Excimer lasers have overhauled eye surgery as we know it, enabling extremely accurate and relatively non-invasive procedures for vision correction. This cutting-edge lasers release strong ultraviolet pulses to mold the cornea and thus improve eyesight. This is usually for common conditions such as nearsightedness, farsightedness and astigmatism. The most common types of eye surgery carried out with excimer lasers include LASIK and PRK.
LASIK (laser-assisted in situ keratomileusis): A microkeratome or femtosecond laser is used to create a flap on the cornea. Instead, after the flap is lifted, an excimer laser will be used to reshape the cornea before laying down that flap back in place without need for stitches. In contrast, PRK (photorefractive keratectomy) involves the removal of the outer layer of your cornea called epithelium. If the laser is used, it first makes contact with and then rapidly separates from -just microns above- the surface of the cornea (so only contacting a 1mm wide or what constitutes as absolutely nothing). The underlying CORNEA gets re-shaped by an excimer laser which vaporizes tissue much quicker than heat based lasers like co2 does. After that epithelial grows back over this treated area on its own The recovery time is somewhat longer than for LASIK but it may be the better choice if one has a thin cornea or irregular astigmatism.
Perhaps the most important advantage of excimer laser eye surgery is its high degree of precision and accuracy, which means that you can individual treatment plans for each patient. Find out how dees laser have been the most accurate vision correction from 0.25 microns to sharpen actual diagnosis anywhere, and many horses eliminate glass or contact person need! Additionally, excimer laser procedures are nearly painless and recovery times for a majority of patients typically get back to their normal routine within days after the operation.
Excimer lasers which have shown great promise for the treatment of psoriasis, vitiligo and atopic dermatitis were treated on various skin conditions. Equipped with a technology called picosecond pulse duration, they release focused ultraviolet light bursts consisting of high energy that shoots through the skin and targets problem areas only without having any effect on surrounding healthy tissues.
Treatment with excimer lasers has proved beneficial for patients suffering from psoriasis as it resulted in a tremendous improvement in this autoimmune condition of the skin characterized by thick, scaly patches. This soothes red inflamed skin and reduces scaling, itchiness of the positive effects high dosages UVB light have on damaged skin tissues to increase your body BUT at lower doses it suppresses barrage of inflammation cascade inflammatory chemicals safe peroxide PUVA radiation???? pubs????? pigmentation dose-response curve ionizing x-ray particles flush blood cortisol surge after they disappearHow does Psoralen Uva make worse?
Excimer lasers assist in treating vitiligo,which is associated with the loss of skin pigmentation and white patches. These lasers involve melanin (the pigment that gives skin its color), and they help to target vitiligo in specific areas, and re-pigment the area by transplanting healthy skin cells from other body parts.
Atopic dermatitis, which is also known by eczema and involves chronic systemic inflammatory skin disease characterized dry, itchy inflammation has been found to be responding very well with excimer laser therapy as well. Laser therapy has been shown to reduce inflammation, itch and the requirements for topical steroids which can have local side effects with prolonged use.
For decades, skin treatments for conditions such as Psoriasis have maintained two standards of care: emollients or topical steroids; and phototherapy using ultraviolet (UV) light combined with chemotherapeutic agents - dermatologists can prescribe strong UV treatment that helps people whose symptoms were refractive to other means. The patient then goes in regularly for the photochemotherapy session... It is individualized so it many not be daily but could still represent hundreds if not thousands of hours over a lifetime instead here we offer an office-based alternative! That means that these lasers can target and heal more effectively, which provides the patient rapid relief of symptoms with fewer side effects.
Commonly referred to as game-changers across different fields, excimer lasers are known for their supreme accuracy and precision. Such flexible devices serve everywhere else in store production facilities, research laboratory or medical labs manifestly exposes the importance of this because it is applicable to numerous sectors.
In terms of the largest excitement over use today, it is used in one significant area beyond excimer laser usage, with which many people are already familiar - semiconductors. Nanoscale materials control is crucial for semiconductor devices like computer chips, sensors and solar cells. Excimer lasers provide an extremely precise and reliable means of material processing at this scale by etching, patterning, or depositing materials with the result that smaller more powerful devices can be manufactured for improved performance and functionality.
In addition, excimer lasers are important tools in high-tech manufacturing making microelectromechanical systems (MEMS), miniature devices used for biotechnical and medical applications such as bio-med sensors, DNA/diagnostics chips; also they play role in the production of various miniature electronic components like ink-printers nozzles or aerospace part. They are a precise and effective method for cutting, drilling or welding materials at the microscale, which make it possible to fabricate highly complex geometrical shapes.
Excimer lasers are key in the area of lithography by allowing patterns to be formed on semiconductor wafers using manufacturing techniques. This ability leads to the development of complex structures such as transistors and integrated circuits with high precision or accuracy.
In the ever-changing landscape of semiconductors, excimer lasers are a force behind innovation. The lasers play a key role in shrinking devices (and ramping up their energies), and are crucial to new technologies that require the specifical advantage they provide.
A key area of advancement is the implementation of extreme ultraviolet (EUV) lithography, a technology that uses shorter light wavelengths than those seen in other traditional forms of lithography. These ex-type laser are the key component for EUV light, which is sent onto semiconductor wafers to make complicated patterns. And EUV lithography is enabling not only new, ever-smaller and more complex device designs for unprecedented performance but it's doing so by making devices manufacturable into the future.
