Living with pain is hard, frustrating and taxing. Whether you’ve sustained a recent injury, have a long-standing injury that won’t heal properly, are living with chronic pain or suffer from painful diabetic neuropathy, the MLS laser may be able to help.
The MLS laser is a proven, painless and safe way to treat a range of pains while reducing inflammation, promoting wound healing and supporting soft tissue repair. Described as a “breakthrough medical device”, the MLS laser has enabled our podiatrists to achieve superior results for our patients so they can get back to living active lives they love, without pain.
In simple terms, your body and its cells are designed to heal and repair effectively and will do this well when they can. When tissues are
injured or painful, the cells do not function at their best, and their cellular processes can be interrupted. This can interfere with
healing, sustain inflammation, and lead to prolonged pain. The laser interacts with the cells in a wide range of ways (we’ve detailed
the technical specifics in the FAQs below) to restore normal, healthy cell function. Once the cells can work as they should, your symptoms
disappear, the healing and repair process is kickstarted and accelerated, and your immune response and lymphatic drainage are supported,
The MLS is a high-power, deep tissue laser that is entirely painless. It penetrates the tissues over which it is applied deeply without producing any heat or known side effects. It is backed by studies that prove its efficacies for a range of clinical scenarios. At present in 2022, it is the only multiwave locked system fully robotic laser therapy system available on the market. This means that it uses two wavelengths of light (808nm and 905nm respectively) together to produce its effects, both in pulsed and continuous emission.
We are seeing beneficial effects of the laser in a range of conditions that include:
As the MLS laser can assist in the recovery of a wide range of conditions, we recommend consulting with our Brisbane podiatrists to see if the laser may be able to help your specific injury, concern or condition.
Your appointment with our trusted podiatrists will start with an appointment to get to know you, assess your injury or circumstances, perform any required testing, form a clinical diagnosis, and map out the best treatment plan for you. This is a comprehensive one hour appointment. Your podiatrist will discuss your treatment options and whether the laser is clinically indicated to be able to help you. If it is, and you would like this treatment, we are often able to start your laser treatment immediately, alongside implementing any other aspects of your treatment plan either then or at subsequent appointments.
Depending on your diagnosis and personal circumstances, we may use all of these stages or just the treatment stage. This is assessed on a case-by-case basis depending on what your podiatrist deems is applicable and will help you achieve the best clinical outcomes.
This depends entirely on your diagnosis and the severity of your condition or injury, but most people experience positive results within 48-72 hours after 1-3 treatments and the average course of treatment lasts 7-10 sessions. Acute conditions (new injuries) tend to be the fastest to respond. As the effects of MLS laser treatment are cumulative, you can expect to see greater improvement with each session. Sessions may be held 2-3 times per week or weekly, depending on your circumstances.
Aside from the FDA approval, the design of the MLS laser comes from extensive research into the photochemical, photothermal, and photomechanical effects of lasers on biologic tissue including at the molecular level to evaluate therapeutic effects. The results of research are presented at conventions and appear in scientific publications.
At the time of writing, there are currently 198 clinical studies and publications into laser therapy in a variety of settings and for a variety of conditions, including all of the conditions we use laser for in our clinic. Please see the extensive library and search for the terms that interest you here.