Wound Healing:
Join the Revolution
Innovative RecoSMA Laser Technology for Septic & Chronic Wound Treatment
View a brief video showcasing the
RecoSMA technology
RecoSMA technology
Wound Healing
Why choose
LINLINE laser technology for wound healing
Regenerative technology; induces neo-angiogenesis
Regenerative technology; induces neo-angiogenesis
Fast and gentle wound bed cleaning, safe for viable tissues
Fast and gentle wound bed cleaning, safe for viable tissues
Pain-free treatment is comfortable for patients
Pain-free treatment is comfortable for patients
Significantly reduces the time of healing as compared to conventional methods
Significantly reduces the time of healing as compared to conventional methods
No antibiotics or antiseptics as pathogenic flora is eliminated by laser
No antibiotics or antiseptics as pathogenic flora is eliminated by laser
Mono-method; no need for any other treatments or special dressing
Mono-method; no need for any other treatments or special dressing
The total cost with RecoSMA is grossly less than hospitalisation
The total cost with RecoSMA is grossly less than hospitalisation
Wound Healing by Tissue Proliferation not by Contraction!
Wound Healing by Tissue Proliferation not by Contraction!
Two-step treatment approach
for septic and chronic wounds treatment
Wound Debridement
by High-Energy Erbium
Laser
by High-Energy Erbium
Laser
Eliminates bacteria
Removes necrotic detritus
Constructs a healthy wound bed
Doesn't affect viable tissues
Easy visually-controlled
Removes necrotic detritus
Constructs a healthy wound bed
Doesn't affect viable tissues
Easy visually-controlled
Reparative Regeneration Stimulation
with RecoSMA — the patented
technology of LINLINE
with RecoSMA — the patented
technology of LINLINE
Enhances trophism
Stimulates neoangiogenesis
Triggers rapid tissue growth
Repairs functional tissues
Remodels without scarring
Stimulates neoangiogenesis
Triggers rapid tissue growth
Repairs functional tissues
Remodels without scarring
Step#1
Step#2
Debridement plays a vital role in wound bed preparation, removing barriers that impair wound healing
How does the Erbium laser work?
The pulsed Er:YAG laser emits light with a wavelength of 2940 nm corresponding to the water absorption peak. Because 90% of the soft tissue is water, most of the laser energy is superficially absorbed.
Each pass of the erbium heats tissue to over 300°C. As a result, the water in the tissue is rapidly expanded to eject the charred debris from the wound surface without leaving behind a necrotic eschar.
What is essential, viable tissues remain safe since their high content of water (blood in capillaries) acts as a natural barrier to the Erbium laser radiation - all the energy absorbs in a very superficial area.
Each pass of the erbium heats tissue to over 300°C. As a result, the water in the tissue is rapidly expanded to eject the charred debris from the wound surface without leaving behind a necrotic eschar.
What is essential, viable tissues remain safe since their high content of water (blood in capillaries) acts as a natural barrier to the Erbium laser radiation - all the energy absorbs in a very superficial area.
Advantages of Erbium laser
- Precision and uniformity
- Painless treatment
- Zero risk for viable tissue
- Done as frequently as needed
- Fast and easy to perform
- Low operating costs
- No special dressing required
RecoSMA — True Innovation
For many years, we aimed to achieve reparative regeneration of soft tissues; without fibrosis formation, that is, to have functional tissue instead.
Ultimately, we have created a specific impact human tissues have never encountered: laser-induced explosive waves, creating non-thermal destruction affecting membranes and nuclei of individual cells.
It became real due to the unique features of laser radiation, which do not occur naturally - as people invented this tool.
Next, we conducted extensive preclinical and clinical studies on various tissues - skin, soft tissues, mucous membranes and even internal organs.
Pre-clinical studies
Liver cirrhosis
Liver cirrhosis was induced in rats using carbon tetrachloride. Repeated operations treating the liver have been followed by exclusion from the experiment and histological examination of the liver. The cirrhotically changed liver regeneration signs were:
- Neoangiogenesis.
- The proliferation of the bile ducts.
- Significant reduction of false lobules and connective tissue structures.