Excimer LaserTechnological improvements further make it possible for to enhance the quality and durability of semiconductor components together. For example, they can create structured surfaces like microstructures or textures on device surfaces that improve mechanical strength and energy resistanceoffsetof (thermal stability?), while avoiding wear out.
Recent years have seen excimer lasers become increasingly popular and widespread, as technological development has been ongoing with demand increases for precision applications. While those advancements are groundbreaking in and of themselves, this graduating generation will now open a range of doors quickly by means not previously thought possible with lasers.
The application of excimer lasers is one example in dermatology, currently trending and developing more proven efficacies for the treatment of a variety skin conditions. The lasers could also be used in other medical disciplines such as cardiology, gastroenterology and neurology for minimally invasive procedures.
Other applications for excimer lasers include additive manufacturing (3D printing) in which objects are built up layer by layer. The lasers cause the photopolymer material to dry and solidify which allows it to create very fine granular structures with high accuracy.
The future of excimer lasers is bright and with their combination of sporting precision accuracy will enhance technological, medical and manufacturing innovations alike. The use of the material represents a transformation in precision engineering, unlocking an unprecedented range of potential applications within all industries.
AGEM má rad kryogénnych tlakových fliaš, do ktorých sa zmestia bežne používané super chladené plyny a kvapaliny, ako je kvapalný kyslík, argón, oxid uhličitý, dusík a oxid dusný. Na zabezpečenie vysokého výkonu využívame dovážané ventily a zariadenia. Využite zariadenia na úsporu plynu a uprednostňujte použitie vysokotlakového plynu v priestore plynnej fázy. Dvojitý poistný ventil poskytuje bezpečnosť a spoľahlivosť pre bezpečnú prevádzku. Ponúkame široký sortiment kryogénnych tlakových fliaš na kvapaliny, ktoré sú super chladené a používané pri každodennom používaní. Plný objem: 80L/100L/175L/195L/210L/232L/410L/500L/1000LPracovný tlak: 1.37MPa/2.3MPa/2.88MPa/3.45MPa Konštrukčná teplota vnútornej nádrže je -196 Design nádrže + 50C TempoShell Vákuum s viacvrstvovým baleným médiom na skladovanie: LNG, LO20, LArLCO2,
AGEM je závod na výrobu plynu a výskum a vývoj nachádzajúci sa na Taiwane s viac ako 25-ročnými rozsiahlymi odbornými znalosťami v oblasti výskumu a vývoja v tejto oblasti s bezkonkurenčnými znalosťami o špeciálnych elektronických plynoch, kalibrácii a špeciálnych plynoch po celom svete v šiestich odlišných regiónoch: Taiwan – Kaohsiung Mesto (ústredie, centrum výskumu a vývoja) India – Bombaj, Vadodara, Coimbatore, Pune, Bengaluru, Dillí, Čína – WuhanMiddle East - Dubaj (SAE) a Kráľovstvo Saudskej ArábieSpojené kráľovstvo - CambridgeGas riešenia, ktoré ponúkame, zahŕňajú Technické poradenstvo. Montáž a uvedenie do prevádzky. Ukážkové testovanie. Balenie a doprava. Dizajn kresby. Výroba.
AGEM si uvedomuje, že rôzni zákazníci majú jedinečné požiadavky týkajúce sa špeciálnych plynov, ako je kalibračný plyn. Vieme poskytnúť riešenia na mieru, ktoré sú prispôsobené špecifickým potrebám našich zákazníkov. Či už požadujete špecifický stupeň čistoty, veľkosť valca alebo výber balenia, AGEM s vami môže spolupracovať na prispôsobení svojich produktov podľa vašich presných požiadaviek. Tento stupeň personalizácie vám zaručí, že získate tie najkvalitnejšie plynové fľaše na kalibráciu vašej špecifickej aplikácie, čím sa zvýši celková účinnosť a výkon. Rad produktov AGEM nie je obmedzený len na kalibračný plyn. Ich katalóg zahŕňa uhľovodíkový plyn, chemické plyny halogénované uhľovodíky, vzácne plyny, ako aj nespočetné množstvo iných plynov používaných vo výskume a priemysle. To znamená, že sa môžete spoľahnúť, že AGEM vám poskytne presne taký plyn, aký potrebujete.
Leaks of excimer lasers can be an issue that is very serious. We check for leaks over five times in order to guarantee quality. Our company is equipped with a full production and testing line and the application of rigorous quality control and an excellent after-sales service to ensure that our clients get top quality products and an extensive range of services. Our commitment to quality and customer service is something we're very proud of. Our skilled team will always be there to help with your needs, making sure that all of your needs are met with the highest level of satisfaction. What makes us different is our 24-hour, 7-day a week service. We're here for you round the clock, every day of the week.
AIR GAS ELECTRONIC MATERIÁLY (AGEM) je závod na výrobu a výskum a vývoj plynu umiestnený na Taiwane, ktorý má jedinečné odborné znalosti v oblasti špeciálnych, elektronických, hromadných a kalibračných plynov po celom svete v 6 rôznych regiónoch.
Izba 2 a 3, 10. poschodie, jednotka 1, fáza I, Huazhong International Plaza, Zhuyeshan, Wuhan, Hubei, Čína
Copyright © Air Gas Electronic Materials Enterprise Co., Ltd. Ochrana osobných údajov
EN
AR
CS
DA
NL
FI
FR
DE
EL
IT
JA
KO
NO
PL
PT
RO
RU
ES
TL
ID
SK
SL
UK
VI
TH
TR
AF
MS
SW
GA
CY
BE
KA
LO
LA
MI
MR
MN
NE
UZ