
Developer of Cardiac Disease Diagnosis and Treatment Equipment
Reprinted from:Enterprise Information
Recently, WYTD MEDICAL TECHNOLOGY (SHENZHEN) CO., LTD. (hereinafter referred to as "WYTD Medical") independently developed

AsThe World's FirstThe automatic ultrasound contrast injection system, ConSpeed®, developed based on the bubble test, has been designed with full consideration of clinical application scenarios. Its scope of application includes: use in conjunction with disposable masks, disposable contrast injectors, and accessories for trans-thoracic echocardiography acoustic contrast bubble tests or contrast-enhanced transcranial Doppler ultrasound acoustic contrast bubble tests to prepare and inject mixed (activated) saline solution. Additionally, the system is equipped with a built-in blood pressure monitoring module that can monitor the patient's pulse and non-invasive blood pressure in real time, providing dual safety assurance during the examination process.

Patent Foramen Ovale (PFO)It is a common congenital cardiac anomaly, with an incidence rate of approximately 25% in the adult population. Relevant studies have shown that PFO is associated withCryptogenic Stroke, Migraine with Aura, Paradoxical Embolism, Decompression SicknessAndSupine Respiratory-Orthostatic Hypoxemia Syndromeclosely related to a variety of diseases. Therefore, the precise diagnosis of PFO is of great clinical significance in reducing the potential risks for patients. Among the existing examination methods, the bubble study isCommon means for screening right-to-left shunt (RLS), but it has multiple limitations: on one hand, it relies on manually mixing air, blood, and saline, causing uneven bubble mixing, unstable test results, excessive dependence on personal experience, poor repeatability, and uncontrollable bubble size; on the other hand, patient cooperation is required during the detection process.Valsalva Maneuver, but because most patients have difficulty mastering the key points or perform movements incorrectly, it often affects the examination results and interpretation, further limiting the standardization and accuracy of PFO diagnosis.
ConSpeed®By precisely controlling the extraction volume, mixing ratio, injection speed, and frequency, the system achieves fully automatic and uniform mixing and injection of the foaming solution, ensuring consistent microbubble size and stable distribution, effectively reducing the risk of false negatives or false positives, and significantly improving detection accuracy.
Full-process automation eliminates subjective errors caused by manual foaming, achieving high consistency in results across different patients and batches, providing clinicians with stable and comparable testing basis.
ConSpeed®By innovating a breath-triggering mechanism to replace the traditional Valsalva maneuver, detection can be completed with just mild exhalation. This design not only significantly reduces reliance on patient cooperation, avoiding result deviations caused by improper Valsalva maneuvers, but also enhances the controllability and repeatability of the test, providing more stable and reliable data support for clinical use.
ConSpeed®The fully automated design significantly simplifies the testing process, allowing a single medical staff member to independently complete the operation. This not only effectively reduces labor costs and eases the manual workload but also markedly improves the overall testing efficiency.
Company Profile
[Company Profile]
WYTD MEDICAL TECHNOLOGY (SHENZHEN) CO., LTD. was established in 2021 as a national high-tech enterprise focusing on the diagnosis and treatment of pan-vascular diseases. The current product line mainly revolves around PFO, aiming to provide a comprehensive set of diagnostic and therapeutic solutions for PFO. The company consistently upholds the core values of "innovation, collaboration, hard work, and win-win," adhering to the noble mission of "maximizing patients' quality of life and perfecting the last line of defense for life." It is committed to offering innovative medical device solutions to patients and aspires to become a leader in innovative cardiac medical devices within ten years.



