Tattoo removal laser for sale in Australia: a buyer’s guide for clinics
What to check before you buy a Q-switched Nd:YAG tattoo removal laser, what it really costs to run, and which Lunar model suits a cosmetic tattoo studio, a beauty clinic or a busy removal practice.
If you are looking at a tattoo removal laser for sale in Australia, you will find two kinds of listing: marketplace imports with a long spec sheet and little else, and premium systems priced for medical practices. This guide sits between them. It explains how a Q-switched Nd:YAG tattoo removal laser works, which specifications actually matter, what you will spend beyond the machine, and how to compare an imported unit with a local supplier. It is written for cosmetic tattoo artists, beauty studios and clinics, not only doctors.
We sell three Q-switched Nd:YAG lasers, so we are not neutral. We have tried to write the guide we would want to read before spending our own money, and every Lumova specification below matches the product pages.
How Q-switched Nd:YAG tattoo removal works
A Q-switched Nd:YAG laser breaks ink into smaller particles with very short, very intense pulses of light, and the body’s immune system then clears those particles gradually between sessions.
The laser crystal is neodymium-doped yttrium aluminium garnet (Nd:YAG). A flashlamp pumps the crystal, and a Q-switch holds back the energy and releases it as a pulse lasting a few nanoseconds. Ink particles absorb that energy faster than they can shed it as heat, so they fragment. The fragments are small enough for the lymphatic system to carry away over the following weeks. This is why tattoo removal is a course of treatment rather than a single appointment: each session lightens the ink further, and the skin needs time to recover and clear pigment before the next one.
The wavelength decides which colours absorb the light:
- 1064 nm targets dark pigments such as black, dark blue and dark brown. It penetrates deeper and is absorbed less by melanin, which is why it is generally preferred for darker skin types.
- 532 nm (frequency-doubled) targets red, orange and other warm-toned pigments. Melanin and blood absorb it strongly, so it is used more cautiously and at lower settings.
- 1320 nm is used for carbon peel rather than ink removal. See our carbon peel laser guide.
No single laser suits every ink. Bright green and light blue respond poorly to 1064 and 532 nm and usually need other wavelengths, such as 694 nm (ruby) or 755 nm (alexandrite). Cosmetic tattoo pigments raise their own issue. Many contain iron oxides or titanium dioxide, and warm, light, white or flesh-tone inks can respond unpredictably or darken after the first pass. Test spots and conservative settings matter more here than raw power. Our cosmetic tattoo removal laser guide covers brows, lips and eyeliner in detail, and the Nd:YAG wavelengths guide goes deeper on 1064, 532 and 1320 nm.
Picosecond lasers use even shorter pulses. Published studies report fewer sessions with picosecond technology for some tattoos, and those systems cost considerably more to buy and maintain. Q-switched Nd:YAG remains the established, lower-cost-to-own option that suits many cosmetic tattoo and dark-ink cases. Our Q-switched vs picosecond comparison sets out the trade-offs fairly.
Clients should also know the risks before they book. Common short-term effects include redness, swelling, pinpoint bleeding and blistering. Less often there are lasting changes in skin colour (lighter or darker patches, more likely on darker skin), changes in texture or, rarely, scarring. Careful client screening, a patch test, conservative settings and clear aftercare instructions are part of the job, not optional extras.
What to look for in a tattoo removal laser for sale in Australia
Spec sheets for a tattoo removal laser machine tend to be long and hard to compare. These are the lines that matter, what each one tells you, and what to ask before you buy.
| What to check | Why it matters | What to look for or ask |
|---|---|---|
| Wavelengths | Each wavelength targets different ink colours. | 1064 nm and 532 nm as a minimum for tattoo removal. Ask what any extra wavelength is actually used for. |
| Pulse width | Shorter pulses fragment ink more efficiently with less heat spread. | A true Q-switched pulse in nanoseconds (ns). Be wary of long-pulse lasers marketed for tattoo removal. |
| Energy per pulse (mJ) | Sets how much energy you can deliver to deeper or denser ink. | A stated range, not only a maximum. Ask whether it is measured at the handpiece. |
| Total power (W) | Usually the machine’s electrical power rating, not the energy delivered to the skin. | Read it alongside energy per pulse and repetition rate, not on its own. |
| Repetition rate (Hz) | Controls how many pulses per second you deliver. | An adjustable range, so you can work slowly near the eyes and lips and faster on larger areas. |
| Spot size | The same energy over a smaller spot gives a higher fluence (J/cm²). | Adjustable spot sizes and clear guidance on how spot size changes fluence. |
| Laser rod | The rod is the Nd:YAG crystal itself, often listed by a size code such as F5 or F6. A larger rod generally supports higher energy per pulse. | Compare the rod together with the stated energy range rather than the rod label alone, and ask whether rod life is stated. |
| Cooling and duty cycle | Heat limits how long the laser can run at full output. | A water circuit, not air only, and a stated continuous operating time. |
| Lamp and rod life | The flashlamp is the main wear part. | A stated lifetime in shots, plus the replacement cost and lead time in Australia. |
| Handpiece, tips and aiming beam | Tips change the wavelength and spot. An aiming beam shows where the pulse will land. | Which tips are included, what replacements cost, and whether there is an aiming beam. |
| Weight and footprint | Decides whether the laser can move between rooms or sites. | Measure your treatment room and trolley space before you choose. |
| Warranty, service and training | Downtime costs you bookings. | Who honours the warranty, where repairs are done, and what training is included. |
A note on energy figures. Fluence is energy divided by spot area, so as a rough illustration 1000 mJ over a 3 mm spot is about 14 J/cm², and the same 1000 mJ over a 6 mm spot is about 3.5 J/cm². A higher maximum energy is useful mainly because it lets you use larger spots for deeper ink without dropping fluence too far. It is not a reason to treat at maximum settings.
