2015年12月30日星期三
HPLAS and TURP Hook shot fiber for BPH
HPLAS diode laser and TURP Hook shot fiber for BPH
www.gigaalaser.com
VELAS surgery laser for Condylomata
Treatment of these lesions with VELAS 980nm presents the following advantages:
I) quick preocedure
II) no bleeding
III) fast healing
Diode Laser Applications in the ENT field
Diode Laser Applications in the ENT field are:
- Laser Uvula Palatoplasty (LAUP)
- Larynx-/Tumor surgery
- Rhinophym treatment
- Partial Tonsillectomy
- Excision and Vaporisation of benign tumors
- Postoperative Adhesions
- Nose papilloma
- DCR (Dacryocystorhinostomy)
- Otology
- Pediatrics
- Turbinoplasty
Welcome to visit GIGAA at Arab Health 2016
Arab Health 2016 will be held in Dubai International Convention & Exhibition Centre, we are looking forward to meet you during Arab Health 2016, please visit our booth at HALL 8, 8E51.
980nm is a excellent laser scalpel for various surgery
High Power Diode 980 nm
·
Good
haemostasis
·
Precise
surgery
·
Fast
healing
·
Tissues’
thermal diffusion lower than using a 1064 nm laser (ex. YAG)
make 980nm is a excellent scalpel for various surgery
Laser surgery
Vascular treatments
General surgery
Endovascular treatment (EVLT on saphena)
Ent
Neurosurgery
Percutaneous laser disk decompression (PLDD for spine surgery)
Pneumology
Soft tissue surgery
Urology
Bronchoscopy
Cancer treatments
Gastroenterology
Gynecology
Laparoscopy
Proctology
How does a 810nm/980nm/1064nm/1470nm Diode Surgical Laser work in soft tissue surgery?
How does a 980nm Diode Surgical Laser work?
GBOX , operating at a wavelength of 980nm in the near infra-red portion of the spectrum, has unsurpassed absorption in water and hemoglobin. It allows controlled ability to coagulate, cut, char, or ablate/vaporize tissue depending on the power density and the energy level applied by the surgeon. The surgeon can control the extent to which the laser beam is absorbed by surrounding tissue, resulting in an extremely precise tissue incision.
New generation veterinary laser-Dual wavelength 810nm++980nm surgical laser
Benefits of Gbox dual wavelength 810nm+980nm Laser Surgery
Reduced Bleeding:When making an incision, Gbox laser beam cauterizes and seals blood vessels up to 1mm in diameter. The laser energy facilitates hemostasis and provides the surgeon with a virtually bloodless surgical field.Reduced Infection:
Gbox laser energy acts as an antimicrobial/anti-bacterial agent by producing high temperatures. As the laser beam penetrates the incision site, the high surface temperature effectively eliminates existing microorganisms, resulting in a sterile surgical environment.Reduced Pain:
The Gbox laser beam seals nerve endings along with servered nerves as it incises through tissue. This ultimately reduces the amount of pain that an animal feels during and after surgery.Reduced Swelling:
Physical contact between the laser and the surgical region is never established with Gbox laser technology. The 980nm+810nm dual wavelength beam of infrared light penetrates the tissue via the ablation/vaporization of cells and thoroughly seals the lymphatic vessels within the surgical field. Because the crushing, tearing and bruising of tissue associated traditional surgical methods does not occur with laser surgery, there is a decrease in the post-operative inflammation of incisions.
2015年11月30日星期一
High power laser therapy for Podiatry
High power laser therapy for Podiatry
FDA cleared for :
foot and ankle pain, fracture and/or post-operative, tendonitis, neuroma, nerve pain, tarsal tunnel, equinus, joint pain, DJD/RA of any joint, Achilles tendonitis, planter fasciitis, warts, inflammatory conditions and our favorite, Unsightly Toenails
FDA cleared for :
foot and ankle pain, fracture and/or post-operative, tendonitis, neuroma, nerve pain, tarsal tunnel, equinus, joint pain, DJD/RA of any joint, Achilles tendonitis, planter fasciitis, warts, inflammatory conditions and our favorite, Unsightly Toenails
Acne Laser treatment
Acne Laser treatment
1. Active acne
Developments in laser technology now offer a breakthrough in the treatment of active acne. Aesthetic laser systems use a high power laser, such as Diode (980 nm), to penetrate the skin and target the bacteria that produces the inflammation associated with acne. This bacteria releases molecules called porphyrins which when exposed to a certain wavelength of light (the laser beam) increase in number until they destroy the bacteria.
