Yag lasers - Import export

Enhanced QSwitched Nd YAG lasers, which distribute energy evenly, are used in different skin tones and in different applications. For a truly successful tattoo removal, QSwitch ND YAG lasers with multiple colors and sufficient energy are required. Tatouage’s various wavelengths provides you an ability of successful and easy tattoo removal. With QSwitch Nd 532 nm wavelength, you can remove red, orange and yellow tattoos. With the YAG 1064 nm wavelength, you can remove black and blue tattoos. You can removegreen tattoos with a wavelength of 755 nm. You can make carbon peeling with 1320 nm wavelength. Tatouage offers tattoo removal as well as eyebrow contour and lip contour removal. It also offers the possibility of removal of stains with carbon peeling, rejuvenating the skin and shrinking the skin pores.

Er YAG Active LASEST module is widely used for most ablative procedures in aesthetic medicine. The radiation wavelength is 2940 nm, which corresponds to the maximum peak of water absorption, so the depth of direct optical radiation penetration into the skin of this laser module is only 0.01 – 0.1 mm, which guarantees very high accuracy and the absence of side effects like with more “hard” ones CO2 laser. The Er YAG Active laser module can operate in a wide range from ultrashort (from 100 μs) to ultralong (50 ms) pulses depending on the selected mode or technique. An ultrashort pulse allows “cold” surface grinding without heating the lower layers of the skin, which is ideal for correcting agerelated manifestations, scars and postacne. The ultralong impulse promotes the deepest possible laser heating, due to which stimulation of own collagen cells, structural changes in the dermal layer occurs, improving skin texture, smoothing scars, reducing agerelated skin changes

Knight Optical supply custom laser mirrors for use at specific laser lines from the UV (200 to 400nm) to the IR (1to 40µm) wavebands. The laser mirrors can be custom made to include the following range: 1 YAG laser mirrors (High power grade) 2 Excimer laser mirrors (High power grade) 3 Argon-ion laser mirrors (High power grade) 4 Diode & broadband (Ti:Sapphire) These mirrors are made from vacuum depositing thin films of material that have differing refractive indices & thickness onto suitable substrates. Typical custom laser mirror substrates are calcium fluoride, germanium, sapphire, fused silica and Zinc Selenide which produce a high efficiency reflecting surface at the laser wavelength. Read PDF for more information.

The laser mirrors can be custom made to include the following range: 1 YAG laser mirrors (High power grade) 2 Excimer laser mirrors (High power grade) 3 Argon-ion laser mirrors (High power grade) 4 Diode & broadband (Ti:Sapphire) These mirrors are made from vacuum depositing thin films of material that have differing refractive indices & thickness onto suitable substrates. Typical custom laser mirror substrates are calcium fluoride, germanium, sapphire, fused silica and Zinc Selenide which produce a high efficiency reflecting surface at the laser wavelength. The coatings are assembled assuming that the mirror will be working in the plane of incidence. This is essential as any off-axis angles will push the pass band toward the shorter waveband that could be beyond the pass band for one or both polarizations (s and p). If off-axis reflections are needed, such as at 90°, then this coating needs to be applied for an Angle of Incidence (AOI) of 45°. READ PDF FOR MORE INFO ..

Laser Ceramic Nozzle Holder Information: 1.Imported ceramics + high quality special alloy 2.Ensure the consistency of thermal expansion of ceramic ring materials Prevent burst 3.The ceramic body and the alloy are closely connected, which is not deformed when heated. 4.The surface finish is high and the air flow is smoother. 5.Signal stability high sensitivity 6.The imported conductive adhesive and gold-plated copper needle have good conductivity,high sensitivity,good follow-up,effective insulation, and reduce the demage caused by impact. 7.Widely used: It is suitable for laser cutting heads of various brands Product Paramaters 1.Material: Imported Ceramic High Quality Specical Alloy 2. Thread: M5 - M14 3. Outside Diameter: 17.5 - 41mm 4. Height: 4 -34mm

