What`s the indications of the COZING-T05V best at home laser therapy for dogs?
Joint injuries
Wound healing
Bone fractures
Nerve injury
Bone Arthritis
Ligament or tendon injuries
Muscle sprains or strains
Skin lesions or abrasions
Haematoma (swelling of blood in body tissue)
Post-trauma wounds
Post-surgical wounds
Anti-inflammation
What's the technical parameter of the COZING-T05V best at home laser therapy for dogs?
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COZING-T05V Technical Parameters |
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Battery Capacity: |
Built-in lithium battery 5200mAh |
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Terminal Laser output: |
6 laser beams with 808nm,19 laser beams with 650nm |
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Voltage: |
110-240V,50-60 Hz |
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Working Mode: |
Pulse or Continuous |
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Adapter: |
Europe America standard |
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The Max. output: |
1295mW |
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Display: |
Gray LCD display |
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Frequency |
1-9999Hz can be adjusted |
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Wavelength |
650nm laser or 808nm laser or both models |
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Time |
5 seconds or 5 mins as per level. |
For Dogs - Canine Pain & Wound Care
1.Vet-Approved Dog Laser Therapy - COZING-T05 Red Light for Hip Dysplasia & Skin Healing
✔ 808nm penetrates 5cm → Targets deep joint inflammation
✔ 650nm boosts circulation → Faster wound recovery
✔ Pulse Mode (20Hz) → Safe for sensitive pets
Includes: Pet-friendly manual, protective eyewear
Advantages
Painless
No side effects
Fast treatment
Can be combined with other treatments
Highly effective
Non-invasive
Fast recovery
COZING-T05V Clinical studies
Background and Purpose:
Recent studies have shown that COZING-T05V low-intensity laser therapy (LILT) promotes chronic wound healing, reduces pain, is anti-inflammatory, and improves postoperative recovery. However, there are discrepancies in clinical outcomes of LLLT applied in veterinary medicine between different experimental studies. This can be attributed to improper setting of laser parameters and limitations of its penetration depth. The aim of this study was to investigate the depth of penetration of 808 nm LLLT into living canine tissues under different modes of operation. The study involves a comparison of continuous wave (CW) versus pulsed wave (PW), as well as contact and non-contact techniques of the laser probe at different tissue-laser probe distances. The results of the study can be used in clinical practice.
Materials and Methods:
Twenty-four dogs undergoing abdominal surgery were included in this study, with the laser parameters set at 250 mW and an energy density of 4 J/cm 2. The laser output power was measured with a power meter and expressed as mean output power (MOP).
Results:
The MOP of the 808 nm continuous laser was significantly higher than that of the pulsed laser (p<0.05). The MOP of the contact laser was significantly higher than that of the non-contact laser in both continuous and pulsed modes (p<0.05). The MOP through the skin tissue ranged from 16.09 to 18.60 mW (8.05% to 9.30%) for contact lasers and from 8.73 to 19.36 mW (4.37% to 9.68%) for non-contact lasers. In the muscle skin layer, MOP was 0.50 to 1.56 mW (0.25% to 0.78%), and no MOP was detected using the noncontact laser technique when the tissue was 5 cm from the laser probe.
Conclusion:
Our study suggests that 808 nm laser lasering (laser parameter setting of 250 mW, contact and non-contact energy densities of 4 J/cm² for both contact and non-contact, and a maximum tissue-laser probe distance of 5 cm) is suitable for treatments up to a depth of 14 mm. However, if the target tissue is deeper than 14 mm, laser treatment with the 808 nm laser may limit its efficacy.
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