Dark clothing absorbs sunlight and heats up, and this same principle holds true when applied to our skin’s dark pigments known as chromophores. Milan Laser offers various laser technologies suitable for all skin tones.
IPL machines emit a broad spectrum of light while laser machines utilize one specific wavelength to effectively destroy hair follicles and stop future hair growth.
Alexandrite
There are various laser hair removal devices, but two of the most widely used are Alexandrite and Nd:YAG machines. Both models work by targeting light onto pigment cells in your follicles to destroy them and prevent new growth; both also emit cooling effects to shield skin from heat generated by laser light; however there are subtle differences between these technologies that will determine which will best meet your skin type and needs.
The alexandrite laser operates at 755nm wavelength, which converts into heat that destroys hair follicles while sparing surrounding tissues from damage, leading to faster recovery times and reduced treatments overall. Furthermore, this laser boasts a higher pulse repetition rate so as to cover larger areas more quickly; making it suitable for darker skin tones while being too strong for some lighter complexions.
Nd:YAG lasers feature longer wavelengths that make them safer for darker skin tones due to being able to penetrate further into the skin without causing blistering or other side effects, and can use lower fluences than alexandrite lasers.
Although most are aware of the advantages of laser hair removal, some remain uncertain as permanent reduction rather than complete elimination is often the result. It is essential that one understands that no permanent result can be guaranteed as hair will continue to grow at an unpredictable rate.
Additionally, some laser models allow users to select different modes. These modes allow for finer control over how the lights of the laser are distributed on skin for smoother treatment experiences; such modes as stamp, glide and auto are available.
As it’s essential to remember, not all lasers are appropriate for home use, it is wise to only purchase devices with FDA clearance and avoid using lasers directly on sensitive skin or eyes as this could cause irreparable damage. When purchasing lasers for home use it’s also wise to consult a professional before making your choice.
Nd:YAG
Laser hair removal is a safe, effective solution to unwanted body and facial hair removal. A light beam targets melanin in hair shafts to destroy them and stop further growth. While laser treatment works for most people, it is wise to consult a professional first in order to determine your suitability for treatment – they will help select an ideal laser according to skin and hair color needs.
The Nd:YAG laser is one of the most widely-used types of hair removal lasers, due to its longer wavelengths that make it suitable for treating larger areas of body hair. Furthermore, its comfort makes it one of the more suitable systems. Unfortunately though, it is less effective at dealing with finer hair removal compared with its counterparts such as Diode lasers. Nd:YAG technology works by treating melanin cells while simultaneously dismantling hair follicles without harming other areas of your body – without damaging other parts.
Long pulse neodymium-yttrium aluminum-garnet lasers (Nd:YAG) are among the safest laser options for darker skin colors as they do not absorb melanin from surrounding tissue, providing high coverage areas and fast repetition rates, ideal for treatment of larger body areas quickly and briskly. Furthermore, their cooling device helps minimize discomfort while protecting from skin damage.
While many salons provide laser hair removal services, it is essential to seek out certified laser technicians with experience treating various skin tones and types. Ideal Image clinics across the country utilize Candela GentleMax Pro laser hair removal systems featuring Alexandrite and ND-YAG wavelengths as well as DCD spray technology to cool skin during treatment and reduce discomfort during sessions.
ND-YAG laser has other uses as well, including minimising spider veins on legs. It provides a safe and effective solution for fading brown spots, reducing age spots, and decreasing redness from sun damage. Furthermore, this treatment can also help treat vascular lesions caused by acne scarring, as well as stimulating collagen production for firmer and healthier looking skin that reduces facial wrinkles and creases.
Diode
Laser hair removal is an efficient, safe, and long-term way to get rid of unwanted hair. During treatment, melanin pigment in hair follicles absorbs energy emitted by lasers which is converted to heat to damage them follicles – slowing or inhibiting future hair growth while leaving finer and lighter regrowth than before – often with reduced number of hair follicles overall leading to smoother and less hairy skin overall.
Diode lasers differ from IPL machines in that they emit narrow bands of light, making diode lasers better-suited to treat different skin tones and producing less heat overall, making them an attractive option for salons looking to save both time and money.
Laser hair removal treatments, unlike traditional methods that may cause discomfort at various levels, are completely pain-free. Light from a laser penetrates skin layers to heat hair follicles under them and disrupt their ability to produce new hair growth – as a bonus this treatment method is faster and more accurate than using “shots,” saving labor costs while producing greater results.
Professional laser hair removal systems typically employ hand-pieces fitted with clear ultrasound gel for comfort during treatments, making this technology faster and reducing operating costs when compared with fiber delivery systems. Furthermore, hand-pieces tend to last for millions of pulses making them an excellent option for busy salons.
High-quality diode laser hair removal machines are equipped with wide treatment windows and integrated cooling systems, to reduce risks such as burns and other complications. The ideal diode lasers target melanin pigment found in hair strands while simultaneously producing high output at low fluences for maximum efficiency and safety. Furthermore, devices certified by the Food and Drug Administration should always be preferred over unapproved devices to ensure patient wellbeing.
Carbon Dioxide
Carbon Dioxide (CO2) is an innocuous colorless gas with a faint sharp odour and sour taste, which plays a major role in global warming as an environmental pollutant; yet also plays an essential role in human biology such as respiration and energy production. CO2 can be liquidified at high pressure to be used as a consumer product such as life jackets, tire inflators and air guns and paintball markers/guns; additionally it’s sold commercially as dry ice for shipping or storage of frozen goods.
Carbon dioxide lasers offer an array of cosmetic and medical skin treatments, from acne, wrinkles, pigmented spots and scarring to hair removal. Their laser beam targets the outer layer of skin cells to remove dead cells while heating underlying layers in order to stimulate collagen growth – in turn encouraging skin healing processes and collagen formation. Carbon dioxide lasers have also become popular as tools for hair removal.
These types of lasers come as stand-alone systems or platform systems with several hand pieces (HP) attached for various indications, including hair reduction using long pulse alexandrite 755nm laser, pigment lesions treatment through IPL technology, or fractional CO2 resurfacing treatments. They may be configured with hand pieces like long pulse alexandrite 755-nm or an IPL HP, among others.
Fractional CO2 lasers are specifically designed to be safer than their ablative counterparts, causing less damage and providing faster recovery times. They work by wounding or ablation the layers of skin containing sun damage while leaving normal tissue behind – this allows the body to heal more quickly while giving you a refreshed complexion.
After your CO2 laser session, your doctor will apply an ointment or nonstick dressing to the treated area and instruct you to leave it on for 24 hours as instructed. Avoid rubbing or picking at it; additionally avoid sun exposure after receiving CO2 laser therapy.
