Medical Lasers
Medical Lasers: The Diverse Medical Applications Of Advanced Laser Systems
The cutting-edge technology featured in medical lasers continues to develop rapidly, and this advancement shows no signs of slowing down any time soon. This is especially true of Fotona systems, as Fotona has asserted themselves as the finest manufacturer of aesthetic and medical lasers. For hospitals, health clinics, and similar institutions, high-tech laser systems offer untold upsides and a chance to diversify treatment options, hence improving the overall quality of the procedures and care.
At MLT, we are perfectly positioned to help our clients efficiently transition to this game-changing technology – since we are the only distributor of Fotona Systems in Southern Africa, it may be challenging to locate the ideal medical laser elsewhere. In this quick read, we will cover a few questions about medical lasers and their varied capabilities, highlighting a few recommended systems as we go. If you are eager to elevate your practice and vastly improve the effectiveness of your procedures, we encourage you to read along with us.
What Types Of Lasers Are Used In Surgery?
The most common surgical lasers include Nd:YAG (yttrium aluminium garnet or neodymium), CO2, Argon, Diode, and Er:YAG. However, there are many other systems and wavelengths that are exceedingly useful in both minor and major surgical operations. These days, laser energy systems are used across the board in the treatment and diagnosis of lithotripsy, dermatology, beauty procedures, ophthalmology, and even some types of cancer. The applications are practically limitless, and each new development opens the doors to additional medical applications.
What Is The Most Common Laser Surgery?
Seeing as ophthalmology has been at the forefront of laser-based medical treatment for around 50 years, it makes sense that LASIK eye surgery is perhaps the best-known and most common procedure. This minor surgery makes use of a specific, predetermined wavelength, pulse pattern, spot size, repetition rate, and energy to precisely target the cataracts and correct vision. When it comes to cosmetic or aesthetic treatments, the most popular procedure is likely laser hair removal, which uses concentrated light to target hair follicles and destroy them at the root.
Medical Lasers: How Are Surgical Lasers Used?
Laser systems are highly regarded because of their minimally invasive nature, and in a surgical capacity, they are usually implemented to create bloodless cuts in tissue or address an aesthetic lesion like skin tumours. Lasers possess an unparalleled ability to clot, cut, and vaporise tissue, which is what makes them so incredibly versatile when it comes to medical treatment. Beyond this, they can be hugely beneficial in dentistry and gynaecology, as different wavelengths produce unique results that can be applied to many medical fields.
What is Another Name For Laser Surgery?
From an ophthalmological standpoint, laser eye surgery is also referred to as laser-assisted in situ keratomileusis (LASIK). However, in a more general sense, the terms “laser therapy,” “laser procedure,” and “laser treatment” are all suitable alternatives.
Laser Surgery For Skin: Laser Systems In Aesthetics
High-tech Fotona devices have a wide range of aesthetic applications; medical lasers and laser technology can be used to address nearly any problem you can think of. Let’s explore a few cosmetic concerns that can be addressed using laser-based procedures:
Skin Resurfacing: Nowadays, this has become one of the most popular treatment options at aesthetic clinics. Skin resurfacing usually involves the use of a fractional laser light, and the goal is to improve skin texture, reduce the appearance of wrinkles, and effectively treat scar tissue by safely burning away layers of damaged skin.
Laser Lipolysis: This is a medical laser procedure used to target fat cells in the body as well as tighten skin in specific areas. Amongst the many laser applications, this technique is popular amongst those who value body sculpting, helping to break down fat and firm skin in specific areas of the body.
Hair Removal: As we touched on earlier, hair removal treatments are some of the most sought-after in the cosmetics industry, and one need only examine the consistently excellent results to find out why. In a laser hair removal session, the technician will use the laser to target hair follicles; the heat energy it creates will destroy the follicles at the root, which often results in a semi-permanent to permanent reduction in unwanted hair growth.
Tattoo Removal: By breaking down the ink particles beneath the skin using a high-powered Q-switched laser, the appearance of tattoos can be reduced permanently and completely (depending on the intensity of the tattoo and the colour of the ink). Once these pigments have been broken down, they are then naturally absorbed by the body and eliminated. The Fotona StarWalker MAQX is an excellent example of a Q-switched laser system that doubles as a tattoo removal device.
