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13 Diode Cluster Applicator (Laser, SLD and LED)
13 Diode Cluster Applicator (Laser, SLD and LED)

13 Diode Cluster Applicator (Laser, SLD and LED)

UGS: PHYSIO-27814

Prix
$2,705.00
Taxes et livraison calculées à la caisse
Options: 415 mW Total Power - (3) 850 nm Laser Diodes @ 100 mW each

"Table delivery: Our standard shipping charge for One Treatment tables is $350 (curbside); For a freight quote on purchasing Multiple tables, please contact our customer service Team at +1.905.238.1500 and we will do our best to secure a more competitive shipping rate."

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La description

The 13 Diode Cluster Applicator from Chattanooga, which incorporates Laser, Super Luminous Diodes (SLD), and LEDs, is an advanced therapeutic device designed for comprehensive light therapy. Here’s an in-depth look at its features, applications, and benefits:

1. Device Overview:

  • Diode Configuration: This applicator integrates a total of 13 diodes, typically composed of:
    • Laser Diodes: For deep tissue penetration.
    • Super Luminous Diodes (SLD): These are brighter than standard LEDs and offer deeper tissue penetration, though not as deep as lasers.
    • LEDs: For broader, surface-level treatment.
  • Purpose: The combination of these three types of diodes allows the applicator to deliver a multi-modal light therapy that addresses both superficial and deep tissue conditions.

2. Wavelengths:

  • Laser Diodes: These often operate in the near-infrared (NIR) spectrum, around 830nm or 850nm, which is optimal for penetrating deep into tissues.
  • Super Luminous Diodes (SLD): SLDs usually emit light in the NIR or red spectrum (around 660nm to 880nm). They provide a more focused, intense light than LEDs, reaching intermediate tissue depths.
  • LEDs: Typically, the LEDs in this device emit red or NIR light (660nm or similar), which is beneficial for surface-level treatment and skin health.

3. Power Output:

  • Laser Diodes: The power output per laser diode generally ranges from 100mW to 200mW, providing strong, deep tissue treatment capabilities.
  • SLDs: SLDs have a power output that is higher than LEDs but lower than lasers, offering a middle ground in terms of intensity and depth of penetration.
  • LEDs: LEDs typically have lower power outputs, focusing on broad coverage and surface treatment.

4. Applications:

  • Pain Relief: Effective in treating chronic pain, particularly in deep muscles, joints, and connective tissues. The combination of diodes ensures that both surface and deep tissues are treated simultaneously.
  • Inflammation Reduction: The device can effectively reduce inflammation in conditions like arthritis, tendinitis, and bursitis, providing relief through deep tissue penetration and enhanced circulation.
  • Wound Healing: Useful in accelerating wound healing by stimulating cellular activity and promoting better blood flow. The device is particularly effective for both deep and superficial wounds.
  • Muscle and Joint Therapy: Ideal for treating musculoskeletal conditions, including muscle strains, sprains, and joint disorders. The broad spectrum of light ensures comprehensive treatment.
  • Rehabilitation: Commonly used in physical therapy and sports medicine for rehabilitating injuries, speeding up recovery, and reducing pain.

5. Advantages:

  • Comprehensive Coverage: The 13 diode configuration allows for a wide treatment area, making it efficient for covering large muscles or joints in less time.
  • Versatile Treatment: The combination of laser, SLD, and LED technology offers versatility, enabling treatment of a wide range of conditions from deep tissue injuries to surface-level skin conditions.
  • Enhanced Therapeutic Efficacy: By integrating different light sources, the device provides a more holistic treatment, maximizing therapeutic outcomes through multi-level tissue penetration.
  • Reduced Treatment Time: The powerful output and large coverage area allow for quicker treatment sessions, which is beneficial in busy clinical settings.

6. Safety Features:

  • Automatic Controls: The device often includes safety features such as automatic shut-off, timers, and intensity controls to prevent overexposure and ensure patient safety.
  • Cooling Mechanisms: Some models may include cooling systems to prevent overheating of the skin during treatment.
  • Eye Protection: As with all laser-based devices, proper eye protection is mandatory to prevent accidental exposure to laser light, which can cause eye injury.

7. Usage Context:

  • Clinical Settings: This device is primarily used in professional settings such as physical therapy clinics, sports medicine, and rehabilitation centers. Its versatility and power make it ideal for treating a wide variety of conditions.
  • Professional Supervision: Given the complexity and power of the device, it is generally used under the supervision of trained healthcare professionals who can tailor the treatment to the patient's specific needs.

8. Benefits of Multi-Diode and Multi-Technology Approach:

  • Deep and Surface-Level Treatment: The combination of laser, SLD, and LED diodes ensures that both deep tissue injuries and surface-level conditions are effectively treated in a single session.
  • Customizable Treatment Protocols: The device allows for different treatment settings, enabling customization based on the condition being treated, the area of the body, and the patient’s response to therapy.

The 13 Diode Cluster Applicator from Chattanooga is a powerful and versatile therapeutic tool, offering a comprehensive approach to light therapy. By combining laser, SLD, and LED technologies, it provides effective treatment for a broad range of musculoskeletal and soft tissue conditions, making it a valuable asset in clinical rehabilitation and pain management settings.


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