Losing hair is terrible for any male but replacing it with an unnatural looking hair transplant is even worse. Our aim is to restore hair in a completely natural manner.
The ARTAS iX is a full hair restoration system operating from a 3D image, an advanced algorithm and oversight from skilled, certified and experienced ARTAS iX practitioner and technicians. The ARTAS iX can rebuild your hairline, temples and crown using intelligent robotics.
You can expect natural-looking hair restoration in just one session, virtually pain-free and without visible scars.
The ARTAS iX robotic arm is precise and efficient, strategically harvesting and placing more hairs per hour than any other hair transplant system. Hair follicles transplanted using the ARTAS iX system are not susceptible to male pattern baldness and will last a lifetime as dictated by genes.
The ARTAS iX Robotic Hair Restoration System is the very latest in hair restoration technology. The advanced multi-camera stereoscopic vision system has 44-micron resolution so its seven-axis robotic arm can accurately harvest and transplant grafts.
The ARTAS iX analyses and chooses appropriate donor graft and recipient sites using an algorithm developed by hair restoration experts and researchers. The ARTAS iX is unparalleled in hair restoration technology, being the most advanced hair restoration system in the world.
The ARTAS iX procedure results in more abundant hair across thinning areas, and a natural-looking result for both the donor site and the implantation area.
ARTAS iX treatments are virtually pain-free, minimally invasive, with a quick recovery. Restore thinning hair or a receding hairline, and boost your confidence. If you’re missing your former glory, let us show you extraordinary.
Once the monumental decision to go ahead with a hair transplant is made, choosing the best technique for your individual needs comes next. Understanding the planning and execution of each available method governs what you can expect from both the procedure itself and the results in hair restoration.
The ARTAS iX System was developed by hair transplant experts to eliminate human variables like physician fatigue and the guesswork associated with manual follicle harvesting and grafting.
The ARTAS iX is incision, staple and stitch-free, unlike other hair transplant techniques. Your scalp remains intact, there are no visible scars, with natural-looking results seen in as little as 4 months.
With precision robotics and an intelligent algorithm, the intricate work is undertaken delicately, efficiently and with mathematical precision by the robotic arm. That means more hair where you want it, faster, with the ARTAS iX.
The ARTAS iX system has made light work of a dizzying, labour-intensive task. You can now experience the most advanced hair restoration treatment in the world at The Derm Lab in Melbourne.
The exceptional benefits of the ARTAS iX System include:
Incredible precision: The ARTAS iX will optically identify the best hair follicles for extraction. The robot surveys and tracks each hair 60 times per second.
Accuracy: Rapid, micron-level targeting provides accuracy to 44 microns.
Consistency: There is no fatigue of the technology over the duration of a case. The thousandth graft is the same quality as the first graft.
Speed: The ARTAS iX is on average 2x faster than an expert human hand. The ARTAS iX is also much faster than prior versions of the technology.
Digital Algorithmic Mapping: Provides superior and consistent distribution of harvest reducing risks of overharvesting.
Graft quality: Hair follicle grafts are very consistent.
The advanced ARTAS Hair Studio is 3D modelling technology that uses an image of your actual scalp and head structure to model your future hairline. No guesswork involved.
We map out the harvest areas and recipient sites, with accurate projections so you can see what you’ll look like after the procedure. We plan your procedure down to the angle your transplanted hair will grow, where it grows, hair density, and how your hair will fall.
We can model a variety of options with different graft counts and hair distribution, so together, we decide where the hair will work for you the hardest.
When harvesting grafts using the state-of-the-art ARTAS iX robotic arm, follicles are removed precisely and consistently as per the information provided in the 3D modelling from the ARTAS Hair Studio.
The ARTAS iX harvesting system has a speed and accuracy that manual handheld methods cannot hope to match. The advanced algorithms select only healthy hair follicles.
The ARTAS iX system uses advanced algorithms within the Recipient Site Making technology of ARTAS Hair Studio to implement the final stage of the hair transplant, placing the grafts.
The ARTAS iX Recipient Site Making technology protects existing, healthy hair follicles while creating perfectly suited recipient sites. Follicles retain their vitality once transplanted, with neighbouring tissue and follicles remaining free from collateral damage.