Liver cirrhosis was induced in rats using carbon tetrachloride. Repeated operations treating the liver have been followed by exclusion from the experiment and histological examination of the liver. The cirrhotically changed liver regeneration signs were:
- Neoangiogenesis.
- The proliferation of the bile ducts.
- Significant reduction of false lobules and connective tissue structures.
Neurotrophic ulcers
The model for neurotrophic ulcers was formed by crossing the sciatic (femoral) nerves and forming a skin abnormality. Without the treatment, the defects didn't heal while under observation for more than one month.
Using the RecoSMA allowed us to close the defect within two weeks, forming healthy and functional skin with no signs of scarring.
The model for neurotrophic ulcers was formed by crossing the sciatic (femoral) nerves and forming a skin abnormality. Without the treatment, the defects didn't heal while under observation for more than one month.
Using the RecoSMA allowed us to close the defect within two weeks, forming healthy and functional skin with no signs of scarring.
How does it work?
What is outside?
The microablation zones on the surface do not exceed 100 microns; they are about a human hair in diameter. They do not threaten living tissue, as the ablation depth is insignificant. Patients feel no pain or discomfort.
The microablation zones on the surface do not exceed 100 microns; they are about a human hair in diameter. They do not threaten living tissue, as the ablation depth is insignificant. Patients feel no pain or discomfort.
What happens inside?
Using a unique system of microlenses, the laser radiation is focused into microbeams, creating a periodic structure of the stress wave epicentres on the surface of the irradiated tissue (Pic.1-2).
Absorption of a short Erbium laser pulse creates mechanical stress waves that propagate out of the laser-irradiated site into the surrounding tissue (Pic.3).
Using a unique system of microlenses, the laser radiation is focused into microbeams, creating a periodic structure of the stress wave epicentres on the surface of the irradiated tissue (Pic.1-2).
Absorption of a short Erbium laser pulse creates mechanical stress waves that propagate out of the laser-irradiated site into the surrounding tissue (Pic.3).
Changing the energy and duration of laser radiation pulses makes it possible to vary the power of these waves, thereby influencing the depth and degree of microtrauma.
The laser radiation parameters are set so that the mechanical damage to tissue cells is induced only at the points of superposition of several stress waves (Pic.4).
The laser radiation parameters are set so that the mechanical damage to tissue cells is induced only at the points of superposition of several stress waves (Pic.4).
Powerful acoustic waves, upon interference with each other, create zones of microinjury to a depth in the tissue of up to 6 mm.
This non-thermal destruction specifically targets membranes, nuclei, or individual cells, without causing extensive injury to surrounding areas.
This non-thermal destruction specifically targets membranes, nuclei, or individual cells, without causing extensive injury to surrounding areas.
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RecoSMA treatment triggers a response that enhances microcirculation, metabolism, and tissue trophism, thereby promoting tissue repair.
Testimonials
The management of chronic leg ulcers that do not respond to standard treatments is a real challenge in terms of public health due to the significant costs generated and considerably alters the quality of life of patients. The YAG/Er RecoSMA Laser is a very promising solution in this indication because it allows the biofilm to be effectively removed thanks to the effect of the laser ablation and its mechanical-acoustic effect promotes cell regeneration. Combined with the usual treatments for leg ulcers, it can restart the healing of ulcers that are difficult to heal.
The RecoSMA laser is a true game changer! I have been using the RecoSMA laser platform from Linline over the last 2 years. And I can wholeheartedly accept that it has made a huge difference to my practice and to my clinical outcomes. It is one and only laser which has shown remarkable effect on wound healing. I have noticed a significant reduction in the healing time of wounds with the laser treatment. I have also used the laser in several unusual situations including intra-operatively, with excellent results. The use of the RecoSMA laser for facial rejuvenation, scars, keloids, acne, etc are very promising. In addition, I also found it to be highly effective in challenging situations such as psoriasis, eczema, alopecia areata among others. I am sure this laser is a great adjunct to the clinical practice of every Plastic and Reconstructive Surgeon. Thank you!