2. Acne scars
Lasers have been used to treat acne scars for several years. In such treatments the Er:YAG (2940 nm) laser is used to remove skin so that new skin can form in its place. Unlike chemical peels and dermabrasion with laser resurfacing the penetration depth into the skin is more easily controlled. The laser gently vaporises the acne-scarred surface of the skin so that undamaged skin below is revealed. Unlike many other techniques laser resurfacing is bloodless, gentle and complete recovery is achieved within days.
Some of the laser systems include both an erbium laser that allows the minimal penetration required for the gentle resurfacing of acne-scarred skin, and a neodymium laser to penetrate deeper in order to destroy the active bacteria in acne (propionobacterium). As a result, present laser systems offer a comprehensive solution to the misery of acne.
1. Active acne
Developments in laser technology now offer a breakthrough in the treatment of active acne. Aesthetic laser systems use a high power laser, such as Diode (980 nm), to penetrate the skin and target the bacteria that produces the inflammation associated with acne. This bacteria releases molecules called porphyrins which when exposed to a certain wavelength of light (the laser beam) increase in number until they destroy the bacteria.
2. Acne scars
Lasers have been used to treat acne scars for several years. In such treatments the Er:YAG (2940 nm) laser is used to remove skin so that new skin can form in its place. Unlike chemical peels and dermabrasion with laser resurfacing the penetration depth into the skin is more easily controlled. The laser gently vaporises the acne-scarred surface of the skin so that undamaged skin below is revealed. Unlike many other techniques laser resurfacing is bloodless, gentle and complete recovery is achieved within days.
Some of the laser systems include both an erbium laser that allows the minimal penetration required for the gentle resurfacing of acne-scarred skin, and a neodymium laser to penetrate deeper in order to destroy the active bacteria in acne (propionobacterium). As a result, present laser systems offer a comprehensive solution to the misery of acne.
1470nm Laser Axillary Hyperhidrosis Treatment
Laser Axillary Hyperhidrosis Treatment is a safe, effective, and minimally invasive solution for hyperhidrosis. Laser treatments are among the least invasive of all surgical techniques, so scarring and patient immobilization are not a concern.
Target Sweat Glands, Without Collateral Damage
For treating hyperhidrosis, 1470nm diode laser light is used to permanently destroy axillary sweat glands by photoselectively heating sweat gland tissue without damaging the surrounding tissue. The procedure is performed under local anesthetic and is finished in less than an hour.
The Treatment of Choice - Simple, Safe, and Effective
A growing number of doctors consider the Diode laser to be the treatment of choice for hyperhidrosis, especially when the simplicity and speed of the procedure (as well as the minimal risk of complications) are taken into consideration. The whole operation takes about one hour, and patients can return to their normal activities within a few hours of treatment, leading to a full recovery within four to seven days.
Target Sweat Glands, Without Collateral Damage
For treating hyperhidrosis, 1470nm diode laser light is used to permanently destroy axillary sweat glands by photoselectively heating sweat gland tissue without damaging the surrounding tissue. The procedure is performed under local anesthetic and is finished in less than an hour.
The Treatment of Choice - Simple, Safe, and Effective
A growing number of doctors consider the Diode laser to be the treatment of choice for hyperhidrosis, especially when the simplicity and speed of the procedure (as well as the minimal risk of complications) are taken into consideration. The whole operation takes about one hour, and patients can return to their normal activities within a few hours of treatment, leading to a full recovery within four to seven days.
BENEFITS Of Deep Tissue Laser Therapy
BENEFITS Of Deep Tissue Laser Therapy
BENEFITS Of Deep Tissue Laser Therapy
Deep Tissue Laser Therapy accelerates your body’s own natural healing process through photo-bio-stimulation. Laser therapy provides concrete benefits to your patients and your practice. Laser therapy is effective in treating chronic conditions, acute conditions and post surgical pain.
Clinical Benefits
→ Effective for difficult conditions
→ Alternative to surgery
→ Fast treatment times
→ Easy non-invasive treatment
→ Scientifically proven treatment
Deep Tissue Laser Therapy accelerates your body’s own natural healing process through photo-bio-stimulation. Laser therapy provides concrete benefits to your patients and your practice. Laser therapy is effective in treating chronic conditions, acute conditions and post surgical pain.
Clinical Benefits
→ Effective for difficult conditions
→ Alternative to surgery
→ Fast treatment times
→ Easy non-invasive treatment
→ Scientifically proven treatment
Analgesia – How does Laser Therapy reduce pain?
Analgesia – How does Laser Therapy reduce pain?