There are three main techniques used in hair transplants:
To understand hair loss, we must understand hair growth.
Hair grows out of a follicle, a tube-like pouch sitting just below the skin’s surface. The hair attaches to the follicle base via its root, with the root providing access to a blood supply that delivers nutrients and oxygen.
The part of the hair we can see is known as the shaft. The hair shaft develops from a tower of cells. The new cells build-up from the root, one on top of the other, with the tip eventually pushed out of the skin’s surface and becoming a lengthening hair. The cells closest to the root are living; meanwhile, the cells that make up the hair shaft are not.
The cells that make up a hair shaft are ‘keratinised’ cells, meaning they are tough, have no blood supply and are not ‘alive’ as we know it. Nails grow in a similar process, with keratinised cells making up the hard surface. The living follicle root is the critical part of a hair, with hair thickness dependent on the size follicle from which it grows.
Hair doesn’t grow continuously; a hair’s life cycle occurs in three main stages.
In this first stage, hair grows at a rate of around 1 cm per month, though hair growth rates are variable depending on the season and the person. The anagen phase can last 2-5 years, which is why hair can grow so long.
In this second stage, the bulb detaches from the blood supply, and the hair shaft is pushed up but remains attached to the scalp. The catagen phase lasts a few weeks.
During this final stage, the hair follicle rests, and there is no further growth since the hair is disengaged from the root at this point. The hair takes about five months to fall out of the head.
About 90 per cent of the follicles on the scalp are in the growing (anagen) phase, with the remainder in the resting (telogen) phase. Once the resting phase is complete and the old hair has fallen out, a new hair will start to grow.
If a hair follicle is damaged severely enough, a hair is unable to be produced.
When one of the stages of hair growth is interrupted, hair loss and balding can occur. If a follicle remains in its resting phase, shedding the old hair without growing a new one, then the hair will, over time, start to thin. Strands may be very fragile and break when they emerge from the follicle, also leading to thinning.
Cellular interruptions to a new hair may also occur at the root, possibly due to tissue damage (burns, skin loss, scar tissue) causing the area to be hairless.
Genetic and hormonal influences play a significant role in the most common forms of hair loss, particularly in androgenic alopecia, more commonly known as male and female pattern hair loss. In androgen-driven pattern hair loss, the growing phase may be shortened, with each hair prematurely shed. Regrowth becomes shorter and finer, until the area may reach a stage of complete baldness.
Genes determine whether hair follicles can tolerate certain types of androgens, in particular, dihydrotestosterone. Follicles may be more sensitive to this hormone in some people, resulting in the slow decline of the performance of follicles, with the slowing and halting of hair growth over time in a specific pattern.
Androgenic alopecia is genetic, creating a distinctive pattern of hair loss on the scalp, hence the name. Men’s hair loss patterns are more distinctive than women’s, and hair loss tends to be progressive with increasing loss of healthy follicles
Hormones - androgens - can negatively affect some follicles, resulting in some hair follicles becoming smaller, reducing hair-producing capacities. Eventually, when the follicle can no longer support hair growth, the hair falls out, and a replacement doesn’t materialise. The follicles affected by androgens appear in a predictable pattern in men, which is genetically determined.
The fringe of hair at the back of the head isn’t affected by male pattern baldness and will last a lifetime as dictated by genes. That’s why ARTAS iX hair transplants are permanent; we use only hair from the back of the head, which is genetically programmed to keep growing.
There are seven patterns to male pattern balding, known as the Norwood Scale.
Those with male pattern baldness in stage one still have a full head of hair with very few signs of balding or receding. This stage is known as the control stage.
There is slight evidence of a receding hairline, typically around the temples.
Hair loss is becoming more noticeable, with the hairline pulling back from the temples, curving into an ‘M’ shape when looking from the top down.
In stage 3A, less defined curves in the hairline may be present.
Hair loss is less drastic than in stage 3, though hair will start being lost from the crown of the head, being the first area to lose hair.
We see significant hair loss in stage four as the hairline recedes to resemble a ‘U’ shape when looking from the top down.