Ceramic reflectors supplied by us work particularly well in Ruby and Nd:YAG laser pumping chambers and can be a highly cost effective alternative to metal coated reflectors. They are also used extensively as reflectors in housings for high intensity lamps. > resists chemical attack > has high strength > has a high reflectivity over a broad wavelength band > has good thermal conductivity and > excellent dimensional and electrical stability at all operating temperatures. Specification: - - BAB192 (TCT97, BAB349) - - Material: 99% Alumina - - Specification: Φ31.00xΦ12.00x97.00 - - Application: welding, cutting, marking and in medical lasers (2) Single lamp and single rod - - Ceramic reflector TCT117 used - - Matchable YAG rods: φ(3-7)x140mm or longer - - Matchable lamps: ST256 (maximum OD is 8mm, overall length >270mm.) - - Suitable for 80W to 150W YAG lasers - - Dimension: 260x55x40mm

Laser cutting or laser fine cutting of metal, we can precisely process all metallic, non-toxic materials in material thicknesses from 0.2 to 2.0 mm. With our high-precision 1kW fiber laser (Nd: YAG with a wavelength of 1064nm) in combination with highly dynamic linear drives, we can produce your laser cuts in copper and brass. Due to our extremely small focus of 0.05mm, we usually create a cutting cag/ clearance of 0.07mm, so that the most delicate contours (especially inner contours) can be realized without mechanical stress, as the processing takes place without contact. This enables high-quality and precise prototypes and small series in contract manufacturing using cutting lasers. Accuracies of +/- 0.01mm, which are required in the sealing area for plastic overmolding for complete plugs or housings. Dimensions: sheet thicknesses from 0.2 to 2.0mm, max. sheet metal of max. 1,250mm x 1,250mm.

The Nd YAG Invasive laser module is the most effective laser instrument in the hands of dermatologists and surgeons.This highpower module allows for a wide range of surgical operations using open, laparoscopic and endoscopic incision, excision, resection, ablation, vaporization, coagulation and stopping bleeding in the soft tissues in such fields of medicine as urology, gynecology, gastroenterology, arthroscopy, lung discectomy, otolaryngology, dermatology, reconstructive surgery and general surgery.With the Nd YAG Invasive laser module, it is possible to use various optical fibers that differ in diameter (from 0.3 mm to 1 mm), length, shape of the output tip (end, radial, conical), which significantly increases the accuracy and convenience of surgical procedures.

The RUBY Active LASEST module is designed to remove various types of age spots and tattoos in blue and green. For tattoos with a red or yellowish tint, we recomend using of Nd YAG QSwitched KTP LASEST laser. The wavelength of laser radiation 694 nm in combination with the implemented method of ultrashort pulses has wider application than 532 nm KTP of a neodymium laser and is also able to penetrate deeper (by 1.52 mm) into the skin. Only on the LASEST laser apparatus is a multiselective system of regimes for removing tattoos and pigments implemented, which involves the use of optimal parameters of wavelengths, energy and power values.

Using the laser module Nd YAG Dynamic LASEST, it is possible to carry out more than 20 procedures for various directions in the field of aesthetic medicine and cosmetology. A large number of handpieces are used for this module, in which the latest latest technologies are implemented, such as Flat Spot, Gauss Beam, 3d Pixel. Highenergy laser radiation with a wavelength of 1064 nm, realized in unique time modes (from ultrashort to ultralong pulses) provides a selective effect on deep targets without thermal damage to the skin. For maximum comfort and convenience of the procedure, LASEST users can use the contactless system of dynamic skin cooling CoolFlash. When working with LASEST laser modules, you can control the temperature and flow rate of cold air in the treatment area, which guarantees an excellent result during the procedure.

treatmentLaser therapy is an effective method in the treatment of joint arthrosis. This is confirmed by numerous studiesNumerous clinical studies show that the Nd YAG Arthro laser module has a biostimulating effect on damaged cells of biological tissues in osteortrosis. The biostimulating effect of the Nd YAG Arthro LASEST laser has a high degree of specificity and depends on various radiation parameters (mJ, s, Hz), which are carefully selected in the LASEST medical protocols and are confirmed by a number of positive tests in medical centers. To stimulate the process of cell proliferation, the qualitative characteristics of Nd YAG Arthro radiation (frequency and time of exposure) are more important

