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END CAP CABLE Beam Expansion Fibre
Within the specialised field of fibre optic technology, END CAP CABLE beam expansion fibre plays a pivotal role in high – power laser applications and …
Key Factors Affecting Fiber Optic End Face Quality in Dusty Environments
When performing fiber optic splicing in dusty environments, dust prevention is crucial, but several other factors also play a significant role in determining end face …
HD-MI fiber extender
If you’ve ever wondered how data travels across vast distances at lightning speeds, chances are an optical transceiver is hard at work behind the scenes. This fiber …
Equine Laser Treatment
The Advantage of Equine Laser Treatment:
1. Precise treatment: The vet laser therapy is able to precisely locate and treat the affected area, reducing damage to surrounding healthy tissue.
2. Non-invasive: Cold laser therapy for horses’ treatments usually does not require surgical incisions, reducing the risk of infection and recovery time.
3. Versatile: Suitable for a wide range of treatments such as trauma repair, pain management, and inflammation treatment.
4. Rapid Recovery: Laser therapy promotes cell regeneration and tissue repair, accelerating the healing process.
5. Reduced Pain: The laser provides effective pain relief and reduces post-operative discomfort in horses.
6. Simple operation: the equipment is designed to be user-friendly and easy to operate, suitable for various clinical environments.
7. High energy output: Provide stable and efficient energy output to ensure the therapeutic effect.
8. Portable design: the device is lightweight and easy to carry, suitable for use in different places.
What Conditions Can Veterinary Lasers Be Used to Treat?
Veterinary laser treatment technology is gradually demonstrating its broad potential and significant effects in the field of pet medical treatment. Currently, this advanced technology has been applied in the following therapeutic areas:
1. Treatment of skin diseases: Whether it is post-surgical incision healing, dermatitis, chronic infected wounds, burns or bites, veterinary laser can provide effective auxiliary treatment.
2. Improvement of musculoskeletal problems: From tendinitis, chronic pain, and arthritis to disc degeneration, ligament strains, and regenerative repair after fractures, veterinary lasers provide non-invasive and painless treatment options for pets.
3. Treatment of neurological diseases: For neurological problems such as neuritis, acute and chronic paralysis, veterinary laser provides pets with a more comfortable treatment experience due to its painless and non-invasive properties.
4. Regulation of metabolism and systemic conditions: Through veterinary laser physiotherapy, animals suffering from respiratory infections, enteritis, paralysis, fractures, burns, bites and other diseases can improve blood circulation, regulate metabolism, relieve pain, and may show systemic symptoms. Improvement, such as refreshment, physical recovery, increased appetite, etc. However, this improvement usually requires 3 to 4 laser treatments to appear, and when combined with Chinese veterinary medicine or other rehabilitation therapies, the effect will be more significant.
With the continuous advancement of science and technology, advanced treatment tools such as veterinary lasers are gradually changing the face of pet medical care, providing pets with more comfortable and effective treatment options.
DWDM 14PIN Butterfly Analog Laser 14-Pin Butterfly DFB
Introduction:Introduction to DWDM 14PIN Butterfly Analog Laser – A Cutting-Edge Technology
The DWDM 14PIN Butterfly Analog Laser 14-Pin Butterfly DFB is a cutting-edge technology that has revolutionized the field of telecommunications and optical communications. This advanced device offers high-performance, precision, and reliability, making it ideal for various applications in the industry.
Our product: The DWDM 14PIN Butterfly Analog Laser 14-Pin Butterfly DFB is a versatile and reliable optical solution for various applications. With a wavelength range from 1526.44-1563.05nm, fiber type:SM/PM, Connector type:FC/APC , this laser package is ideal for CATV broadcast networks and networks with limited fiber capabilities. Its compact and lightweight design ensures easy installation and seamless integration into existing systems. Experience high-performance and stability with the DWDM 14PIN Butterfly Analog Laser, perfect for optimizing your network efficiency.
The Multi-wavelength Laser Therapy Device: Technical Specifications and Treatment Advantages
Product Overview
The Multi-wavelength Laser Therapy Device is a professional medical equipment that integrates advanced laser technology and an intelligent operating system. With its dual-wavelength design and up to 30W of laser power, this device is suitable for various medical scenarios such as rehabilitation, minimally invasive surgery, dentistry, and dermatology. Its compact and portable design, along with a rich set of preset protocols and an intuitive user interface, make the device an ideal choice for modern medical practices.
