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Plasma technology is rapidly advancing within the field of medicine, attracting significant interest and ongoing research in both domestic and international research centers worldwide. Our plasma technology offers remarkable benefits as a surgical tool, enabling the precise separation of molecules for ablation while minimising damage to surrounding tissues. Operating at a low temperature, this technology allows doctors and surgeons to achieve unparalleled precision, leading to shorter recovery times for patients.

Below, we delve deeper into the innovative technology behind these plasma surgical systems.

 

How plasma technology works

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Ablation

 

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Our radio frequency plasma surgical system operates by channeling radio frequency energy through an active and return electrode. This process interacts with a conductive saline solution to generate a precisely focused plasma sheath around the electrodes. Within this plasma sheath, charged particles produce enough energy to break the organic molecular bonds in the targeted tissue, dissolving it into molecules and atoms at a controlled low temperature of 40-70°C.

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This advanced technology allows for rapid tissue ablation with exceptional precision, minimizing damage to surrounding healthy cells and ensuring optimal surgical outcomes.

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Coagulation

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When radio frequency interacts with tissue, including blood, it triggers a reaction that facilitates coagulation and hemostasis while preserving the mucosa, fibrous tissue, and cellular vitality. This precision ensures minimal damage to healthy tissue, allowing patients to enjoy a faster and more comfortable post-operative recovery compared to traditional surgical methods.

The adjustable coagulation mode enhances hemostasis and provides a clear field of vision during procedures, ensuring surgeons can operate with confidence and precision.

Temperature control

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Plasma technology operates at a controlled temperature of 40-70°C, ensuring minimal heat damage during surgical procedures. Unlike traditional methods, the radio frequency energy is directed into a saline solution to create a plasma sheath, rather than being applied directly to the tissue. This approach significantly reduces the risk of heat-related damage.

With advanced temperature control technology, the system maintains the optimal temperature for stable, precise, and effective performance throughout the procedure. This ensures both safety and superior outcomes for patients.

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Key Features of Our Plasma Technology

Auto Protection System
The device is equipped with an advanced monitoring system that automatically suspends power output if the electrode contacts or comes too close to metal. Once the electrode is correctly positioned, power output resumes seamlessly, ensuring safety and precision.

 

Intelligent Control System
Automatically recognises connected components such as electrodes, foot switches, and power supplies, optimising performance and ensuring hassle-free operation.

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Bipolar and Multipolar Technology
Offers a range of bipolar and multipolar electrode designs to enable efficient resection, ablation, coagulation, and hemostasis of soft tissues, providing versatility for various surgical needs.

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Integrated Functionality
Our single-use electrode combines multiple modes for ease of use. The ALBATE Mode supports resection and ablation, while the COAG Mode handles coagulation, hemostasis, irrigation, and suction. A colour-coded foot switch allows you to switch modes effortlessly during procedures.

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Benefits of Plasma Technology in Surgery

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Our plasma surgical systems offer a wide range of advantages for both patients and medical professionals:

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• Minimised Blood Loss: Significantly reduces blood loss during procedures. For example, plasma tonsillectomy results in less than 2ml of blood loss, compared to up to 100ml with traditional methods.

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• Low-Temperature Operation: Operates at a controlled low temperature, minimising tissue damage and preserving healthy cells.

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• Versatile Functionality: Perform multiple surgical tasks with a single electrode, streamlining procedures and enhancing efficiency.

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• Enhanced Safety: Advanced safety features ensure precise and reliable performance during surgeries.

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• Faster Recovery: Patients benefit from shorter recovery times, enabling them to return to normal activities sooner.

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• Reduced Pain: Minimally invasive technology leads to less post-operative discomfort for patients.

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• Shorter Hospital Stays: Faster recovery often means fewer days spent in the hospital, reducing overall healthcare costs.