News

News

2025.11.20

Page View 0

J-Tron's 24V DC Small Diaphragm Air Pump Empower Medical Suction Devices: Safeguarding Clinical Safety with Precision Power

As the global trend of medical equipment lightweight and precision intensifies, medical suction devices, a core equipment for clinical emergency and routine diagnosis and treatment, have put forward higher requirements for the stability, cleanliness and energy efficiency of power components. J-Tron Technologies Zhuhai Co., Ltd., relying on its technical accumulation in the field of fluid control, has successfully broken through the core power bottleneck of medical suction devices with its independently developed AQ8500 series mini diaphragm vacuum pump. The products provide reliable power support for operating rooms, emergency rooms, and primary medical scenarios.

 2

Three Core Advantages Adapt to the Rigorous Requirements of Medical Suction Devices

As a key equipment for removing respiratory secretions and surgical effusions from patients, the performance of the power system of medical suction devices is directly related to the safety of diagnosis and treatment. J-Tron brushless micro diaphragm air pump double head has achieved in-depth adaptation to medical scenarios through targeted technical optimization:

 

In terms of negative pressure stability, the AQ8500 series EPDM miniature diaphragm vacuum pump can reach a maximum negative pressure of -0.8bar, a max air flow rate of 12L/min and a rated air flow rate of 9L/min, supporting 0~5V DC speed regulation. It can accurately adjust negative pressure and flow according to the application scenarios of suction devices (such as neonatal care and adult surgery), avoiding the risk of tissue damage caused by pressure fluctuations. Compared with traditional air pumps, its negative pressure control accuracy is increased by 30%, which can stably cope with complex suction needs such as viscous effusions and small foreign bodies.

 

In terms of cleanliness and safety, the product adopts medical-grade sealing materials and diaphragm isolation design to realize complete separation of air circuit and oil circuit, eliminating the risk of fluid cross-contamination from the source. At the same time, the series has obtained ISO 13485 medical device quality management system certification and meets the EU CE medical device access standards. Its life test data of more than 20,000 hours ensures the long-term reliable operation of suction devices in continuous diagnosis and treatment scenarios .

 

To meet the mobile needs of portable suction devices, J-Trons diaphragm pump adopts a lightweight structure design, which is 25% lighter than similar products in the industry. Combined with low-power drive technology, it can extend the equipment battery life by 40%, perfectly adapting to mobile medical scenarios such as ambulances and field rescue, and solving the pain points of "high power consumption and difficult portability" of traditional air pumps .

 AQ 8500

Focus on Technological Iteration to Expand New Scenarios of Medical Fluid Control

During the MEDICA exhibition in Germany, J-Trons mini diaphragm vacuum pump attracted significant attention from global medical equipment manufacturers due to its outstanding performance. Meanwhile, some customers put forward demands for more miniaturized diaphragm air pumps. Aiming at the segmented needs of specialized suction devices for dentistry, gynecology and other specialties, we have launched the development of miniaturized, low-noise and stable product versions to further enrich our product matrix in the medical field. We look forward to the launch of these new products.

 

As a leading enterprise in the field of micro gear pump, diaphragm pump, mini solenoid valve, and other liquid control component, J-Tron has always taken medical equipment safety as the core R&D orientation. In the future, the company will continue to deepen cooperation with global medical research institutions, promote the application breakthrough of diaphragm air pumps in more medical segmented scenarios, and provide more valuable fluid control solutions for the global medical and health cause.