Here’s the ultimate guide to buying laser tattoo removers. Once you have read it completely, you will receive all necessary information regarding purchase, rental, technical information, installation and clinical information. stop looking! Other companies require you to register to receive their information, but here you will get all the necessary information for laser tattoo removers for free without registering for a downloadable link!
Learn about laser tattoo removal techniques.
Two common types of laser technology are long-pulse lasers or Q-switched lasers. Long-pulse lasers are used for cosmetic procedures such as laser hair removal and veins, but not for tattoo removal. To remove tattoos, you need Q-switched laser technology. The two types can be quite confusing in terms of aesthetic laser applications and their uses. Q-switched lasers generate extremely short pulses of nanoseconds or picoseconds. The pulse is defined by how long it takes to travel or rest on the skin. A long-pulse laser will operate in milliseconds, which is a “longer pulse.” A nanosecond is equivalent to a billionth of a second, and a millisecond is equivalent to a thousandth of a second. The latest development in laser speed technology is picosecond lasers, which are just the same type of laser wavelength but travel faster, one trillionth of a second. You need a Q-switched Nd:Yag laser for tattoo removal. Picosecond lasers have a lot of hype, but are not worth the investment. You’ll spend almost twice to three times the cost of a standard Q-switched nanosecond laser, which may reduce the tattoo removal process for one treatment. The point is that you will effectively remove tattoos with a nanosecond laser, and spending an extra $100,000 on a picosecond laser won’t get you more clients, nor will it invest more money in your laser tattoo removal business. Apart from laser technology, there are many factors that can go into tattoo removal.
Different types of laser wavelengths used for laser tattoo removal
All lasers absorb three components of the skin: oxyhemoglobin, water and melanin. Each laser absorbs different amounts of these three components. Some laser wavelengths absorb large amounts of water and small amounts of oxyhemoglobin or melanin. The absorption of these three components is never uniform, so all lasers are used for different applications. In addition to understanding these three components of laser absorption into the skin, each laser wavelength penetrates the skin at different depths. Available laser wavelengths for tattoo removal are 532 nm KTP, 585 nm dye, 650 nm dye, 755 nm alexandrite, 694 nm ruby, and 1064 nm Nd:Yag lasers. All of these laser wavelengths will absorb varying amounts of melanin, which is the color or pigment that lasers attract, so not all of these laser wavelengths are suitable for all skin types. The most common combination of gold standard lasers is Q-switching at 532 nm and Nd:Yag at 1064 nm. 1064 nm is the optimal laser wavelength for all skin types. Learn about the operational settings for laser tattoo removal.
When operating a laser tattoo remover, it is important to understand several settings. Energy, Hertz, Spot Size and Pulse. Energy is usually defined in terms of j/cm2 or mj. The higher the energy, the more aggressive the treatment. It is important to keep track of the settings each client uses during each treatment. Do this electronically or with client diagrams filed in organized folders. Throughout the tattoo removal process, the strategy is to slowly increase the energy higher than the last treatment as this is the tattoo removal process. Hertz is defined by the speed at which the laser is fired. The higher the frequency, the faster the continuous laser emission. Pulses can be defined as 1st, 2nd and 3rd, or infinite if the laser has a setting available. You can adjust these settings. Every time you press the foot pedal, it first uses the laser as the setting of your choice. Lastly is spot size, which is overlooked by most people looking into tattoo removal. All lasers limit the user when the spot size increases and the power is limited. It is important to know this as it will determine the quality of the laser. Better lasers allow for larger spot sizes relative to power.
Know the laser specifications before purchasing a laser tattoo remover.
If you’re considering buying a laser tattoo remover, it’s important to compare specs between lasers. It is important to know the part’s peak power, usable spot size, Hertz, wavelength and lifetime. If you don’t check these specs, you may end up paying more for the laser than for a laser with similar specs. It is important to have available power and speed in relation to the spot size, as these settings will be very important when the area is larger or in later treatments. Some lasers limit you to using a smaller spot size for higher energy when you increase the energy in a later treatment and cover a large area. This can be annoying as you may end up using a 2mm sized spot for a large treatment. The Lucid Q PTP laser system does not have this problem because of the high peak power of the system and the operating frequency up to 25 Hz.
Or rent a new laser tattoo machine. Second-hand
Both have advantages, but some factors are better than others. Buying a used system will give you a limited warranty, and a system that was outdated many years ago may have had problems in the past, used it for many years, and is still very expensive. People think that buying second-hand will save you money, which is not true. Used lasers come with unforeseen hidden costs related to service and any replacement parts you need. If it’s an outdated system, then parts will be scarce. If it is a new system, then it is necessary to directly cooperate with the manufacturer of the old system, and the company has very strict requirements on who can get spare parts. As an owner of a used system, if you contact the system manufacturer and say you need parts or service, they will refuse to provide the part or service unless you purchase them for a one-time fee, which is called recertification. Fees typically range from $15,000 to $30,000. This is done to price the used system off the market. Eventually, you’ll spend more money on older systems and buy outdated equipment with limited warranties. Most used equipment dealers only offer short-term warranties because no one can guarantee the availability of parts. MedLaser USA is a brand new system that has been approved by the FDA. It’s priced the same as the warranty, which is longer than the old system you received. This is done to price the used system off the market. Eventually, you’ll spend more money on older systems and buy outdated equipment with limited warranties. Most used equipment dealers only offer short-term warranties because no one can guarantee the availability of parts. MedLaser USA is a brand new system that has been approved by the FDA. It’s priced the same as the warranty, which is longer than the old system you received. This is done to price the used system off the market. Eventually, you’ll spend more money on older systems and buy outdated equipment with limited warranties. Most used equipment dealers only offer short-term warranties because no one can guarantee the availability of parts. MedLaser USA is a brand new system that has been approved by the FDA. It’s priced the same as the warranty, which is longer than the old system you received.