Dr. Nilesh G. Satbhai — M.S, M.Ch (Plastic Surgery), Consultant Plastic, Aesthetic, Hand & Reconstructive Microsurgeon
Affiliations: Global Hospitals, Parel. Bai Jerbai Wadia Hospital for Children, Parel
Mumbai, India
Executive Council Member
- Association of Plastic Surgeons of India (APSI)
- Indian Society for Surgery of the Hand (ISSH)
- Indian Society of Reconstructive Microsurgery (ISRM)
Dr. Nilesh G. Satbhai — M.S, M.Ch (Plastic Surgery), Consultant Plastic, Aesthetic, Hand & Reconstructive Microsurgeon
Affiliations: Global Hospitals, Parel. Bai Jerbai Wadia Hospital for Children, Parel
Mumbai, India
Executive Council Member
- Association of Plastic Surgeons of India (APSI)
- Indian Society for Surgery of the Hand (ISSH)
- Indian Society of Reconstructive Microsurgery (ISRM)
RecoSMA technology, which utilizes the precision and power of the laser, has shown remarkable success in treating hard-to-heal diabetic ulcers.
In our study involving 59 patients, published in 2023 in the Journal of Wound Care (UK), we observed a significant reduction in the average number of sessions required for wound closure. The mean wound surface area at baseline was 25.7 cm², and the average number of sessions required was just 4.41, ranging from 1 to 11 sessions.
What sets RecoSMA apart is its ability to treat the wound surface and deeper tissues simultaneously, promoting faster and more effective healing. This technology not only aids in debridement but also stimulates the body's natural healing processes, enhancing revascularisation and supporting collagen synthesis. The result is a more natural and robust healing process, significantly reducing the risk of recurrence. The procedure is minimally invasive, can be performed on an outpatient basis, and is well-tolerated by patients.
In our study involving 59 patients, published in 2023 in the Journal of Wound Care (UK), we observed a significant reduction in the average number of sessions required for wound closure. The mean wound surface area at baseline was 25.7 cm², and the average number of sessions required was just 4.41, ranging from 1 to 11 sessions.
What sets RecoSMA apart is its ability to treat the wound surface and deeper tissues simultaneously, promoting faster and more effective healing. This technology not only aids in debridement but also stimulates the body's natural healing processes, enhancing revascularisation and supporting collagen synthesis. The result is a more natural and robust healing process, significantly reducing the risk of recurrence. The procedure is minimally invasive, can be performed on an outpatient basis, and is well-tolerated by patients.
RecoSMA laser is regenerative Laser. I have documented regeneration of planter skin. Wound 5 cm X 3.5 cm on heal will not heal by wound contraction. Obviously it is possible only by tissue proliferation. How this will happen? Regeneration of different tissue by stimulation of stem cells. If this laser is stimulating epithelial stem cells then it should stimulate other stem cells also. That is how I started work on Hair regrowth. In female patients results are promising. This not only controls & stops hair fall but also shows improvement in texture of hairs leading to fullness. Hair regrowth in male patients are convincing & promising. Other problems besides non healing wounds where RecoSMA laser is very useful are Elimination of scars, Keloid, Hypertrophic scars & stretch mark.
Amazing laser technology. Patients suffering from chronic wounds do dressings for months. The RecoSMA laser technology for wound healing can be considered a near miracle. The problem with laser wound healing is that heat is detrimental to wounds, but LINLINE has achieved the perfect balance in the amount of Laser heat which stimulates wound healing. This low photothermal effect is the precise reason why RecoSMA laser treatment works in two of the most challenging treatment scenarios: chronic wounds and Keloids. My patients are getting immensely benefiting from RecoSMA laser treatment . Thanks
Multiline
High-energy Laser System
We have combined the results of 25 years of research and development of laser technology into a single laser platform.
MULTILINE is a unique medical laser system with an integrated universal power and control system with compact laser emitters. The device's innovative design enables the replacement of laser emitters, which alters the device's profile and transforms it into a different tool.
MULTILINE is a unique medical laser system with an integrated universal power and control system with compact laser emitters. The device's innovative design enables the replacement of laser emitters, which alters the device's profile and transforms it into a different tool.
Contact us
LINLINE MEDICAL SYSTEMS SIA
Krasta iela 105A/LV — 1019 Riga, Latvia +371 22 45 3227
Krasta iela 105A/LV — 1019 Riga, Latvia +371 22 45 3227
See how it works
Explore its features
Wound debridement
Biostimulation by RecoSMA