The Yaoyang Kangda KT-90B Neuromuscular Electrical Stimulator is a professional medical device used for neuromuscular electrical stimulation therapy.

This product has the following features:

1. Efficient Treatment: The device utilizes advanced electrical stimulation technology to quickly and accurately stimulate nerves and muscles, promoting muscle recovery and rehabilitation.

2. Multifunctional: The device offers multiple treatment modes, allowing selection of different treatment plans based on the patient's specific condition, including conventional stimulation, pulse stimulation, continuous stimulation, etc., to meet various therapeutic needs.

3. Easy to Operate: Designed with user-friendliness in mind, it is simple and convenient to operate, making it easy to use even without professional medical knowledge.

4. Safe and Reliable: Made from high-quality materials, the product offers excellent durability and stability, ensuring long-term reliable operation and treatment safety.

5. Wide Range of Applications: Suitable for treating various conditions, including neuromuscular disorders, musculoskeletal diseases, and rehabilitation therapy, it can be widely used in hospitals, rehabilitation centers, sports training facilities, and more.

The device consists of a main unit, electrode patches, and electrode leads.

The main unit employs advanced electronic technology with efficient signal transmission and processing capabilities; the electrode patches are made of soft materials that adhere comfortably to the skin, effectively transmitting stimulation signals; the electrode leads connect the main unit to the electrode patches, ensuring stable signal transmission.

Depending on the treatment method, the KT-90B Neuromuscular Electrical Stimulator can be categorized into conventional stimulation type, pulse stimulation type, and continuous stimulation type. The conventional stimulation type is suitable for general neuromuscular electrical stimulation therapy;

the pulse stimulation type is suitable for treatments requiring stronger stimulation;

the continuous stimulation type is suitable for treatments requiring prolonged stimulation.

This device is a medical instrument used for neuromuscular electrical stimulation.

It employs electrical stimulation technology to deliver current that stimulates nerve and muscle tissues, achieving therapeutic and rehabilitation goals.

The device offers multiple functions, including:

1. Neuromuscular Rehabilitation: Can be used for neuromuscular rehabilitation therapy, helping to restore impaired nerve and muscle function. It promotes nerve and muscle regeneration and repair through electrical stimulation, improving motor function.

2. Pain Relief: The device can alleviate pain through electrical stimulation. It stimulates nerve endings, activating the endogenous pain inhibition system to reduce pain sensation.

3. Muscle Training: The KT-90B Neuromuscular Stimulator can be used for muscle training to enhance muscle strength and endurance. It stimulates muscle contractions through electrical stimulation, promoting muscle growth and development.

4. Improved Blood Circulation: The device can promote blood circulation through electrical stimulation, improving oxygen and nutrient supply to local tissues and accelerating the rehabilitation process.

5. Muscle Relaxation: The KT-90B Neuromuscular Stimulator can relax tense muscles through electrical stimulation, alleviating muscle spasms and stiffness.

6. Neuromodulation: The device can regulate nerve function through electrical stimulation, improving the stability and coordination of the nervous system. When selecting this device, considerations should be made based on the requirements of different hospital levels, departments, and budgets.

Here are some objective and persuasive procurement guidelines to help you make an informed decision.

1. Parameter Requirements: Depending on the needs of different departments, consider the following parameters: Output Current Range: Ensure the device can provide a sufficient current range to meet the treatment needs of different patients. Output Frequency Range: Select an appropriate frequency range based on different treatment objectives to deliver optimal therapeutic effects. Output Waveform: Ensure the device can provide multiple waveforms to meet various treatment needs. Output Modes: Consider whether multiple output modes are needed, such as continuous output, pulse output, etc., to meet different treatment requirements.

2. Type Requirements: Depending on the needs of different departments, consider the following types: Portable: For doctors or therapists who need to move between different departments, a portable device is more convenient to use. Adjustable: Ensure the device has adjustable parameters and functions to meet the treatment needs of different patients. Multifunctional: Consider whether the device needs to have multiple functions, such as electrical stimulation, electroacupuncture stimulation, etc., to meet various treatment requirements.

3. Budget Requirements: Depending on the budget constraints of different hospitals, consider the following aspects: Price: Select a reasonably priced device within the budget to ensure the best cost-effectiveness. Durability: Consider the device's durability and maintenance costs to ensure long-term reliability.

After-Sales Service: Choose a supplier with good after-sales service to ensure timely repairs and technical support.

This device is primarily used for neuromuscular electrical stimulation therapy. It stimulates nerves and muscles through electrical current, promoting muscle contractions and nerve conduction, thereby achieving therapeutic and rehabilitation effects. First, the device is widely used clinically for the treatment of neuromuscular diseases. For example, for patients with limb paralysis after a stroke, electrical stimulation can promote muscle contractions, enhance muscle strength, and help restore walking ability. For patients with myasthenia, electrical stimulation can enhance muscle contraction and improve muscle function. For patients with muscle atrophy, electrical stimulation can promote muscle growth and increase muscle mass. Second, the device can also be used for pain management. Through electrical stimulation, it can stimulate nerve endings, alter pain signal transmission, and reduce pain sensation. For patients with chronic pain, regular electrical stimulation therapy can alleviate pain levels and improve quality of life. 

Additionally, the device can be used for rehabilitation training. For patients with sports injuries or those undergoing post-surgery rehabilitation, electrical stimulation can promote muscle recovery and functional rebuilding. Regular rehabilitation training can accelerate the recovery process and improve rehabilitation outcomes.