Laser as a sustainable tool

In recent years, CO2 laser treatment has established itself as the most effective solution for the non-surgical and non-pharmacological treatment of vaginal atrophy and symptoms associated with it, such as dryness and burning. These are symptoms that can have a negative physical and psychological impact on women. These problems can be caused by the genitourinary syndrome of natural menopause, cancer therapies, or postpartum hypo-estrogenisation.

Urinary incontinence now has a new solution thanks to the use of electromagnetic fields and TOP FMS (Top Flat Magnetic Stimulation) technology, which acts on the pelvic floor muscles and also offers significant benefits for chronic pelvic pain syndrome.

The laser equipment developed by El.En. Group for the surgical field, including scanner-assisted laser systems, acts with extreme precision on tissue. These systems are designed to ensure high target selectivity, often integrating microscopes, colposcopes, and robots. This makes it possible to treat diseases in various fields, including ENT, gynaecology, and proctology, while minimising side effects and hospitalisation days.

The minimally invasive approach and reproducibility of the surgical procedures offer greater control over the effects of surgery and an improvement in the quality of life of patients, while ensuring that healthy tissue is preserved. It is also possible to reach hard-to-access areas by using lasers conveyed through optical fibres and precisely adjusting the laser’s power for engraving, cutting, and coagulation.

In the field of dermatology and aesthetic medicine, the laser systems developed by El.En. Group play an essential role in improving and resolving a wide range of skin conditions and imperfections. This contributes significantly to the well-being of patients, addressing problems ranging from traumatic scars to wrinkles, from skin spots to tattoos, from vascular problems to unwanted hair. The lasers act selectively, interacting only with the target of interest according to the specific needs of each patient.

In the field of Body contouring, we have introduced highly innovative technologies. El.En. Group has launched the world’s first system that uses specific microwaves to act on cellulite, fat deposits, and skin laxity, reducing the thickness of subcutaneous fat through a non-invasive treatment. Next we launched a muscle stimulation and fat reduction system using an electromagnetic field that interacts with muscle tissue, inducing its contraction. This system can be applied to different areas of the body and, in just a few sessions, reduces localised fat, tones muscles, and improves posture. In addition, El.En. Group develops systems for the targeted removal of fat deposits using laser lipolysis, a minimally invasive treatment designed to treat specific areas of the body.

El.En. Group has developed different types of laser sources for photorejuvenation, making it possible to effectively treat a wide range of problems, from deep wrinkles to the prevention of ageing, adapting customised protocols for each situation. A range of solutions makes it possible to find the right source and the right protocol for deep wrinkles, but also for younger patients who want to stimulate collagen within technological skin care. These approaches affect recovery times and offer extremely natural results thanks to laser technology.

In the field of laser hair removal, the Group has spent more than thirty years developing and perfecting systems, continuing to improve their performance. Our lasers can treat fine, light, and thin hair on any skin type, including darker or tanned complexions, ensuring fast and effective treatments.

Tattoo removal is a significant aspect of the personal aesthetics sector. Nowadays, tattoos represent a language of personal expression, containing messages, memories, or symbols. However, for some people, tattoos may be a part of the past that they wish to erase. Thanks to laser technology, tattoo ink particles are fragmented and removed through the lymphatic system in the weeks following treatment, preserving the integrity of the surrounding tissues.

Laser marking systems make it possible to carry out perforations, grey tones or selective removal of material, reducing waste. Since the laser requires no direct contact with the material, there is no accidental deformation or breakage. In addition, the laser is digitally controlled through software, which ensures precise movements and perfectly aligned cuts, minimising the waste associated with traditional technologies. These laser systems also make it possible to eliminate the use of inks and solvents on materials, such as textiles, leather, paper, and plastics, eliminating the problems associated with the disposal of these substances.

In the textile industry, particularly for jeans, laser technology offers a unique approach that makes it possible to cut and bleach the fabric simultaneously. This process is quick, precise, and environmentally friendly, as it does not require the use of chemicals for discolouring and does not produce polluting processing waste. It also significantly improves the working conditions of employees. Compared to obsolete processing techniques, such as silicon powder sanding or scuffing, which were potentially harmful to human health and damaging to the environment, the laser operates automatically through software programming, without producing pollutants.

El.En. Group laser cutting systems can be used on very many different materials. Machining with laser systems is preferable to traditional solutions for a number of specific reasons that reduce the amount of waste, instantly vaporising the material on which they act and making clean cuts in the material without producing swarf or other processing waste; laser machining also does not add polluting materials and the fumes produced do not contain chemical additives.

Lasers developed by El.En. Group offer a highly effective, reliable, and safe solution for the conservation of the world’s cultural heritage. Thanks to laser technology, it is possible to remove layers of substances that have accumulated over centuries on works of art and historical artefacts. This procedure is non-invasive, highly selective, and controllable, allowing the patina of time to be rediscovered and preserved, so that artistic masterpieces are presented to the public in their original appearance. This technology is particularly beneficial in reducing the need for chemicals that would require costly and complex disposal.

Laser solutions provide restorers with a high-tech instrument that makes it possible for them to work in total safety, with considerable advantages over traditional methods, both mechanical and chemical. The minimal invasiveness, due to the absence of physical contact with the surface to be treated, lets restorers treat even extremely fragile or badly deteriorated surfaces. The high degree of control makes it possible to precisely define the desired cleaning level, thanks to considerable selectivity, as the layers to be removed usually have very dark colours, thus absorbing a significant amount of the laser light. In addition, it is possible to define the area of intervention very precisely, without damaging the surrounding areas.