Key Technical Parameters
- **Laser Power**: 30W
- **Laser Wavelength**: Dual-wavelength
- **Portability**: Portable
- **Preset Protocols**: >150
- **Operation Mode**: Intelligent operation
- **Screen Type**: 10-inch HD touch screen
- **Protective Eyewear**: 1 set (2 pairs for humans + 3 pairs for pets)
- **Operating Modes**: Continuous, pulsed, and single pulse
- **Applicable Departments**: Rehabilitation, minimally invasive surgery, dentistry, and dermatology
Technical Highlights
- **High Transmission Coating Technology**: The device features a multi-layer composite coating design on a fused silica substrate, achieving a laser transmission rate of up to 99.8% for efficient light energy transmission.
- **Excellent Power Stability**: Maintains power stability within ±0.5%, ensuring precision and consistency during treatment.
- **Advanced Lens Combination**: The multi-lens design enables diffraction-limited laser collimation output, increasing the treatment depth by more than 2 times.
- **Achromatic Lens Structure**: Ensures high consistency of pointing for each wavelength, enhancing treatment efficacy.
- **High-Quality Coating**: Hard coating technology ensures durability under high-energy laser conditions.
Treatment Principle
The treatment principle is based on two key elements: wavelength and power.
- **Wavelength**: The device utilizes specific wavelengths to effectively stimulate photobiomodulation and cellular responses. By utilizing the photothermal effect and targeting the absorption peaks of water, hemoglobin, and fat in tissues, it achieves laser止血, ablation, and cutting through coagulation, vaporization, and carbonization of biological tissues.
- **Power**: By adjusting the laser power, the optimal laser saturation is achieved at the target depth, ensuring the desired therapeutic effects.
Treatment Scope and Applications
The device is applicable to the treatment of a wide range of conditions, including but not limited to:
- **Head**: Rhinitis, sinusitis, otitis, hematoma, etc.
- **Back**: Arthritis, intervertebral disc degeneration, etc.
- **Neck**: Infections, bronchitis, intervertebral disc degeneration, etc.
- **Hip Joint**: Hip dysplasia, chronic pain, lameness, etc.
- **Skin Diseases**: Dermatitis, pyodermatitis, postoperative incisions, chronic infected wounds, etc.
- **Oral**: Tooth extraction, gingivitis, periodontitis, oral inflammation (in cats), etc.
- **Chest**: Bicipital bursitis, bicipital tendinitis, supraspinatus tendinitis, etc.
- **Forelimbs**: Acral lick granuloma, hoof dermatitis, arthritis, fractures, sprains/contusions, trauma, etc.
- **Viscera**: Cystitis, bacterial infections, enteritis, feline asthma, etc.
- **Hindlimbs**: Postoperative, arthritis, tendinitis, non-surgical treatment, anterior cruciate ligament, etc.
- **Perineum/Tail**: Anal neuritis, trauma, tail fractures, etc.
Summary
With its exceptional technical specifications, extensive preset protocols, user-friendly interface, and wide range of treatment applications, the Multi-wavelength Laser Therapy Device has become an essential tool in modern medical practice. Its efficient treatment principles and advanced optical design ensure precision and safety during treatment, providing a more convenient and effective treatment experience for both doctors and patients.
Medical Optical Fiber
Minimally invasive surgeries have grown in popularity. This type of surgery is preferred for its quicker recovery time, lower risk of infection, and less painful process. The increasing demand for minimally invasive surgery has called for an increase in fiber optic cable application in the field. The correlation is a result of the need for compact medical utensils that utilize fiber optic cables to function. Efficient surgeries, diagnoses, and research have relied on these cables for the past several years.
Need Help with Easier Laser Fiber Solutions? We Are Experts!
What is optical fiber construction?
Optical fibers are made from either glass or plastic.An optical fiber consists of three basic concentric elements: the core, the cladding, and the jacket.
Optical fibers are typically described by their size, which is indicated by the outer diameter of the core, cladding, and coating. For example, a measurement of 62.5/125/250 would refer to a fiber with a core diameter of 62.5 micrometers, a cladding diameter of 125 micrometers, and an outer coating diameter of 0.25 millimeters.