Vascular Procedures: Many Fotona systems have an unmatched ability to address vascular concerns like rosacea and spider veins by precisely targeting and collapsing the affected blood vessels. These treatments are non-invasive and remarkably effective, leaving the surrounding tissue unaffected by the wavelengths of the laser.
These are just a few of the many possible procedures; a few more include TightSculpting, Fotona 4D, NightLase, Onychomycosis, LineLase, and MaQX Clear. For aesthetic clinics, the benefits of investing in high-tech medical lasers should not be understated. These devices can completely revolutionise your treatment options and help you stand out in the industry.
Lasers In Medicine And Surgery: Elevated Dentistry Practices
When it comes to performing efficient dental surgeries and procedures, ensuring pinpoint radiation precision and patient comfort is essential. The integration of medical lasers into dental practices has been a game changer in this regard, and these advanced systems are being incorporated into more operations and treatments than ever before. Let’s investigate a few procedures that can benefit from the use of medical lasers and other laser systems:
Addressing Cavities: Lasers can be used to remove decayed tissue from problem areas in the mouth, which better prepares the teeth for fillings and other procedures. Not only can this be performed more accurately with laser systems, but the treatment also tends to be less uncomfortable than other, more traditional methods.
Soft-Tissue Surgeries: These soft tissue procedures include frenectomy, gum contouring, and the treatment of periodontal disease, which involves the removal of infected tissue. Medical lasers are ideal for these types of treatments, as the laser’s heat actively cauterises the skin – reducing discomfort and encouraging rapid healing.
Oral Surgeries And Treatments: When performing biopsies or addressing oral lesions and tumours, laser systems excel – producing enhanced results and minimising patient discomfort.
In recent years, you would be hard-pressed to find a dental practice that does not utilise medical lasers, as their efficiency is undeniable. They can also be used to treat other dental concerns like root canal therapy, desensitisation, teeth whitening, hard-tissue surgeries, and assistance with pain management. To summarise, should you opt to purchase a Fotona dental laser system, your patients will enjoy a reduction in bleeding and swelling, as well as shortened recovery times, which is crucial in our fast-paced society.
Fotona LightWalker line
If you are striving for perfection, the Fotona LightWalker medical laser is about as close as one could get. As they always do, Fotona went above and beyond when designing and manufacturing this dental system, adding the innovative Quantum Square Pulse (QSP) mode, which is a major technological development in dentistry. This ingenious addition enhances the laser’s interaction with dental tissues, resulting in next-level patient comfort, speedy procedures, and clinical results.
The Fotona LightWalker medical lasers were painstakingly designed for ultimate versatility, excelling across multiple dental applications, including implantology, endodontics, and soft-tissue surgery. In fact, the LightWalker boasts the most comprehensive list of clinical applications of any dental-focussed laser on the market, so if flexibility and effectiveness are high on your list of priorities, this system is the perfect choice. The LightWalker line comes in two models, namely:
LightWalker AT/AT S: This is the more advanced of the two laser light options and also the highest performing. It features high-powered Nd:YAG and Er:YAG lasers, an impressive OPTOflex articulated arm for ultimate precision, and an incredible 20 W of power that comes from the QSP technology we mentioned earlier.
LightWalker ST-E: This single-wavelength system includes an Er:YAG laser, and is intended for practices that already have a soft-tissue-focused laser. While this system still boasts an impressive list of features, it is less versatile than its aforementioned counterpart.
Medical Lasers: Final Thoughts
With that, we come to the end of our brief guide. If you have been on the lookout for cutting-edge medical laser systems, there truly is no better option than MLT. Our team has been working with these very systems for many years, and our understanding of their abilities and functioning is second to none. So, if you have not already, we highly encourage you to look through our selection of 30 high-tech offerings. Whether you are involved in cosmetics or aesthetics, dentistry, or gynaecology, Fotona systems could be the natural next step in your practice’s evolution.
If you have any further questions, send us an email at info@medicallasers.co.za, and one of our friendly team members will get back to you in no time!