Summary of Light Induced, Analgesic Responses
Increase in beta endorphins
Increased nitric oxide production
Decreased bradykinin levels
Ion channel normalization
Blocked depolarization of C-fiber afferent nerves
Increased nerve cell action potentials
Increased release of acetylcholine
Axonal sprouting and nerve cell regeneration
Summary of Light Induced, Analgesic Responses
Increase in beta endorphins
Increased nitric oxide production
Decreased bradykinin levels
Ion channel normalization
Blocked depolarization of C-fiber afferent nerves
Increased nerve cell action potentials
Increased release of acetylcholine
Axonal sprouting and nerve cell regeneration
Importance of putting Safety Goggle for laser treatment
Laser beam focused by the lens on the retina or fovea
An incident laser beam striking directly inline with the lens is very
dangerous. The beam is magnified over 100,000 times by the lens of
the eye. The more divergence of the beam the less light strikes the eye.
The more the mean is focused or collimated the greater the fluence of
the beam and potential for injury.
Safety Goggles
Not all Safety Goggles are the same. The protective eyewear that came with your laser is manufactured
specifically for the wavelengths emitted by the laser. Do not use protective eyewear from other
manufacturers as they may not provide the appropriate level of protection
Laser Acupuncture (Needleless Acupuncture)
Laser Acupuncture (Needleless Acupuncture)
Laser Acupuncture relies upon similar dosage principles as needling, and knowledge of acupuncture theory
and practice is required. There are two approaches; first the Precise Approach; and second the General Approach.
1. The Precise Approach uses the laser with great finesse to effect stimulation of the precise acupuncture
points. Some believe that lower dosages will “tonify” the acupuncture points, while higher dosages will
“sedate” the acupuncture points.
2. The General Approach uses the laser to stimulate the acupuncture points and the surrounding area of
the acupuncture point.
Active acupuncture points are typically painful upon palpation. The application of laser therapy has proven
to be effective at “releasing” the acupuncture point, and reducing pain
Laser Acupuncture relies upon similar dosage principles as needling, and knowledge of acupuncture theory
and practice is required. There are two approaches; first the Precise Approach; and second the General Approach.
1. The Precise Approach uses the laser with great finesse to effect stimulation of the precise acupuncture
points. Some believe that lower dosages will “tonify” the acupuncture points, while higher dosages will
“sedate” the acupuncture points.
2. The General Approach uses the laser to stimulate the acupuncture points and the surrounding area of
the acupuncture point.
Active acupuncture points are typically painful upon palpation. The application of laser therapy has proven
to be effective at “releasing” the acupuncture point, and reducing pain
15W high power medical laser enables high usability and cost performance
15W high power medical laser enables high usability and cost performance.
GBOX15A/B is a compact and light diode laser system. It has max 15W laser power with rich options, which widens medical care fields. User friendly and high visibility touch panel supports accurate and sure operations, and easy-to-use design does not intimidate patients.Compactness and portability without limitation of battery does not limit medical operation space and enables speedy medical operations.
2015年10月30日星期五
Diode Laser for BPH Comparison with Holmium:YAG laser, ND:Yag, KTP lasers
Diode Laser for BPH
Comparison with Holmium:YAG laser, ND:Yag, KTP lasers
Diode laser system has a wavelength of 980 nm. It offers a high simultaneous absorption in water and hemoglobin and is postulated to combine high tissue ablative properties with good hemostasis. The high gain of the diode laser allows the more efficient use of the photons that are generated; hence, the available diode laser units are small and portable (26kg) and special connections are not required (230V)
"An initial study of ten patients who underwent diode laser vaporization of the prostate showed encouraging results at 1 year follow-up. A Spanish study reported enucleation of prostate by diode laser in 17 patients. The mean prostate volume was 61.26cc. The mean loss of hemoglobin was only 2.1 g/dl. There were no major consequences or complications. Patients needed a short catheter placement and had good immediate post-operative improvement".
940nm for facial telangiectasias
Facial telangiectasias have been successfully treated with a variety of laser wavelengths. Shorter wavelengths (532 nm) are preferable in the treating of very small vessels on the face; longer wavelengths 940nm are more effective in the treating of larger and deeper vessels. In medical study, we identified that the 940 nm has the benefits of a longer wavelength in targeting larger caliber and deeper vessels with a safety profile superior to that of shorter wavelength.
Lasers with long wavelengths of light, within the visible spectrum, penetrate more deeply into the skin, making them more suitable for deeper vessels. The 940 nm diode laser was found to have greater efficacy for deeper blood vessels based upon its superior penetration of the dermis with a longer wavelength.
Diode Laser Enucleation of Prostate with HPLAS 980nm urology laser
Diode Laser Enucleation of Prostate with HPLAS 980nm urology laser
Diode laser enucleation is a reproducible technique for surgeons with prior experience in holmium laser enucleation and it improves haemostatic efficacy in comparison with the holmium laser, despite losing cutting power, although at the same time it allows correct vision of the prostatic capsule throughout the procedure. The functional results with this technology will be optimum and will not be influenced by the enucleating power of the laser, but by the quality and visibility of the enucleation itself.