Compact or stationary
Compact units suit studios that share rooms, work across more than one location or are adding laser removal to an existing service. They sit on a bench or trolley and can be moved by one person. Stationary units stand on the floor, usually carry more built-in features such as integrated skin cooling, and suit dedicated removal rooms with a steady client list.
In the Lunar range, the L1 (12 kg) and L2 (15 kg) are compact, and the Lunar Pro (55 kg, 36 × 45 × 120 cm) is a stationary floor unit with a cryo cooling hammer that chills the skin before, during and after treatment.
Which Lunar model suits your business
All three Lunar lasers are Q-switched Nd:YAG systems with 1064, 532 and 1320 nm wavelengths, a 1–10 ns pulse width, a 1–10 Hz repetition rate, a touchscreen, water-circuit cooling with a forced-air radiator, a lamp life of 1 million shots and up to 2 hours of continuous operation. They differ in power, energy range, rod, cooling and size.
- First laser for a cosmetic tattoo studio: Lunar L1. Compact and straightforward, for lightening brows and other cosmetic tattoo, small tattoos and carbon peel.
- Mixed fresh and older pigment: Lunar L2. More power and a wider energy range in a compact body, for fresh surface pigment through to deep work more than 5 years old.
- High-volume clinic: Lunar Pro. A stationary system with cryo cooling, for all three cosmetic tattoo zones (brows, lips and eyeliner) and a wide range of tattoos.
| Specification | Lunar L1 | Lunar L2 | Lunar Pro |
|---|---|---|---|
| Format | Compact | Compact | Stationary |
| Total power | 500 W | 600 W with pre-ignition | 600 W with pre-ignition |
| Output energy | 100–2000 mJ | 300–3000 mJ | 300–3000 mJ |
| Laser rod | F5 | F6 | F6 |
| Spot size | Adjustable with handpiece distance | 1–10 mm | 1–10 mm |
| Skin cooling | Not included | Not included | Cryo cooling hammer |
| Weight | 12 kg | 15 kg | 55 kg |
| Dimensions | 36 × 50 × 40 cm | 35 × 55 × 44 cm | 36 × 45 × 120 cm |
| Best fit | First laser, cosmetic tattoo, small tattoos | Fresh to deep, older pigment | High volume, all three cosmetic tattoo zones |
Every specification is listed side by side on the Lunar L1, L2 and Pro comparison page.
Costs beyond the machine
The purchase price is only part of the cost of a professional tattoo removal laser. Before you compare quotes, budget for the following.
- Flashlamp and wear parts. Lamps are rated in shots. Track how many shots a typical session uses in your first month so you can forecast when a lamp will be due, and ask what a replacement costs and how quickly it arrives.
- Consumables. Distilled or deionised water for the cooling circuit, carbon peel gel, replacement tips, dressings and aftercare products.
- Eye protection. Eyewear with a stated optical density (OD) at both 1064 nm and 532 nm for everyone in the room, because one pair rarely blocks every wavelength equally. Each Lunar laser ships with operator and client protective glasses, but extra pairs for staff are a running cost.
- Licensing and compliance. Depending on your state, this can include licence fees, premises requirements and documented procedures.
- Insurance. Check that your professional indemnity and public liability cover explicitly includes laser tattoo removal.
- Training. Time away from paid work while you learn, plus any accredited course your regulator or insurer requires.
- Servicing and downtime. Every day the laser is out of action is a day of cancelled bookings. Local parts and a known repair path matter more than a lower purchase price.
