TQ Solo Cold Laser
TQ Solo Cold Laser Super-Pulsed
Skin Care, Varicose Veins, Fibromyalgia, Neuropathy, all body Pain Relief
Low-Level Cold Laser System for Home/Professional Use
Treats your Pets as well
Lowest Price and Free Shipping
TQ Solo Portable Cold Laser Therapy Device
Relieve both chronic and acute pain, excellent for skincare and anti-aging problems, and when used with the probes, dental and acupuncture! VERSATILE! Carry it with you..light and compact.
You now have portable pain relief. TQ Solo is compact and lightweight. It is a smaller battery-operated version of the larger TerraQuant Laser. The rechargeable lithium battery lasts up to 8 hours so pain relief is always there, when you need it! Take it on the road, put it in your purse or briefcase!
If you are suffering from any of these: Neuropathy, Osteoarthritis, Headaches, knee arthritis, acne, scars,Frozen Shoulder, Carpal tunnel, cold sores, Tennis elbow, Arthritis, Fibromyalgia, Varicose Veins, Skin ulcers,Fractures, tendonitis, and so many other body pains, you will benefit from owning a Cold Low-Level Laser Therapy System!
PLUS, TQ Solo, is an excellent cosmetic laser. Reduce your fine lines and wrinkles at home!
Offering more possibilities for outpatient pain relief treatment and management of chronic pain, anti-aging. No side effects. Non-invasive.
The TQ Solo utilizes 4 proven radiances to give your body the ultimate environment for relieving pain: a super pulsed laser, infrared light, red light, and a static magnetic field.
Administering effective light therapy is simple with three preset frequencies and an easy-to-use guide.
Program 1: Pain & Anti-Aging; Program 2 Chronic Pain Syndrome; Program 3 Skin and Wound Care.
TQ Solo is easy as 1 2 3
Can receive 6 month financing, no interest, through PayPal !
- TQ Solo™ is compact and lightweight
- The rechargeable lithium battery lasts up to 8 hours
- 15,000 mW of Super Pulsed laser power
- Select the frequency recommended in the guide
- Compatible with acupuncture & muscle trigger probes
Laser Peak Power 15W (15,000mw)
Infrared LED’s 60mW
Red LED’s 7.5mW
Laser 905 nm
Infrared 875 nm
Red 640 nm
Magnetic Induction 35 mT
Class II Equipment Applied Part Type BF
Laser Class 1M (IEC 60825-1)
Weight 0.7 lbs / 300g
Dimensions 5.5in x 2in x 2in (14cm x 5cm x 5cm)
TQ Solo Therapy Device
Universal Medical Power Adaptor
TQ Solo Case
TQ Solo Operating Manual
TQ Solo Protocol Manual
TQ Solo Quick Reference Guide
TerraQuant and TQ Solo Training DVD
Skin Care Applications
Skin Care Applications:Terraquant™ Program Number 1 is pre-set for Skin Care Applications.
Program Settings: Number 1
Program Duration: 5-10 minutes.
12 Consecutive Daily Sessions are recommended for most treatments. Rest Period 3 days. Number of Courses per year: As needed.
* Use protective Eyewear for treatments on face or near eyes.
Experience highly effective photo facial treatment in the comfort of your home!
Thousands of cosmetologists and private people around the world use our apparatus for skin rejuvenation. Terraquant uses a Laser with the unique combination of Therapeutic Red Light and Magnetic Field Generation. Terraquant™ therapy firms and rejuvenates the face, minimizing wrinkles. This holistic treatment works with the body’s own natural processes to counteract the effects of aging.
Published by College of Veterinary Medicine, UNIVERSITY of FLORIDA
Laser Therapy Helps Dogs with Disc Disease
Published: October 24th, 2011
Veterinary technician Amy Reynolds performs a laser procedure on a dog with intervertebral disc disease in UF’s Small Animal Hospital
The use of lasers in veterinary medicine is not new, but University of Florida veterinarians are now using the procedure postoperatively with great success in dogs with paralysis caused by intervertebral disc disease.
“Dogs that receive low-level laser treatment after initial surgery are walking a full week earlier than patients that do not receive the treatment,” said Dr. Tom Schubert, a professor of small animal neurology at UF’s College of Veterinary Medicine. “This means less hospital time for the patients, and less stress for patients and their owners.”
Clinicians at UF’s Small Animal Hospital began using the procedure routinely after results from a year-long study showed the laser’s effectiveness in patients with intervertebral disc disease, which is the most common cause of endogenous spinal cord injury. Schubert and Dr. Bill Draper, a small animal neurology resident, presented their study results in June at the American College of Veterinary Internal Medicine’s annual meeting in Denver.
The study is the first ever to compare dogs with intervertebral disc disease treated postoperatively with lasers to dogs not treated with lasers, Schubert said. He called the results “revolutionary.”
Thirty-four dogs were included in the study, with 17 in the treatment group and 17 in the control group. The overwhelming majority of the dogs — 75 percent — were dachshunds, a breed genetically prone to intervertebral disc disease.
All dogs included in the study came to the UF Small Animal Hospital unable to walk, and some had lost the ability to experience the sensation of deep pain in their back legs. In addition, all of the dogs had their diagnoses confirmed through either MRI or CT scanning, and all underwent decompressive surgery after their diagnoses, said Schubert.
After receiving training and becoming certified in the laser’s use, Schubert convinced the laser manufacturer, Thor Photomedicine Ltd., to loan the equipment to the UF Veterinary Hospitals for the study’s duration.
“The company wanted proof that the equipment works, so they were willing to loan it to us,” Schubert said, adding that after the study was completed, UF found funds to purchase the equipment.
“We are currently seeing two to three patients a week with intervertebral disc disease and we are routinely treating all of them with the laser,” Schubert said.
The idea of studying the laser’s effectiveness on patients with this disease came to Schubert after he heard a former colleague give a presentation on the effectiveness of laser treatment on animals receiving physical therapy for various conditions.
“I started wondering if we could use this technique in spinal injury cases,” Schubert said. “In addition, I am always looking for projects for my residents, so Dr. Draper and I did some research and reviewed the literature on the use of lasers to help spinal cord injury. Then Dr. Draper put together a protocol. Now we can see that indeed, the laser therapy does help our patients.”
The laser used in the study was a Class 3b, of the near infrared range.
“In humans, this wavelength has been shown to speed healing of conditions such as muscle pain and superficial wounds,” Shubert said. “In animals, it has been shown to prevent nervous tissue scarring, to promote nerve sprouting and to help heal bruised spinal cords in rats.”
Schubert said light therapy is known to affect certain elements within the body, resulting in beneficial effects similar to how light affects chlorophyll in plants.
“After spinal cord injury, broken down cells affect other cells, so you want to restore normal metabolism as soon as possible,” Schubert said. “One function of laser therapy is that it kind of kick-starts the metabolic chain at the mitochondrial level and thereby restarts the production of the energy the cell uses to maintain all of its mechanisms.”
He said the results of the UF study were “amazing” for several reasons.
“Patients walk sooner, they avoid additional medical complications, their owners save money and the animals are less stressed due to less hospitalization time,” Schubert said. “The results were so profound that we’re doing this procedure now on all dogs that come to us with this condition.”