2015年10月27日星期二
Training Course: Laser Cosmetic Surgery In Gynecology
GINECOESTHETIC Laser Medical Solutions C.C. "Villas Españolas" B19, Paseo General Escalón, San Salvador. El Salvador, Centro América.
- Tel.: +503 22631892 / +503 7989 5818
- Email: gineco.esthetic@gmail.com
www.ginecoesthetic.com
Please visit Gigaalaser at MEDICA
Please visit Gigaalaser at Booth number Hall 16 / E10-12, we share the booth with our US partner
Aspen Laser Systems, LLC
Address: Dominion Towers, 600 17th St #2800, Denver, CO 80202
Email: info@aspenlasers.com
Website: www.AspenLasers.com
Aspen Laser Systems, LLC
Address: Dominion Towers, 600 17th St #2800, Denver, CO 80202
Email: info@aspenlasers.com
Website: www.AspenLasers.com
2015年10月25日星期日
810nm laser for dental application.
810nm laser for dental application.
The term laser stands for "Light Amplification by Stimulated Emission of Radiation", which means a device that produces and amplifies light. The wavelength of the light produced will determine what types of tissues can be modified by the light’s energy. Light waves that emanate from within the visible and near-infrared portions of the electromagnetic spectrum will be readily absorbed into body pigments like melanin in the skin, and heme found within hemoglobin in blood. They will have virtually no affinity for water and thus, it won’t be absorbed a
t the surface as it enters soft tissues. Wave lengths located within the mid to far infrared range are attracted to water and the hydroxyapatite crystals that are found within bone and teeth. Thus, these wave lengths are primarily used in hard tissue lasers. With a frequency of 810 nanometers, the CHEESE Dental Diode Laser’s wave length falls into the lower end of the near-infrared spectrum, making it very suitable for soft-tissue applications.
What procedures can be used with the CHEESE Dental laser?
What procedures can be used with the CHEESE Dental laser?
The CHEESE Dental Laser is a new tool that will improve your ability to perform existing procedures faster and more efficiently and will also allow you to expand the services currently offered in your office. As each clinical situation is unique, the appropriate power setting is primarily determined by the type of procedure to be performed. For example, a more fibrotic tissue requires higher power; or the selected mode of operation, continuous or pulse can be used for pain relief or teeth whitening. The speed of cutting desired by the operator will also determine the power intensity selected, it is always best to use the lowest power setting that will effectively modify the tissue while avoiding tissue charring.
Most commonly performed procedures performed with the CHEESE Diode Laser:
Gingivectomy, Gingivoplasty
Soft Tissue Crown Lengthening
Troughing for impressions or cementation
Creating emergence profile for Ovate Pontics
Recontouring of interproximal tissue
Implant exposure
Treating of Aphtous Ulcers, Herpetic Lesions
Biopsy and Fibroma Removal
Abscess Care - Incision and Drainage
Hemostasis
Frenum Release
Exposure of slow erupting teeth
Sealing lymphatics in surgical area
Soft Tissue curettage for periodontal treatment
Treating Gingival Hyperplasia
Operculectomy
Joint and Muscle Pain
Increased Circulation
Soft Tissue Pain
Teeth Whitening
www.gigaalaser.com lucien@gigaalaser.com Lucien Sales manager
The CHEESE Dental Laser is a new tool that will improve your ability to perform existing procedures faster and more efficiently and will also allow you to expand the services currently offered in your office. As each clinical situation is unique, the appropriate power setting is primarily determined by the type of procedure to be performed. For example, a more fibrotic tissue requires higher power; or the selected mode of operation, continuous or pulse can be used for pain relief or teeth whitening. The speed of cutting desired by the operator will also determine the power intensity selected, it is always best to use the lowest power setting that will effectively modify the tissue while avoiding tissue charring.
www.gigaalaser.com lucien@gigaalaser.com Lucien Sales manager
What are the advantages of having a diode laser?
What are the advantages of having a diode laser?
Today's bonding techniques require total control over the operative site. A diode laser ensures the ability to achieve that. No other instrument available to the dentist has had the capability of such precise tissue sculpting. The diode laser is the least traumatic of all competing and conventional instruments. CHEESE Diode Lasers are affordable and small enough for every practice, simple to operate and easily learned and incorporated into your practice. The CHEESE Laser has a pain therapy and whitening handpiece to expand the procedures offered to patients.
http://www.gigaalaser.com/products/cheese2.php
2015年9月30日星期三
810nm vs 980nm comparison for Dental Laser treatment
810nm vs 980nm Dental Diode Laser
What’s the difference between 810nm and 980nm wavelengths?
Many clients ask me this question.
When using an 810 nm wavelength you have a higher absorption rate to hemoglobin and melanin in the skin whereas the 980 nm wavelength you have more absorption to water first. As a result, the 980nm is better for ablation and 810nm is better for coagulation.
