FOCUS SHOCKWAVE THERAPY
KAPHAPHYSIO | 30.Oct,2024

Focused Shock Wave Therapy

What is Focused Shock Wave Therapy?

Focused shock wave therapy (FSWT) can provide more depth penetration for deeper tissue than radial shockwaves, focusing its output into more localised, more precise areas.

Characteristics of Extracorporeal Shock Waves (ESWT):

1. Non-invasive: There’s no need for surgery or injections, minimizing risks associated with traditional medical interventions.

2. Safe: FSWT has been well-studied and is recognized for its safety profile, with minimal side effects reported.

3. Efficient: Patients often experience significant relief and improvement in symptoms after just a few sessions.

Therapeutic Benefits of FSWT:

- Tissue Damage Repair and Reconstruction: FSWT stimulates cellular repair mechanisms, promoting healing in damaged tissues.

- Dissolution of Adhesions: It helps in breaking down fibrous tissues that may cause discomfort and mobility issues.

- Vasodilation and Angiogenesis: FSWT promotes blood vessel expansion and regeneration, beneficial for conditions like erectile dysfunction and avascular necrosis of the femoral head.

- Analgesia and Nerve Termination Blockade: FSWT can effectively alleviate pain by modulating nerve responses.

- High-Density Tissue Lysis: The focused energy can break down calcified tissues and help in treating conditions like tendinopathy.

- Infection and Inflammation Control: By enhancing blood flow and promoting healing, FSWT aids in controlling localized infections and inflammation.

Key Features of the EMFOCUS III

Working Principle

- EMFOCUS - III utilizes electromagnetic focus shock wave technology. When high-voltage electricity discharges into an electric coil, it creates a powerful pulse electromagnetic field. 

- This electromagnetic wave then generates deep focus shock waves within a water medium, allowing for precise targeting of the therapeutic area.

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Technological Advantages

1. Stable Output Energy: The EMFOCUS III ensures consistent energy delivery throughout the treatment session, providing reliable therapeutic effects.

2. Focal Zone: The device features a focal zone, which is the area of maximum energy intensity. This design is ideal for treatments requiring high energy and precision, such as targeting specific pain points and treating deep tissues effectively.

3. Deep Penetration: Capable of reaching depths up to 65mm, the EMFOCUS III allows for adjustable penetration depending on the treatment area. This makes it especially suitable for addressing deeper problem areas such as bones, tendons, and ligaments.

4. Easy of Use: Our EMFOCUS no need changing gel pads, as the water level determines the depth of penetration. A higher water level results in shallower penetration, making it user-friendly for practitioners.

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5. Smart Software Interface: The EMFOCUS III is equipped with intelligent software offering 11 different preset parameters for various medical conditions. User can easily adjust energy levels, frequency, and number of pulses based on individual patient needs.

6. Patient Comfort: Compared to the radial shockwave, focused shockwave therapy (FSWT) provides enhanced patient comfort. Because it skips direct stimulation of the skin's sensory network, patients often find sessions more tolerable, allowing for higher doses to be administered without discomfort.

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Electromagnetic Focus Shock Wave vs. Piezoelectric Focus Shock Wave

Working Principle

Electromagnetic Focus Shock Wave:

- The electromagnetic waves using a coil system. These waves are then focused into high-energy acoustic pulses. 

- These acoustic waves are precisely focused on a specific area of the body, allowing the energy to penetrate deep into tissues without affecting surrounding areas.

Piezoelectric Focus Shock Wave:

- The piezoelectric crystals arranged in aspherical or concave formation. When an electric a current is applied to these crystals, they expand and contract rapidly, generating mechanical pressure. 

- The rapid expansion and contraction of the crystals create focused acoustic shockwaves. These waves converge at a specific focal point, allowing the energy to be concentrated precisely on the target area in the body.

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Treatment Area

Electromagnetic Focus Shock Wave——Large treatment area

Electromagnetic beams usually have a large treatment area propagation characteristics). There is a greater margin for error during operation, and even if the aiming is not completely accurate, the target area can be covered ,thereby improving the accuracy and efficiency of treatment.

Piezoelectric Focus Shock Wave——Small focal area

- The energy is highly concentrated in a very small area, which increases the difficulty of accurate aiming, because any slight deviation may cause the energy to fail to act accurately on the target area, making it difficult to ensure that the shockwave energy acts accurately on the diseased tissue and also increases the probability of damage to the surrounding normal tissue.

