Digital Vortex Mixer + 96-well microplate (MX-S+)

 Digital Vortex Mixer + 96-well microplate (MX-S+)

PRIMARY CLINICAL & DIAGNOSTIC USES

1. High-Throughput Mixing for ELISA and Microplate Assays

• Primary Use: Provides a digital vortex mixer with an LCD display, adjustable speed control (100-3000 rpm), and a programmable timer, specifically equipped to accommodate a 96-well microplate for uniform mixing of ELISA reagents and high-throughput immunoassay samples.

• How it helps: For the clinical laboratory scientist and immunology technologist, the MX-S+ with its 96-well microplate capability ensures consistent, reproducible mixing of antigens, antibodies, and enzyme conjugates across all wells of the plate. This is critical for reducing well-to-well variability and improving assay sensitivity in high-throughput diagnostic testing. The LCD display provides real-time monitoring, allowing precise control of mixing parameters for different ELISA protocols. For the patient undergoing autoimmune disease testing (e.g., ANA, rheumatoid factor) or infectious disease serology (HIV, hepatitis), reliable microplate mixing ensures accurate antibody detection that guides appropriate treatment decisions.

2. Precision Digital Mixing for Blood Collection Tubes

• Primary Use: Features a standard cup head for individual tubes, allowing the operator to select precise mixing speeds (100-3000 rpm) for different blood collection tubes—gentler speeds for coagulation tubes to prevent platelet activation, and higher speeds for EDTA tubes to ensure thorough mixing.

• How it helps: For the phlebotomist and clinical laboratory technician, the digital speed control and LCD display allow accurate setting and verification of mixing parameters for different tube types. This ensures consistent sample processing across runs and operators, reducing variability. For the patient undergoing coagulation monitoring (PT/PTT) or a complete blood count (CBC), speed-optimized digital mixing ensures accurate test results that guide appropriate clinical management.

3. LCD Display for Precise Parameter Control

• Primary Use: Features a large LCD digital display that shows real-time rotation speed (100-3000 rpm) and run time (1 second to 99 minutes 59 seconds), enabling precise monitoring and adjustment of mixing parameters.

• How it helps: For the quality assurance manager, the digital display allows accurate setting and verification of mixing protocols, supporting GLP documentation. For the patient, standardized digital mixing protocols improve diagnostic accuracy and reduce the need for repeat testing due to inconsistent sample preparation.

4. DC Brushless Motor for Maintenance-Free Operation

• Primary Use: Utilizes a maintenance-free DC brushless motor providing high stability, smooth operation, and low noise levels for reliable long-term laboratory use with both the 96-well microplate and standard tubes.

• How it helps: For the laboratory manager, the brushless DC motor eliminates routine brush replacement, reduces maintenance downtime, and ensures consistent performance over years of daily use—improving laboratory efficiency. For the patient, reliable mixer performance ensures that sample preparation quality does not degrade over time, supporting reproducible diagnostic results.

5. Dual Operating Modes for Workflow Flexibility

• Primary Use: Supports both touch-activation mode for quick mixing of individual tubes and continuous operation mode for extended mixing of the 96-well microplate or bulk reagents.

• How it helps: For the clinical laboratory scientist, the dual operating modes provide flexibility—touch mode for rapid mixing of individual patient samples, and continuous mode for the 96-well microplate to ensure uniform mixing across all wells during ELISA incubation steps. For the patient, efficient mixing modes reduce hands-on time and potential for error, ensuring consistent sample preparation across large batches of diagnostic tests.

SECONDARY & SUPPORTIVE USES

1. PCR Plate Sample Preparation: Used to mix PCR reaction components in 96-well PCR plates before thermal cycling (using optional plate adapter).

2. Liquid Resuspension of Cell Pellets and Precipitates: Facilitates rapid resuspension of cell pellets, protein precipitates, and nucleic acid pellets in appropriate buffers using adjustable speed control to prevent foaming or shearing.

3. Mixing of Microcentrifuge Tubes and PCR Strips: Supports mixing of individual microcentrifuge tubes (0.2-2.0 mL) and 0.2 mL PCR strip tubes.

4. Mixing of Larger Vessels (Conical Tubes): Accommodates larger vessels (up to 50 mL conical tubes) using an optional flat rubber pad accessory.

5. Preparation of Serial Dilutions for Standard Curves: Used to mix serial dilutions for standard curve preparation in ELISA and other quantitative immunoassays, using either the microplate or individual tubes.

6. Dissolution of Lyophilized Controls and Calibrators: Used to dissolve lyophilized quality control materials and calibrators in clinical chemistry and immunoassay laboratories.

7. Mixing of Reagent Red Blood Cells: Used to mix reagent red blood cells, antisera, and patient samples for blood bank compatibility testing and antibody screening.

8. Homogenization of Liquid Samples for Chemistry Analyzers: Used to mix serum, plasma, or urine samples before loading onto automated chemistry analyzers.

9. Quality Control Sample Preparation: Used to mix QC samples before analysis to ensure batch-to-batch consistency in clinical laboratory quality assurance programs.

10. Preparation of Suspensions for Turbidimetric Assays: Used to mix bacterial suspensions and latex bead suspensions for turbidimetric and nephelometric immunoassays.

11. Blood Gas and Electrolyte Sample Mixing: Used to mix heparinized blood samples before blood gas and electrolyte analysis to ensure even distribution of anticoagulant.

12. Pharmaceutical Quality Control: Supports mixing of drug formulations, dissolution media, and QC samples in pharmaceutical testing laboratories.

13. Research and Academic Laboratories: Provides digital vortex mixing for routine laboratory applications in research and teaching laboratories.