But It is hard to tell the difference between the wavelengths clinically, as the absorption differences are very minor.
What’s the difference between 810nm and 980nm wavelengths?
Many clients ask me this question.
When using an 810 nm wavelength you have a higher absorption rate to hemoglobin and melanin in the skin whereas the 980 nm wavelength you have more absorption to water first. As a result, the 980nm is better for ablation and 810nm is better for coagulation.
But It is hard to tell the difference between the wavelengths clinically, as the absorption differences are very minor.
980nm surgical laser for hemorrhoids
980nm surgical laser for hemorrhoids
Diode laser 980nm is suggested for hemorrhoids treatment, as the 980nm wavelength is equally absorbed by water and hemoglobin, so it can conduct the surgery with pinpoint accuracy and enjoy a very good haemostasis. Compare to other treatment option, the diode laser surgery has less pain and bleeding, allow quick healing of piles, and minimal recurrence.
Operation procedure with VELAS laser,
www.gigaalaser.com
lucien@gigaalaser.com
Lucien
Sales manager
2015年9月25日星期五
Optimal results in endovenous treatment
Optimal results in endovenous treatment
VELAS 1470nm laser is indicated for the treatment of internal and external saphenous and collateral veins, on an outpatient basis. The procedure is performed under local anesthesia and consists of introducing a very thin flexible laser fiber through a very small incision (2 -3 mm into the damaged vein. Fiber is guided under ecodoppler, until it reaches the optimum position for treatment.
Once the fiber is located, the VELAS laser is activated, delivering energy pulses of 4 -5 seconds, while the fiber begins to slowly pull out. Applied laser energy makes the treated varicose vein to retract, occluding it at each energy pulse.
lucien@gigaalaser.com
VELAS 1470nm laser is indicated for the treatment of internal and external saphenous and collateral veins, on an outpatient basis. The procedure is performed under local anesthesia and consists of introducing a very thin flexible laser fiber through a very small incision (2 -3 mm into the damaged vein. Fiber is guided under ecodoppler, until it reaches the optimum position for treatment.
Once the fiber is located, the VELAS laser is activated, delivering energy pulses of 4 -5 seconds, while the fiber begins to slowly pull out. Applied laser energy makes the treated varicose vein to retract, occluding it at each energy pulse.
lucien@gigaalaser.com
2015年9月22日星期二
Onychomycosis and plantar warts Laser Treatment
Plantar warts are painful lesions caused by the human papilloma virus. They look like corns with black dots in the center and appear in the soles of feet, varying in size and number. When plantar warts grow at the points of support of feet they are usually coated with a layer of hard skin, forming a compact plate sunk into the skin because of pressure.
VELAS30F 30w laser is a fast comfortable to get rid of plantar warts. The procedure is performed by applying the laser over the entire surface of the wart once the infected area has been removed. Depending on the case, you may need from one to various sessions of treatment.
lucien@gigaalaser.com
VELAS 630nm/670nm Intralesional photodynamic therapy laser
VELAS 630nm/670nm
Intralesional photodynamic therapy laser
Intralesional photodynamic therapy laser
The photodynamic therapy with VELAS PDT 630nm laser from GIGAA is a minimally invasive treatment using a photosensitizing drug, which is activated by the laser light at a specific wavelength. This causes reactions by producing high energy oxygen molecules. The combination of specific laser, photosensitizer and oxygen results in the necrosis of the tumor cells.
Lucien@gigaalaser.com
Vaginal tightening and rejuvenation Laser
Vaginal tightening and rejuvenation
The stretching of the vaginal canal during the delivery process, as well as natural ageing may cause an excessive widening of the inside of the vagina. VELAS Pro provides a unique solutions to the vaginal relaxation syndrome, stimulating the vaginal mucosa via laser helping the vagina to recover its optimal structure.
http://gigaalaser.com/products/velas_pro.php
lucien@gigaalaser.com
www.gigaalaser.com
The stretching of the vaginal canal during the delivery process, as well as natural ageing may cause an excessive widening of the inside of the vagina. VELAS Pro provides a unique solutions to the vaginal relaxation syndrome, stimulating the vaginal mucosa via laser helping the vagina to recover its optimal structure.
http://gigaalaser.com/products/velas_pro.php
lucien@gigaalaser.com
www.gigaalaser.com
Welcome visit GIGAA laser at MEDICA
Welcome to visit Gigaa Medical Laser at MEDICA 2015. MEDICA 2015|16-19 NOV, 2015 will be held in Dusseldorf, Germany, please visit GIGAALASER at one is Hall 16 16E10-12.
2015年8月30日星期日
CHEESEII laser to improve dentists' treatment capabilities
CHEESEII dental laser to improve dentists' treatment capabilities
Lasers are an important part of many successful dental practices.
