Automatic Tourniquet System Suppliers

Automatic Tourniquet System

Product parameters:

1. Rated working voltage: 100-240VAC 50/60Hz

2. Rated input power :90VA

3. The pressure is controllable and can be stable at ± 8mmHg

4. Timing adjustment range: 0-240min

5.The pressure can be set. Even if two channels are required to be independent air pressure settings. Or may be pressure settings associated with each other. The accuracy of this setting can be within ± 8mmhg.

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Automatic Tourniquet System (Button type)

Product parameters:

1. Rated working voltage: 100-240VAC 50/60Hz

2. Rated input power:90VA

3. The pressure is controllable and can be stable at ± 20mmHg

4. Timing adjustment range: 0-240min

5. The pressure can be set. Even if two channels are required to be independent air pressure settings. Or maybe pressure settings are associated with each other. The accuracy of this setting can be within ± 8mmhg.

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Hangzhou Zhengda Medical Co., Ltd.

Hangzhou Zhengda Medical Equipment Co. , Ltd was established in 1991. It is a professional Automatic Tourniquet System Suppliers and Automatic Tourniquet System Company, It has more than 30 years of experience in research and development and manufacturing of orthopedic surgical instruments and rehabilitation equipment. Medical clinical cooperation experience. Experience with more than 30 patents. We specialize in Custom Automatic Tourniquet System, and our products are mostly used in orthopedics, limb rehabilitation, operating room equipment and other professional fields of medical equipment. We have EN60601 and UL60601 testing capabilities and equipment, we have environmental testing equipment, we have virus and bacteria laboratory equipment.
The enterprise has extremely complete large-scale manufacturing capabilities. Including Rand Medical's 6600㎡ manufacturing plant and 800㎡ high-standard purification workshop. It has more than 120 sets of high-precision 4-axis CNC centers, precision machine tools with inclined guide rails, CNC milling machines, computer wire cutting machines, laser cutting machines, plasma welding, CNC pipe bending machines and bending machines, high-precision hydraulic machines, and electrostatic spraying equipment. , High frequency equipment, spinning equipment, computer sewing equipment, computer mounter, etc.

Industry & knowledge

What are the potential benefits of using an automatic tourniquet system?

Automatic tourniquet systems can offer several potential benefits in medical settings, including:

Increased accuracy: Automatic tourniquet systems can provide more precise and consistent pressure compared to manually applied tourniquets, reducing the risk of over or under-tightening.

Time-saving: Automated tourniquet systems can reduce the time required for application and removal of the tourniquet, allowing for more efficient surgical procedures.

Reduced risk of injury: Automated tourniquets can reduce the risk of nerve and tissue damage due to their ability to apply consistent pressure, reducing the risk of ischemia and reperfusion injuries.

Improved patient comfort: The use of automated tourniquet systems can reduce pain and discomfort for the patient by allowing for more precise pressure control and avoiding prolonged application.

Reduced risk of contamination: Automated tourniquet systems can help reduce the risk of contamination in the operating room by minimizing the need for repeated adjustments by healthcare personnel.

Overall, the use of automatic tourniquet systems can help improve patient outcomes and increase efficiency in surgical settings. However, like any medical device, proper training and adherence to best practices are necessary to ensure safe and effective use.

How does the pressure level of an automatic tourniquet system affect the limb and the patient?

An automatic tourniquet system is used to temporarily restrict blood flow to a limb during surgery or other medical procedures. The pressure level of the tourniquet is a critical factor that can affect both the limb and the patient.

If the pressure is too low, it may not adequately restrict blood flow, which can lead to bleeding and complications during the surgery. On the other hand, if the pressure is too high, it can cause damage to the tissues and nerves in the limb and potentially cause long-term complications for the patient.

Specifically, if the pressure is too high or applied for too long, it can cause ischemia (a lack of blood flow) in the limb, which can lead to tissue damage and potentially permanent injury to the nerves, muscles, and other structures in the limb. This can result in a range of complications, including pain, weakness, numbness, and paralysis.

To minimize the risk of complications, automatic tourniquet systems are typically designed to monitor and control the pressure levels automatically. Additionally, healthcare professionals responsible for using the tourniquet should be properly trained and knowledgeable about the appropriate pressure levels and monitoring techniques to ensure the safety of the patient.