A real laser machine will run tens of thousands of dollars, even used (check ebay, do a search on cutera, lightsheer and other mfg. names.) You could buy a home where I live for what a new one would cost. You and your friends could probably have pro laser treatment for the cost of one of those. I also dont know if anyone would sell you one, not being a licensed practitioner. Imagine what a real medical laser could do in untrained hands!
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There are quack devices sold on eBay and elsewhere, sold as home laser hair removal. I have never tried one, but they are being discussed on this forum right now.
However, if you and your friends are really, really are committed to it, you could buy a professional electrolysis machine and perform electrolysis on each other. But, as I and others here have learned, it is a real commitment of time to learn how to do it safely and correctly. (For the cost of a pro laser machine, you could probably all go to electrology school! :D) Really! Electrolysis machines run a few hundred dollars and up, new ones a few thousand depending on features etc. You could buy a used electrolysis machine for the cost of one of those quack home laser products.
Also remember liability issues that could arise working on each other, and laws vary from state to state.
For many salons and aesthetic clinics laser hair removal represents the largest demand and revenue generator in their clinic. With 80% of females and an increasing percentage of males using some form of hair removal be it shaving, waxing or laser, the market potential is huge. If your clinic is looking to introduce laser hair removal or upgrade your older technology to become more competitive, it can be a daunting task figuring out which laser is the best for your business.
Each supplier claims to have the best technology and many offer deals that on the face of it look great value. So, like a car, it may look good in the showroom but until you test drive it on the road you dont really know how good it is, or not. With lasers often you are not given this opportunity so have to rely on what the supplier tells you or from your own research.
It can be a very confusing process, so we have put together this simple guide with minimum jargon to explain what you need to look for in choosing a device that will firstly deliver outstanding results for your clients and subsequently enhance your reputation and customer satisfaction and make you highly competitive in a crowded market.
All lasers rely on the similar principle of removing unwanted hairs. The goal is to heat the base or root of the follicle to a high enough temperature to destroy it, at the same time without burning the skin or causing unwanted side effects. Not all lasers can do this and we explain why. This process is called Selective Photothermolysis whereby the follicle is heated to destruction without damaging the skin.
The target or heat conductor in the hair follicle is melanin and this dark pigment has a high absorption of certain wavelengths of light (dark pigment absorbs light, light pigment reflects light). Typically the best wavelengths to get maximum absorption and depth of penetration is around 750 810nm. The two wavelengths in this region are Alexandrite (755nm) and Diode (808 / 810nm). The other wavelength commonly used is the Nd:YAG (nm) as it is safer on dark skin types but has a lower absorption in melanin so not quite as effective.
755nm has a higher risk with darker skin types, 810nm technology can treat all skin types and has high melanin absorption so have become the most popular wavelength to use. Some manufacturers promote a triple wavelength handpiece with 755 / 810 / nm in each.The questions to ask is if 755nm has higher risk on darker skin types why include that, if nm has less melanin absorption and therefore less effect why include that. 808 or 810nm offers peak melanin absorption and those from top end manufacturers are safe to use on all skin types. The triple wavelength may be more a marketing myth than a true advantage.
To selectively deliver sufficient heat to the base of the follicle requires high power and fast delivery of each pulse (known as pulse duration). This fast delivery or short pulse duration ensures most of the heat is absorbed in the follicle and doesnt give time to spread into the surrounding skin. The speed of delivery should be quicker than the time it takes to dissipate heat in the surrounding skin.
For effective hair removal this is in the region of 10 30ms. Lighter finer hair requires even faster delivery or shorter pulse duration as it does not absorb the heat energy for very long. As a test if you are looking at a Watt laser set the energy level at 30j / cm2 and see how low or short the pulse duration can go, if it is higher than 30ms it will be less effective and may indeed be a lower powered device.
To protect the skin and maximise client comfort, effective integrated skin contact cooling is recommended. To keep the surface of the skin cool whilst delivering high power is quite an engineering feat and not all laser devices are capable of maintaining this cooling control.
Diode laser power are measured in Watts and the power of devices on the market varies widely from 400 Watts to Watts. The higher the power the more expensive the laser components and therefore overall cost of the device. The benefit of high power however is that you need high power to achieve a short pulse duration and maximise effectiveness of treatment. A low power laser of 400 Watts cannot achieve a short pulse duration and are therefore far less effective particularly on lighter finer hairs.
These devices recommend you treat every four weeks (could this be because you are treating the same hairs and not removing them?). High powered short pulse duration lasers treat every 6 12 weeks as new phases of hair growth appear and clients achieve maximum results in far less number of treatments typically 85 95% clearance in 6 8 sessions for most people.
A high powered laser will also enable use of a large spot size. The spot size is the area of skin treated with each pulse, the larger the spot the more area treated and the faster the treatment time. A low powered laser cannot drive a large spot size as the energy will be so diluted over the spot area it will be ineffective. With a large spot size of high powered lasers you can treat full legs in 10 minutes compared to 45 60 minutes on small spot size lasers.
With such a short treatment time you can offer very competitive prices (customer will book with you) yet achieve very high revenue per hour making your clinic the most competitive in terms of price to customers (laser hair removal is price sensitive) yet achieving more revenue per hour than competitors.
In summary the four specifications you need to look at and compare are:
We have complied a chart of a wide range of diode lasers available on the market. These specifications are taken from publicly available data from manufacturers websites (interestingly sometimes UK distributors websites list different specifications than the manufacturer!).
Also, research where the manufacture is based and what is their website so you can check accurate specifications. Legally every laser must list the manufacturers name and address on the label at the back of the device. Most lasers are now Medical CE certified so its also a good idea to request the Medical CE Certificate.
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Finally, when choosing a laser price should not be your main consideration as you get what you pay for. Choosing a device because it is the cheapest or the supplier offers an amazing one off big discount should not be your reason for choosing a laser that you will build your business and reputation on. Often you will find these are the low power long pulse duration, small spot size devices.
Always ask for a demonstration so you can test drive the laser and speak to clinics who are using that device to get real feedback not just on the device but the reputation and after sale support they receive from the supplier. You need to now there is good backup if you have a problem as having to cancel diaries is your biggest nightmare. For example does the supplier have their own technical service team or do they outsource and how quickly will they respond and resolve an issue.
We hope that this advice will be useful in helping what is a large investment and very important decision for your business.
Eneka PRO is a truly versatile, professional Diode Laser platform with multiple power & wavelength options meaning you can tailor the system for your clinic requirements.
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