Such as TMD, periodontal disease, trigeminal neuralgia, hypersensitivity, and other dental applications, because the high precision and good hemostasis, the patient will have better experience and fast recovery
Class IV laser for Physical Medicine
Advanced laser therapy in pain management pushes the boundaries of biology, physics and technology in healing. From inception, GIGAA Laser has focused on the convergence and integration of laser technologies for the treatment of neurogenic, inflammatory and somatic pain including OA, RA, fibromyalgia, RSD and post-op pain & inflammation.
Class IV Therapy laser for chiropractic care
GIGAA Laser has focused on the convergence and integration of laser technologies for chronic spinal pain, neuropathies, sports injuries, sprains/strains, and other chiropractic applications. Our product offerings are complemented with the Laser Certified Practitioner training program, a university-certified training program. We also offer seminars on a variety of topics specific to chiropractic care
Regenerative Therapy Laser for Podiatry Clinics
The Benefits of Laser in your Practice
- Proven clinical results for countless health conditions
- Add and maximize revenue streams with Therapy AND Surgical capabilities
- We'll help you build a Laser Regenerative Podiatry Practice
Introduce Laser Therapy Care into your Chiropractic practice
FDA Cleared Class IV lasers are proven in thousands of clinical studies to improve a patient's health. Laser Therapy isn't a new idea anymore, it's now possible to easily introduce Laser Therapy Care into your Chiropractic practice, achieve improved clinical results for your patients, enhance your practice's reputation, and significantly increase your patient-referrals and bottom-line
2015年8月29日星期六
Class IV Veterinary Laser Therapy for Pets
Veterinary Laser Therapy
Veterinary Laser Therapy for Pets offers a non-invasive, drug-free, alternative to medications such as Rimadyl, Metacam, and Deramaxx. This treatment can also be used to promote healing for a multitude of situations including post-surgical sites, open wounds, lick granulomas, and other chronic inflammatory conditions.
Class IV Laser Therapy for Pets
- FDA approved in 2005
- Laser therapy is the process of using light energy (photons) to create a photo-chemical reaction on the body, which accelerates cellular reproduction and growth.
- The Class VI therapy laser uses a coherent divergent beam of light that penetrates deeply into tissue without damaging it, which allows us to adequate amounts of light deep into the tissue to reduce pain and inflammation, and accelerate healing.
Veterinary Uses
- Sprains & strains
- Arthritis
- Pain relief
- Degenerative joint disease
- Inflammatory bowel disease
- Geriatric care
- Wound care
- Allergies
- Infections
- Cuts / Bites
- Tooth extraction pain relief
- Periodontal disease
- Lick granulomas
- Hip Dysplasia
- Feline acne
- Tendinitis
2015年7月31日星期五
GBOX Dental Laser System with PPR technology
The Gbox with repetition rate up to 20Khz makes the pulse-pause-ratio (PPR technology) available. PPR technology is a treatment for soft tissue cutting and coagulation in high repetition rate which makes less or no carbonization, as a result the patients will feel less pain and get quick recovery.
GBOX Veterinary Laser System
The GBOX/VELAS Diode 980 System is a minimally invasive surgical laser used to ac-commodate a number of surgical applications in both small animal and equine medicine. Because it is minimally invasive, it reduces or eliminates the need for anesthesia, reduces pain, reduces chance of infection, all leading to a shorter recovery time for the patient. It seals vessels while cutting or ablating so blood loss is minimal, which is especially important during internal procedures.
http://www.gigaalaser.com/velas/
2015年7月30日星期四
PLDD disc decompression laser
Percutaneous laser disc decompression (PLDD) is a type of surgery in which a laser probe is inserted into the intervertebral disc space and laser energy applied for achieving decompression and neuromodulation thereby relieving the pain. PLDD is a minimally invasive procedure that falls into the category of percutaneous intervertebral surgeries with the aim to significantly reduce the patient's pain and recover neurological deficit. It is performed under local anesthesia. By a specially designed laser, with a coefficient of absorbing energy adjusted for soft discus tissue, specific amount of heat is sent to achieve the evaporation of the water from the disc without additional thermal damage thus achieving decompression and creation of a stable intradiscal scar that will prevent herniation from reoccurring.
Onychomychosis (nail fungus) Therapy laser
Onychomychosis is a fungal infection of the nail and its prevalence is about 6% in the adult population. The causative pathogens of onychomycosis include dermatophytes like Trichophyton (rubrum, interdigitale, Epidermophyton floccosum), but also molds and yeasts like Candida.
Complete treatment of onychomycosis is challenging because the infection is embedded within the nail and is difficult to reach; full removal of symptoms is slow and may take a year or more.
Most treatments are either systemic or topical antifungal medications.