Imported marketplace laser or local supplier
Cheap Nd:YAG machines for sale on international marketplaces can look similar on paper. Some will serve a careful buyer well, but the spec sheet does not tell you who answers the phone when something goes wrong. Whoever you buy from, ask these questions:
- Warranty: Who honours it, and does the laser have to be shipped overseas for repair? Who pays the freight?
- Parts: Are lamps, rods and tips available in Australia, and how long does a replacement take?
- Training: Is there structured training on settings, contraindications and eye protection, or only a manual?
- Support: Can you reach someone in an Australian time zone when you have a tricky case?
- Documentation: Is there an English manual, a full specification sheet and the equipment information your state regulator or insurer may ask for?
- Electrical supply: Is the unit configured for Australian mains power and plugs?
- Specifications: Are energy and power figures stated as ranges, and can the supplier explain how they were measured?
Lumova offers Australia-wide delivery, a 12-month warranty, an online training course with every laser, in-person training on request and ongoing support. Weigh that local support against any saving on the purchase price.
Licensing, insurance and training
Whether you need a licence depends on where you work. Several states and territories regulate cosmetic laser use through their radiation laws, which can cover the operator, the laser and the premises. Others rely mainly on general workplace health and safety and consumer law. Queensland is a good example of the stricter approach: each operator needs a cosmetic laser use licence backed by training from an approved provider, the business needs a possession licence for the laser, and the laser and treatment room must be certified by an accredited person.
Q-switched tattoo removal lasers are generally Class 4 laser products, the highest hazard class. Even where no licence is required, AS/NZS 4173, the Australian and New Zealand standard for using lasers and intense light sources in health care and the cosmetic industry, is the usual reference for controls such as a laser safety officer, a controlled treatment area, warning signs and eyewear. Your insurer may ask how you meet it.
Our laser licensing guide for Australia summarises the rules state by state and links to each regulator. ARPANSA, the national radiation protection agency, also publishes advice for providers of cosmetic laser treatments. Check current requirements with your regulator before you buy, because the rules change.
This guide is general information only. Licensing, insurance and training requirements vary by state and change over time. Confirm the current rules with your regulator and insurer before you treat clients.
Finance and payment plans
Yes, you can usually finance a tattoo removal laser. Lumova offers payment plans and equipment finance through third-party providers. Common structures for business equipment include leases and chattel mortgages, and each has different tax and ownership implications, so talk to your accountant before you sign. Ask us for details when you request a call.
Questions buyers ask
How much does a tattoo removal laser cost in Australia?
Advertised tattoo removal laser prices in Australia range from under $10,000 for basic imported Q-switched units to $100,000 or more for premium picosecond platforms. The machine is only part of the cost, so also budget for lamps, consumables, eyewear, licensing, insurance and training. Lumova prices are available on request.
What is the best laser for tattoo removal?
There is no single best laser for every tattoo. Q-switched Nd:YAG lasers with 1064 and 532 nm cover black, dark and red-toned inks and suit many cosmetic tattoo cases, while picosecond lasers may clear some tattoos in fewer sessions at a much higher purchase cost. The right choice depends on your clients, the inks you see and your budget.
Do I need a licence to use a tattoo removal laser in Australia?
It depends on your state or territory. Some regulate cosmetic laser use through radiation licensing of the operator, the equipment or the premises, while others rely mainly on general workplace and consumer law. Check current requirements with your state regulator before you treat clients.
Is a Q-switched Nd:YAG laser good for tattoo removal?
Yes, Q-switched Nd:YAG is an established technology for tattoo removal, particularly for black and dark inks at 1064 nm and red or warm tones at 532 nm. Results vary, several sessions are usually needed, and some colours such as bright green respond poorly to these wavelengths.
What wavelength removes black ink, and what removes red?
1064 nm targets black, dark blue and dark brown ink, and 532 nm targets red, orange and other warm-toned pigments. Warm, light, white and flesh-tone pigments can respond unpredictably or darken, so test spots are important.
Can I finance a tattoo removal laser?
Usually, yes. Lumova offers payment plans and equipment finance through third-party providers. Discuss the tax treatment of a lease or chattel mortgage with your accountant before you commit.
Is a cheap laser from eBay or Alibaba worth it?
It can be, but check the warranty, parts availability in Australia, training, support and documentation before you buy. A lower purchase price can be outweighed by downtime, overseas repairs and missing paperwork that your regulator or insurer may ask for.
How many sessions does laser tattoo removal usually take?
Several sessions are usually needed, and results vary. Professional tattoos commonly need somewhere between 5 and 10 or more sessions spaced several weeks apart, while lightening a cosmetic tattoo before it is redone often needs fewer. Ink colour, depth, age and the client’s skin all affect the number.
Talk to us about the Lunar range
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