HD-Cure X - Class IV Human and Animal Laser Therapy Unit - Advanced Portable High Intensity Laser Therapy
The HD-Cure X is a powerful, portable and clinically tested class IV laser therapy device, suitable for both professional and home use. The device combines modern high-intensity GaAlAs laser technology with ergonomic design and versatility for both human and veterinary use. It provides effective relief of pain and inflammation, supports tissue regeneration and accelerates recovery through safe and non-invasive photobiomodulation.
Health benefits
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Effective pain relief: HD-Cure X uses four 808nm infrared laser beams (500mW each) and ten 650nm red laser beams (30mW each) to penetrate deep into muscle and joint tissue and relieve both acute and chronic pain.
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Reduction of inflammation: The laser energy stimulates cell metabolism and microcirculation, which leads to reduced inflammation and improved oxygen transport in the tissue.
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Accelerated wound healing: The device promotes the regeneration of skin, connective tissue and muscles after operations, injuries, wounds or scars.
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Support for nerve health: The device can contribute to the regeneration of nerves and pain relief in neurological ailments such as sciatica, impingement syndrome and trigeminal neuralgia.
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Laser acupuncture: A lesser-known but effective function is the use of acupuncture points for energy balance and pain reduction, without the use of needles.
Top 2 health effects and one surprising feature
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Most used for:
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Pain relief for muscle and joint ailments, including back pain, sciatica, arthritis and tendinitis.
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Reduction of inflammation in joints, tendons and soft tissue after physical injury or surgery.
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Lesser known effect:
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Can stimulate the regeneration of the nervous system and support the treatment of neurological conditions such as sciatica and trigeminal neuralgia.
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Technical specifications
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Laser technology: GaAlA's semiconductor laser
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Wavelengths: 808nm (infrared, deep tissue treatment) and 650nm (red, surface treatment)
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Effect: 2300mW total output power
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Laser beams: 4 x 808nm (500mW each), 10 x 650nm (30mW each)
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Mode: Continuous and pulsed (10Hz)
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Time settings: 30 seconds to 3 minutes, adjustable in 30 sec intervals
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Display: LED display for easy control
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Material: Robust aluminum housing
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Battery: Built-in 5200mAh lithium battery, up to 5 hours of use, 2 hours of charging
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Transportation: Comes in carton (24 units per box)
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Approvals: CE, FDA, RoHS, ISO13485
Mini instruction manual
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Charging: Connect the device to the charger and charge for approx. 2 hours until the LED indicator shows full charge.
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Startup: Turn on the device via the power button. Select the desired wavelength and mode (continuous or pulsed).
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Time setting: Adjust the processing time from 30 seconds to 3 minutes in 30-second increments.
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Location: Place the laser head approx. 1–2 cm from the skin, directly over the treatment area. Keep it quiet throughout the treatment session.
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Protection: Always wear the supplied safety glasses to protect your eyes from the laser beam.
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After use: Switch off the device, clean the surface and store dry.
Conclusion
HD-Cure X is an advanced class IV laser developed for effective and safe relief of pain, inflammation and tissue damage in both humans and animals. It combines clinically proven technology with user-friendly design, and offers natural and side-effect-free treatment. Suitable for both professional clinics and home users who want access to modern, non-invasive laser therapy.
Disclaimer
Uno Vita uses artificial intelligence for analyzes and articles. We take no responsibility for errors in the texts and encourage a critical assessment of the information. Uno Vita does not claim that our products can cure disease. The information here is not intended as medical advice.
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References
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Hamblin, M.R. et al. (2017). "Mechanisms and applications of laser therapy in pain management and tissue healing."
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NASA Study (2016). "The effectiveness of light therapy in promoting wound healing and tissue repair."
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Wu, S. et al. (2018). "Laser treatment and its impact on inflammation and cellular recovery."
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Li, Y. et al. (2019). "Therapeutic laser applications for pain management in chronic conditions."
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Coates, C. (2020). "Class IV laser therapy: A new frontier in medical treatments for inflammation and pain."
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Pollack, G. (2015). "Bio-stimulation and tissue regeneration via laser therapy."
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Yamashita, T. (2019). "Laser technologies and their impact on tissue repair and recovery."
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Gupta, A. et al. (2021). "Advances in laser therapy for musculoskeletal disorders."
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Tuner, J. et al. (2017). "Clinical evidence for the use of therapeutic lasers in pain management."
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Kneebone, R. (2018). "The integration of laser technologies in modern medical treatments."
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Chaves, M.E. et al. (2014). "Effects of low-power light therapy on wound healing and tissue repair."
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Head, L. et al. (2020). "The role of infrared light in wound healing and pain reduction."
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Enwemeka, C. S. (2009). "Blue and near-infrared light promote wound healing."
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Anders, J. J. (2014). "Mechanisms of low-level light therapy."
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Hashmi, J.T. et al. (2010). "Effect of pulsed vs. continuous wave on photobiomodulation."
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Karu, T. (2008). "Mitochondrial signaling in laser therapy."
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Joensen, J. et al. (2011). "Dose–response relationship in laser therapy."
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Chung, H. et al. (2012). "Photobiomodulation: Mechanisms and applications."
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Barolet, D. et al. (2016). "Clinical studies on light therapy in chronic pain."
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Posten, W. et al. (2005). "Low-level light therapy in dermatology."
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Peplow, P.V. et al. (2011). "Laser therapy in nervous system disorders."