injuriesLaser therapy is a popular and promising method of sports rehabilitation. A variety of laser techniques implemented in the LASEST complex allows you to deal with a wide range of muscle damage characteristic of testing large loads of organismsWhen practicing many sports, damage to the small muscles, tendons and joints very often occurs. The use of the Nd YAG Arthro LASEST laser module in sports medicine is highly effective due to the whole range of parameters and characteristics of the therapeutic laser radiation generated by this module. Due to the special temporal and spatial form of the impulses, pathologies with deep localization occur and the necessary biological effect is provided even in deep tissues. Photothermal and photomechanical processes that occur when exposed to damaged tissues provide the synthesis of extracellular matrix molecules, regeneration of connective tissue cells

liposuctionLaser lipolysis using the LASEST laser complex is one of the most effective and safest methods of dealing with body fat. This method is so widespread due to the complete absence of scars and painWhen laser liposuction is performed using the Nd YAG Invasive laser module, only a few thin punctures of the skin are carried out and laser radiation is transmitted into the adipose tissue through a very thin optical fiber (600 μm). Under the influence of highprecision optical radiation, adipose tissue is destroyed and excreted from the body.

coagulationCoagulation with an Nd YAG Invasive LASEST laser module eliminates back flow of blood in the superficial and perforating veins using the coagulation mechanism of blood vessels. The minor invasiveness and painlessness of the method allows treatment on both legs simultaneously. Laser treatment of dilated veins with the LASEST laser complex, along with high efficiency, is also characterized by low trauma and maximum safety of the procedure. As a rule, after the endovasal procedure, the patient can return to his usual lifestyle in 23 hours and forget about the problem of varicose veins forever.

treatmentLaser treatment of diabetic ulcers has many advantages over other methods. Firstly, this method is absolutely safe, secondly, it allows to improve the course at any stages, thirdly, the effect occurs only on the affected skin area.Slow healing of wounds, especially diabetic ulcers, is an urgent problem of rehabilitation medicine, despite significant progress in understanding the basic principles and issues that occur during these processes. Highintensity laser therapy with Nd YAG Arthro laser in the treatment of chronic diabetic foot ulcers (deep ulcers of the 2nd degree) shows good results in more than 80% of patients. Using Nd YAG Arthro LASEST is characterized by a high degree of safety and comfort in the treatment of diabetic ulcers

peelingLaser carbon peeling is performed by the Nd YAG QSwitched laser module and, thanks to the complex effect of the carbon composition and deeply penetrating laser radiation, is a delicate and highly effective method for deep cleansing the face.Carbon peeling using LASEST laser modules is one of the best practices and programs for noninvasive laser skin rejuvenation and skin restoration. This technique has practically no age restrictions and can be applied to patients over 18 years of age. During the carbon peeling procedure, carbon

removalEvery eighth person in the world in his life is faced with warts, nevuses, papillomas and other neoplasms. Moreover, they are a problem not only of an aesthetic nature sometimes neoplasms that seem harmless at first glance pose a serious danger to human health. Modern medicine recognizes laser removal of skin neoplasms as the most effective and safe. Laser modules Nd YAG Invasive and Er YAG Active are used to remove a wide variety of neoplasms. The use of one or another module is determined by the type, location, size of the neoplasm and other factors. Together with the above modules during the procedure, you can use a large number of different handpieces, maniples and optical fibers, so that the accuracy and efficiency of the procedure is guaranteed.

The Nd YAG Arthro LASEST laser module is designed to affect deep localized joint pathologies. Photothermal and photomechanical processes that occur in tissues when exposed to Nd YAG Arthro radiation provide the synthesis of extracellular matrix molecules, the regeneration of connective tissue cells, and the organization of the endothelium. The high effectiveness of Nd YAG Arthro LASEST exposure is due to a number of therapeutic effects that occur under the influence of laser radiation – Antiinflammatory effects due to the expansion of the supply vessels and accelerate the flow of oxygen and other substances to damaged tissues. – Analgesic effects due to a deep effect on pain receptors and stimulation of the formation of extracellular matrix.