Energy distribution

Electromagnetic Focus Shock Wave——Uniform distribution

- The energy distribution of the electromagnetic beam in the treatment area is relatively uniform, which helps to reduce local overheating or damage that may be caused by energy concentration. 

- At the same time, the uniform energy distribution also makes the treatment effect more stable and reliable.

Piezoelectric Focus Shock Wave——Concentration

The energy of the piezoelectric beam is highly concentrated in the focal area, which requires very precise operation to avoid damage to surrounding non-target tissue.

Penetration Depth

Electromagnetic Focus Shock Wave

- Electromagnetic shock waves can reach a depth of 6.5cm, making them effective for both deep and superficial conditions, such as tendinopathy or lumbar joint pain.

Piezoelectric Focus Shock Wave

- The penetration depth of piezoelectric shock waves is limited to between 0. 5cm and 5cm.

Energy Output

Electromagnetic Focus Shock Wave

- The electromagnetic applicator maintains a high level of energy output throughout its entire service life.

Piezoelectric Focus Shock Wave

- Piezoelectric applicator consume power, resulting in reduced performance and requiring more pulses per treatment.

Functionality

Electromagnetic Focus Shock Wave

- The electromagnetic applicator is lighter and does not require replacement of the gel pad, making it easier to use. In addition, there are buttons on the handle, which makes the operator feel more comfortable when using the handle.

Piezoelectric Focus Shock Wave

- Piezo applicators are larger and require a foot pedal.

Summarize

- The beam generated by electromagnetic focused shock waves has a large treatment area, uniform energy distribution, and high tolerance for operation, which helps to improve the accuracy, stability and efficiency of treatment. (It has a larger treatment area, deeper penetration and more comprehensive treatment effect).

- The beam generated by piezoelectric focused shock waves has a small focal area, which increases the difficulty of accurate aiming, concentrates energy, and is difficult to operate. Not only is the penetration depth lower than that of electromagnetic, but each treatment requires more pulses, and the operating experience is relatively less comfortable.

Thailand Exclusive Agency Case

- P Health has reached an exclusive agency agreement with KAPHAPHYSIO, becoming the exclusive agent for the new product line, including EMFOCUS III, in the Thai market. 

- This collaboration will further enhance our brand image in Thailand and provide advanced medical solutions to more patients.

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The exclusive agency agreement established several key strategic directions for collaboration: 

1. Exclusive Agency for New Products: P Health will serve as the exclusive agent for KAPHAPHYSIO’s new product lines, enhancing their offerings in the Thai market. 

2. Customized Agency for Existing Products: P Health will continue to provide tailored solutions for existing products, ensuring that customer preferences are met. 

3. Increased Service Support: The partnership will include enhanced service support to improve customer satisfaction and address market needs effectively. 

Future Aspirations: Expanding Market Reach Leveraging Strengths for Market Growth 

- As KAPHAPHYSIO and P Health move forward, both companies are committed to leveraging each other’s strengths to expand their market presence in Thailand. By combining P Health’s insights into local market dynamics with KAPHAPHYSIO manufacturing capabilities, they aim to achieve significant growth. 

- Their shared vision encompasses not only increased sales but also the establishment of a reputable brand recognized for delivering high-quality medical devices. - - By collaborating closely, they hope to create a robust brand identity that resonates with healthcare professionals and patients alike. 

Comprehensive Strategy for Market Expansion to achieve their aspirations, KAPHAPHYSIO and P Health plan to implement a comprehensive strategy for market expansion, focusing on:

- Targeted Marketing Campaigns: Utilizing P Health’s local knowledge to develop marketing campaigns that effectively reach the Thai audience. 

- Product Education and Training: Offering training sessions for healthcare professionals to enhance understanding and utilization of KAPHAPHYSIO products. 

- Building Relationships with Distributors: Strengthening ties with local distributors to improve product availability and visibility in the market. 


Advantages of Becoming Our Exclusive Agent

1. Market Leadership: Capture market share in the electromagnetic focused shock wave equipment sector, enhancing business growth potential.

2. Comprehensive Support: We provide professional training and marketing support to help you quickly enter the market.

3. Customized Services: Continue to provide tailored solutions for existing products to meet customer preferences.

4. Quality Product Assurance: Relying on KAPHAPHYSIO's high-quality products, we enhance customer trust and satisfaction.

Welcome to contact us and jointly embark on a new chapter for electromagnetic focused shock wave equipment!


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KAPHAPHYSIO | Building 23, Yongxu Industrial Park, CN | +8613060901678(Amber Han) | kaphaphysio@gmail.com
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