LED Treatment vs Laser for Horses – What’s the Difference?
LED Treatment vs Laser for Horses is a topic that often raises questions, especially when it comes to choosing the right light-based support for equine care. While both LED and laser treatments are non-invasive and use light to stimulate healing processes in the body, they differ significantly in their mechanisms, focus, and usage. Understanding these differences can help you decide which system suits your horse’s needs better.
The Light Lens: Coherent vs Non-Coherent Light
The key distinction between LED and laser begins with the light lens.
LED Treatment systems emit non-coherent light, meaning the light waves are scattered and not narrowly focused. This broad, diffused light is gentle and well-suited for covering larger areas of the horse’s body. It allows for widespread delivery of beneficial wavelengths, supporting natural recovery processes without the need for pinpoint accuracy.
Laser devices, in contrast, produce coherent, monochromatic light. The light is highly focused and travels in one direction, making it more concentrated. Because of this, laser treatment can penetrate deeper into tissues and target specific points—but it also requires precise handling and expert knowledge to avoid potential risks.
Safety and Side Effects
LED Treatment is widely regarded as safe for both animals and humans. When used correctly, there is minimal risk of side effects. It’s suitable for regular use, even outside clinical settings, provided the equipment is used according to recommendations.
Laser therapy demands more caution. Because laser light is focused, improper use can lead to overheating or tissue damage. For that reason, laser treatment of horses should only be carried out by trained professionals.
Choosing What’s Right for Your Horse
Both LED Treatment and Laser for Horses have their place in equine care. If you’re looking for a safe, user-friendly option that allows broad application without requiring a professional operation, LED Treatment may be the ideal choice for your daily routine.
If You Want to Read More
If you’re interested in the science behind light-based treatment systems, we recommend the following study:
Farivar, S., Malekshahabi, T., & Shiari, R. (2014). Biological effects of low level laser therapy. Lasers in Medical Science, 29(2), 597–607.
Read the full article on PubMed Central >
This review provides a clear overview of how laser and LED light interact with biological tissues, including the differences in light coherence, wavelength penetration, and safety considerations. Thus, it is a valuable resource for understanding the potential benefits in equine applications.
