital Tube Rotator (MX-RD-Pro) precise, programmable mixing ensures accurate test results that guide appropriate treatment decisions—preventing false-negative or false-positive results due to improper sample mixing.