Traditional platelet testing methods often involve complex procedures and take a long time, increasing the patient’s wait time and reducing the diagnostic efficiency for doctors.
Low Accuracy of Results
Some conventional devices may provide inaccurate results when measuring platelet count and function due to improper operation or instrument precision issues, which can affect clinical decisions.
Complex Operation
Traditional platelet analyzers have complex interfaces, requiring medical staff to undergo long training sessions to use the device proficiently, which increases training costs for hospitals.
Bulky Equipment
Large platelet analyzers take up a lot of space and cannot be easily moved for on-demand testing, limiting their use in urgent situations when rapid diagnosis is needed.
Difficult Maintenance
Traditional equipment may require frequent maintenance and calibration over time, increasing maintenance costs and downtime for hospitals.
Challenge
Traditional testing methods are complex
Traditional platelet testing methods often involve complex procedures and take a long time, increasing the patient’s wait time and reducing the diagnostic efficiency for doctors.
Low Accuracy of Results
Some conventional devices may provide inaccurate results when measuring platelet count and function due to improper operation or instrument precision issues, which can affect clinical decisions.
Complex Operation
Traditional platelet analyzers have complex interfaces, requiring medical staff to undergo long training sessions to use the device proficiently, which increases training costs for hospitals.
Bulky Equipment
Large platelet analyzers take up a lot of space and cannot be easily moved for on-demand testing, limiting their use in urgent situations when rapid diagnosis is needed.
Difficult Maintenance
Traditional equipment may require frequent maintenance and calibration over time, increasing maintenance costs and downtime for hospitals.
Solution
Intelligent Automation Testing Technology
Our platelet analyzer uses advanced intelligent automation technology, completing platelet count and functional analysis in a short time with high precision, ensuring accurate results every time, and significantly reducing patient wait times.
Multi-index high -precision analysis
Using advanced optical analysis technology, the device simultaneously evaluates platelet count, morphology, and function, providing doctors with comprehensive platelet health data to support better diagnosis and treatment.
Simplified Operation Process
The device features a user-friendly interface with one-touch operation, allowing even non-specialist operators to use it quickly, reducing training costs and usage complexity.
Compact Design and Easy Mobility
Our platelet analyzer is designed to be compact and portable, making it easy for hospitals or labs to move it between different departments or rooms, ensuring quick response in urgent clinical situations.
Low Maintenance Requirements
High-durability components and a self-diagnostic system extend the maintenance cycle and reduce costs, ensuring the device runs efficiently over time and minimizes hospital maintenance burdens.