Stage 5 is similar to Stage 4, but with further progression of hair loss. The section of hair sitting between the receding hairline and the balding crown will be smaller.
Stage 5A sees the hairline creeping towards the back of the head.
A person is bald on the top and front of the head, with the two bald areas joining. Hair may remain on the sides and back of the head.
Baldness appears on the sides of the head, with hair that does grow in this area becoming thin and weak.
Women may also develop androgenic alopecia, but the pattern of hair loss differs from men’s. After menopause, oestrogen levels drop off, leaving androgens to impact hair follicles in the same way they affect men’s follicles.
In women, we use the Ludwig scale to grade hair loss on a scale from one to three. Stage I of the Ludwig scale begins with thinning at the top of the head; Stage II means the scalp has started to show, and Stage III means all the hair on the crown is lost.
Many women’s hair loss patterns do not fit into the Ludwig scale, and hair is often lost evenly across the head, resulting in thinning rather than balding. A receding hairline is not as common in women and the crown of the head may be affected more than other areas.
Other causes of hair loss include:
Shocking physical or emotional trauma, for example, a car accident or family death.
Pregnancy and giving birth
Vitamin A excess
Certain medications or supplements
Low B vitamin levels
Iron deficiency anaemia
Autoimmune disease (alopecia areata)
Sudden weight loss
Over-styling and some hair products (tight braids, weaves, chemical relaxants, hot oil)
Hair pulling disorders (Trichotillomania)
Hair loss can have profound impacts on self-image. Research reveals there is a perception that balding men are older, weaker and less physically attractive than non-balding men. Women’s balding is talked about far less, but the impacts on self-image are no less significant.
Negative stereotypes about hair loss don’t do our self-esteem any favours and can impact quality of life. Many balding men report emotional distress regarding the loss of hair, feeling less physically attractive, and having greater body dissatisfaction than their non-balding peers. Many men are, therefore, very motivated to have successful hair restoration procedures.
Restoration procedures may include preventing further hair loss, maintaining existing hair, regrowing hair or a combination of strategies.
The ARTAS iX System works to maintain existing hair, but because we relocate follicles, the procedure gives the impression of regrowing hair. The same amount of hair is present on the head; it is simply rearranged to offer a more lustrous-looking hairline.
The ARTAS iX at The Derm Lab is the only device of its type in the Southern Hemisphere.
The Derm Lab is a state-of-the-art clinic in Malvern, catering to Melbourne metro, regional Victoria, and interstate patients. The Derm Lab is a leading provider of proven cosmetic and medical treatments, with experienced doctors and nurses providing effective treatments using the latest technology.
The ARTAS iX system doesn’t require any incisions, staples or stitching, no removal of scalp skin and no visible scarring, unlike other hair transplant techniques. The treatments are fast, use artificial intelligence and a robotic arm, all with the oversight and artistic skill of an experienced hair restoration doctor.
If you’ve been battling with losing your hair for a while, maybe it’s time to book in a consultation with The Derm Lab hair restoration experts and see how we can help you.
The ARTAS iX System is a minimally invasive hair restoration technique utilising 3D imaging and precision robotics to harvest healthy hair follicles to be transplanted in areas of the scalp experiencing thinning or balding. There are no stitches or visible scarring.
The ARTAS iX system is a permanent hair restoration treatment. The donor grafts are from the follicles found in the back of the head not susceptible to the same pattern baldness as the previous follicles.
As with any aesthetic treatment, individual results vary. Talk to us about your hair restoration goals, and we’ll see how we can help you.
Hair transplants require consideration of several factors, for example, how advanced is your hair loss, hair colour, hair type, facial structure, age, and your expectations for hair restoration treatments.
We can perform the ARTAS iX procedure on almost anyone with hair loss that has black or brown, relatively straight hair. Most people who experience hair loss in Australia are good candidates, in particular, those experiencing male or female pattern baldness.
Hair loss should have stabilised before treatments are undertaken, as losing further hair after treatments will negatively affect the hairline.
During your complimentary consultation, we will complete a full analysis of your prospects for success, with pre-procedure 3D imaging so we can see if the ARTAS iX is right for you. We are very clear about our capacity for hair restoration in each individual, so talk to us. Having realistic expectations is important.