These antifungal treatments achieve modest clinical results and, in addition, can cause common side effects like headache, skin and gastrointestinal disordes.
A novel non–invasive approach includes the irradiation of a laser beam, whose wavelength is absorbed by microbial pathogens on a specific area. The absorbed energy is converted into heat and the consequent temperature increase deactivates the pathogenic micro-organism without damaging the surrounding tissues.
The specific wavelength of 1064nm deactivates the parasitic organism; moreover, the pulse width of the laser beam, in the order of ms, is lower than the skin relaxation time (of the order of 10 ms) and this allows the thermal confinement of the absorbed energy and the consequent painless treatment.
The GBOX 1064nm laser is supplied with an optical fiber, handpiece and safety goggles in a suitcase for the easy transportation of the device.
Complete treatment of onychomycosis is challenging because the infection is embedded within the nail and is difficult to reach; full removal of symptoms is slow and may take a year or more.
Most treatments are either systemic or topical antifungal medications.
These antifungal treatments achieve modest clinical results and, in addition, can cause common side effects like headache, skin and gastrointestinal disordes.
A novel non–invasive approach includes the irradiation of a laser beam, whose wavelength is absorbed by microbial pathogens on a specific area. The absorbed energy is converted into heat and the consequent temperature increase deactivates the pathogenic micro-organism without damaging the surrounding tissues.
The specific wavelength of 1064nm deactivates the parasitic organism; moreover, the pulse width of the laser beam, in the order of ms, is lower than the skin relaxation time (of the order of 10 ms) and this allows the thermal confinement of the absorbed energy and the consequent painless treatment.
The GBOX 1064nm laser is supplied with an optical fiber, handpiece and safety goggles in a suitcase for the easy transportation of the device.
ADVANTAGES:
FOR PATIENTS
Quick and safe
No pain
No contraindications
No side effects
No local anesthesia is required Does not harm the nail or skin
Shoes and nail polish can be worn immediately after treatment
Near-IR radiation therapy is safer than teratogenic UV therapy
No toxic smokes typical of pulsed lasers, is generated by photoablation
No photosensitizing agents are required
Quick and safe
No pain
No contraindications
No side effects
No local anesthesia is required Does not harm the nail or skin
Shoes and nail polish can be worn immediately after treatment
Near-IR radiation therapy is safer than teratogenic UV therapy
No toxic smokes typical of pulsed lasers, is generated by photoablation
No photosensitizing agents are required
FOR PODIATRISTS
Laser is maintenance-free
No consumables
Laser is maintenance-free
No consumables
VELAS 1470nm Laser Lipolysis
Laser lipolysis is the least invasive method of treatment for fat reduction.
VELAS 1470 emits at a wavelength highly absorbed by fat compared with other wavelength. Laser light energy is absorbed causing the swelling and rupture of adipocytes. When the fat is melted, it can either be absorbed by the body or removed by the physician with liposuction. While melting the fatty tissue the VELAS 1470 also tightens the surrounding skin, preventing it from sagging after the
fatty deposits have been removed. The heating effect of the laser induces new collagen and elastin formation within the skin. Shrinking is more pronounced and skin is much smoother than after classical liposuction.
Laser lipolysis is less invasive than classical liposuction because only a 1-2mm incision is required to insert the cannula with the optical fiber and there is no need for general anesthesia.
The fatty tissue removal process requires less external force and exertion compared to the standard liposuction.
Thermally induced coagulation minimizes bleeding and trauma, as well as posttreatment bruising and swelling. Patients can expect shorter recovery times and a reduced need for compressive garments, while they can get back to their daily activities immediately after the procedure.
GIGAA LASER offers a unique handpiece with small outer diameter cannulas and an integrated aspiration channel.
VELAS 1470 emits at a wavelength highly absorbed by fat compared with other wavelength. Laser light energy is absorbed causing the swelling and rupture of adipocytes. When the fat is melted, it can either be absorbed by the body or removed by the physician with liposuction. While melting the fatty tissue the VELAS 1470 also tightens the surrounding skin, preventing it from sagging after the
fatty deposits have been removed. The heating effect of the laser induces new collagen and elastin formation within the skin. Shrinking is more pronounced and skin is much smoother than after classical liposuction.
Laser lipolysis is less invasive than classical liposuction because only a 1-2mm incision is required to insert the cannula with the optical fiber and there is no need for general anesthesia.
The fatty tissue removal process requires less external force and exertion compared to the standard liposuction.
Thermally induced coagulation minimizes bleeding and trauma, as well as posttreatment bruising and swelling. Patients can expect shorter recovery times and a reduced need for compressive garments, while they can get back to their daily activities immediately after the procedure.
GIGAA LASER offers a unique handpiece with small outer diameter cannulas and an integrated aspiration channel.