Dual Gentle LASEST technology opens up new possibilities for specialists in the field of laser gynecology and intimate plastic surgery. A feature of this technology is the use of an innovative manipulator that allows the doctor to choose the type of distribution of laser radiation necessary ​​flat, radial, pixel or combined. The handpiece has a special graduated scale and fixed rotary positions, which increases accuracy and accuracy during the procedure. The gynecological handpiece can be used with two laser modules Er YAG Active and Nd YAG 1320 nm, which significantly expands the therapeutic range and effectiveness of the Dual Gentle technology. All LASEST gynecological accessories are made of special materials that can be sterilized repeatedly and used accordingly without risk to the health of patients

therapyLaser treatment in this case can be used both independently and in combination with other methods of therapy. Using LASEST laser modules, it is possible to achieve not only a therapeutic, but also a protective effect, because laser therapy reduces the risk of complications after treatment with hormonal drugs.The laser radiation of the Nd YAG Arthro module causes important therapeutic effects because, unlike other laser treatment methods, it effectively and safely acts on deep tissues. According to the mechanism of exposure, the basic principles of the therapeutic effect of laser radiation Nd YAG Arthro are divided into the following 1) Under the influence of laser radiation, an increase in the diameter and permeability of lymphatic vessels and capillaries occurs. This vasodilator effect increases with more active

resurfacingThe LASEST device implements a wide range of laser resurfacing techniques, from ultrashort to ultralong, allowing you to remove old skin layers and problem neoplasms for absolutely any skin photototype, regardless of age and skin structureThe essence of the laser skin resurfacing procedure is to renew the skin by removing old layers, which promotes the regeneration of the skin. For these purposes, LasMedTech has developed a unique Er YAG Active LASEST laser. This laser generates laser radiation at a wavelength of 2940 nm, which corresponds to the maximum peak absorption of water. Since the skin consists of more than 70% water, this laser radiation penetrates the skin to a very shallow depth – of the order of 0.02 – 0.1 mm. During the laser resurfacing procedure, water molecules

Manual application of the laser beam obtained from Lamp Pumped (Nd:YAG) 300w and 600w systems without any automation and fixturing. Practical Accessible Light weight Ergonomical Safe Available with; Nd: YAG Laser. Laser operates only when the operator uses the glasses, and the graphite touches the working material Graphite tips are designable specifically for the welding piece and easy to apply Provides economic solutions as fixturing is not required With its ergonomic design, it facilitates welding application in sections difficult to reach Time assist gas control allows for a cleaner surface to be obtained Multiple fiber path, can achieve energy sharing and time sharing Energy negative feedback laser control technology to achieve consistent welding effect Arbitrary waveform control technology to precisely control welding points formed by each pulse energy.

Laser ablation technology helps the engineer to develop circuit carriers which cannot be manufactured with chemical etching technology. This kind of product results from combining the technologies of precision-grinding of ceramics and laser ablation of metallised thin-film layers. We name this concept "three-dimensional interconnection circuit or CI3D". Principle The laser structuring consist to etch directly a metallization layer deposited on a ceramic carrier with a laser beam without using a mask. This is called laser micromachining or laser ablation - because metal is ablated. Laser ablation allows patterns to be etched directly on the ceramics substrate, very rapidly and beam displacements to be programmed limitless. Equipment Solid-state lasers are mostly used for micromachining applications because they feature precision, speed and selective etching. We currently use a Nd :YAG laser with 60 W output. It enables us to etch thin-film metallised layers with thickness of up...

Ceramic components offer significant advantages over metal and plastic parts . They have a dimensional stability at high temperatures. They are good electrical insulators. They do not outgas in vacuum environment. Ceramics are inert materials and resistant to many gases and chemicals. They show high thermal insulating properties or high thermal dissipation. Applications and products Advanced ceramics are used in solid-state lasers (Nd-Yag..), gas lasers, fibre lasers, diode lasers, high-power laser diodes and IPL systems. Typical customized products from Microcertec are high-voltage insulators ionisation electrode plates, insulators for electrical feedthroughs,corona insulators, electrical insulators resistant to gas corrosion and plasma discharges, reflectors, heat sinks, 3D metallized ceramics, structural parts than can be brazed.

Ceramic components offer significant advantages over metal and plastic parts . They have a dimensional stability at high temperatures. They are good electrical insulators. They do not outgas in vacuum environment. Ceramics are inert materials and resistant to many gases and chemicals. They show high thermal insulating properties or high thermal dissipation. Applications and products Advanced ceramics are used in solid-state lasers (Nd-Yag..), gas lasers, fibre lasers, diode lasers, high-power laser diodes, IPL, as well as in optoelectronic devices - optical optical sensors / imaging, infra-red detectors... Typical customized products from Microcertec are electrical insulators resistant to gas corrosion and plasma discharges, reflectors, heat sinks, 3D metallized sensor carriers, structural parts than can be brazed, sensor holders.