Once confirmed to be a suitable candidate, you will be required to have a full blood assessment and a consultation with the physician
Because the procedure is minimally invasive – there are no surgical incisions, staples or stitches – you can look forward to a quick recovery. You’ll most likely be back enjoying your regular activities within 48 hours.
You will undoubtedly get comments that you are looking well, but unless you tell, nobody will know you’ve had a hair transplant. The results from the ARTAS iX System are seamless and natural.
Yes, your hair will grow and fall naturally after hair restoration procedures with the ARTAS iX. You can grow it long or cut short as you wish.
Hair plugs are large swathes of hair follicles taken from healthy growing areas, then moved to areas where the hair is thinning. Hair plugs can result in an unnatural appearance of the hair since the angle of hair growth makes a considerable difference to outcomes. Hair plugs may result in hair growth appearing awkward
ARTAS iX uses algorithm-driven follicle extraction. Single follicular units (groups of 1-4 hairs) in their natural groupings are then transplanted according to the advanced algorithm, resulting in natural-looking hair and a rejuvenated hairline.
We use a local anaesthetic before your procedure to minimise. You can expect to feel a little tender afterwards, but this will dissipate within a day or two. We will be on hand to ensure you are very comfortable during your procedure and have everything you need for a successful recovery.
You can expect to be in our Melbourne clinic for several hours, up to a full day. Robotic hair restoration takes far less time than traditional hair transplant techniques when you consider the number of follicles able to be transplanted.
Unlike strip grafting, you do not have any visible scarring after ARTAS iX treatments. However, a shaved head may reveal tiny pinhole scars in the donor area.
With ARTAS iX hair restoration procedures you can wear your hair however you like, including very short cuts, without worrying about visible scars.
If you are a darker skin type there may be a risk of post-inflammatory hyperpigmentation. This consideration and also a history of keloid scarring are not contraindications yet can be discussed at the time of Consultation.
Because we use a local anaesthetic on your scalp before treatment starts, you’ll feel virtually no pain. Some people may experience some discomfort and swelling after the procedure, but this will dissipate across a few days. We are on hand to ensure you are very comfortable during your procedure and have everything you need for a successful recovery.
Because each of you has unique needs, consultation and assessment is a necessary part of the quotation process. Contact us for more information and a ballpark of what to expect based on your hair growth patterns.
Yes, this is important as it enables the 3D robotic cameras to accurately assess each potential graft. We shave the whole head to approximately 1mm on the day of the procedure to keep things simple and easy to manage post operatively.
We recommend you avoid heavy lifting for two weeks, and saunas and steam rooms for three weeks. Leave your head uncovered for at least three days – no hats, helmets or wigs. Do not use a hairdryer for at least two weeks.
In the week after your procedure, avoid putting pressure on your delicate follicles, for example, when washing hair, scratching your head or styling hair. When the flakes around the roots have completely fallen off, you can then dye, cut or curl your hair. Avoid styling for three months.
There is likely to be some tightness and possibly some discomfort around the donor area for a while. Be gentle.
Please note: Detailed post-operative care instructions will be provided following your ARTAS iX hair transplant.
You can wash your hair very gently the day after treatments, and as usual after about five days. The ARTAS iX team will show you how to wash both the donor and recipient site. You will also be given a take-home care kit following your treatment.
We can transplant up to 5,000 follicles in a day’s work. By contrast, other manual methods can only transplant 2,000 follicles in six hours. ARTAS iX has a clear advantage.
You’ll start to see new hair growth within three months, with more significant improvements in thickness seen within six months. Your full results reveal themselves after 9-12 months when the follicles are settled in their new locations and are producing healthy hair.
HypoThermosol is an innovative solution to temporarily store hair grafts prior to implantation. It has been shown to improve the preservation and functionality of the harvested hair follicles. We will discuss the importance of the use of HypoThermosol during your consultation. The Derm Lab is committed to providing the very best results so invest heavily in cutting edge research and technology.
The Derm Lab offers complimentary consultations for the following treatments:
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