ADVANTAGES:
FOR PATIENTS
Safe, fast, effective
Minimal discomfort during the procedure
Simultaneous skintightening
Avoid loose skin
No stitches required
No general anesthesia required
Faster recovery
Safe, fast, effective
Minimal discomfort during the procedure
Simultaneous skintightening
Avoid loose skin
No stitches required
No general anesthesia required
Faster recovery
FOR DOCTORS
GETTING STARTED
Training with laser specialist
Live demonstration
GETTING STARTED
Training with laser specialist
Live demonstration
Laser application for Ophtalmology: Laser DCR surgery
Ophtalmology: DCR
DCR is a surgery performed to create a new tear drain between the eye and nose when the current tear drain becomes blocked or obstructed.
The nasolacrimal duct obstruction is suffered by 2-4% of population over 40 years old and 30-40% of individuals over 90 years old.
The traditional treatment method is to surgically reopen the lacrimal duct externally.
However, this is a lengthy, difficult procedure associated with a high potential for side effects such as strong, post-operative bleeding and
scar formation.
GIGAA LASER can supply a procedure kit for DCR that makes the reopening of the lacrimal duct a safer, minimally invasive procedure.
The cannula is introduced once in order to perform the treatment pain-free and bloodlessly.
Then, the required drainage is set in place using the same cannula.
The procedure can be done under local anesthesia and leaves no scars.
ADVANTAGES:
FOR PATIENTS
Atraumatic procedure Limited complications and side effects Local anesthesia
No post-operative bleeding or oedema
No infections
No scars
No hospitalization, it is an outpatient surgery center procedure
Enables a return to usual activities the following day
FOR DOCTORS
Minimally invasive procedure
Time savings
Very short learning curve
DCR is a surgery performed to create a new tear drain between the eye and nose when the current tear drain becomes blocked or obstructed.
The nasolacrimal duct obstruction is suffered by 2-4% of population over 40 years old and 30-40% of individuals over 90 years old.
The traditional treatment method is to surgically reopen the lacrimal duct externally.
However, this is a lengthy, difficult procedure associated with a high potential for side effects such as strong, post-operative bleeding and
scar formation.
GIGAA LASER can supply a procedure kit for DCR that makes the reopening of the lacrimal duct a safer, minimally invasive procedure.
The cannula is introduced once in order to perform the treatment pain-free and bloodlessly.
Then, the required drainage is set in place using the same cannula.
The procedure can be done under local anesthesia and leaves no scars.
ADVANTAGES:
FOR PATIENTS
Atraumatic procedure Limited complications and side effects Local anesthesia
No post-operative bleeding or oedema
No infections
No scars
No hospitalization, it is an outpatient surgery center procedure
Enables a return to usual activities the following day
FOR DOCTORS
Minimally invasive procedure
Time savings
Very short learning curve
2015年6月29日星期一
VELAS Laser LVT (Laser virginal rejuvenation)
The LVR (Laser virginal rejuvenation) treatment is a new laser therapy technology for non-invasive photothermal tightening of the vaginal canal. Our VELAS Pro 980nm laser with special LVR hand piece thermally affects the vaginal tissue and stimulates collagen remodeling in the vaginal mucosa and collagen-rich endopelvic fascia.It is an efficient and safe procedure.
2015年6月28日星期日
2015年6月26日星期五
Wavelength of hair removal wavelength
Wavelength of hair removal wavelength
LASER HAIR REMOVAL is the process of removing unwanted hair by means of exposure to pulses of laser light that destroy the hair follicle.
The Diode laser system deliver a longer wavelength than the Ruby (694 nm wavelength) and the Alexandrite (755nm wavelength) lasers, but a shorter wavelength than the Nd: Yag (1064 nm wavelength) laser. This longer wavelength enables the light to penetrate deeper and is
theoretically safer than shorter wavelength lasers because it can better avoid the melanin pigment in the skin's epidermis. The Diode laser's longer wavelength of light thereby penetrates into the hair follicle without causing as much epidermal injury as the Ruby or the Alexandrite. This fact allows the Diode laser to be used on darker skin colors
than the Ruby or Alexandrite.
The Diode laser system deliver a longer wavelength than the Ruby (694 nm wavelength) and the Alexandrite (755nm wavelength) lasers, but a shorter wavelength than the Nd: Yag (1064 nm wavelength) laser. This longer wavelength enables the light to penetrate deeper and is
theoretically safer than shorter wavelength lasers because it can better avoid the melanin pigment in the skin's epidermis. The Diode laser's longer wavelength of light thereby penetrates into the hair follicle without causing as much epidermal injury as the Ruby or the Alexandrite. This fact allows the Diode laser to be used on darker skin colors
than the Ruby or Alexandrite.
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