Head to head
IPL vs laser hair removal: what actually separates them
One emits a broad band of wavelengths, the other emits one. That single difference explains the price gap, the clinic requirement, and why laser works on skin tones IPL cannot touch.
By Selena H. · Published October 13, 2026

Illustrative photograph, not a picture of a specific device.
Disclosure: Glow & Current earns a commission when you buy through links on this page, at no extra cost to you. It does not change which device wins or what we say about it — here is exactly how we are funded, and here is how we evaluate devices.
Spectrum
The physical difference
IPL emits a broad band of wavelengths - Nood publishes 510 to 1200 nm for its device, which is typical. A filter cuts the shortest wavelengths and the rest is delivered as a pulse. Multiple wavelengths hit multiple chromophores at once.
Laser emits a single wavelength. An Alexandrite laser is 755 nm; a diode laser is typically 800 to 810 nm; an Nd:YAG is 1064 nm. One wavelength, chosen deliberately for how it is absorbed by the target relative to the surrounding tissue.
Everything else - the price, the clinic requirement, the skin-tone difference - follows from that.
The consequence
Why single wavelength matters so much
A clinician choosing a laser is choosing how the light will be absorbed. For deeper skin tones, the 1064 nm Nd:YAG is the standard choice because it penetrates further and is absorbed considerably less by melanin in the epidermis. That is why laser can treat skin tones that home IPL cannot.
A broad-spectrum IPL pulse cannot make that trade. Part of its output will always be in the band that epidermal melanin absorbs strongly, which is exactly why every home IPL device carries a skin-tone ceiling. The full explanation.
Quick picks
The short answer
| # | Product | Best for | FDA clearance | Price |
|---|---|---|---|---|
| 1 | ![]() Braun Silk-expert Pro 5 Best home IPL | suitable skin tones, at home | Located | |
| 2 | ![]() Ulike Air 10 Highest-energy home IPL | coarse hair, suitable skin tone | Located |
Prices are checked live and stamped with the date they were read. No live price is held for these listings right now, so every button reads “Check price on Amazon” rather than showing a number we cannot stand behind. Last price check: October 13, 2026.
Comparison
Side by side
| Home IPL | Clinic laser | |
|---|---|---|
| Light | Broad spectrum, filtered | Single wavelength |
| Energy | 5-24 J/cm2 brand-stated | Substantially higher, operator-controlled |
| Skin tone range | Ceiling around Fitzpatrick IV on most devices | Wider; Nd:YAG used for deeper tones |
| Hair color | Dark hair only; no gray, white, red or very light blonde | Same melanin dependency, but better discrimination |
| Operator | You | Trained clinician |
| Sessions | Weekly for 4-12 weeks, then maintenance | Typically spaced further apart, fewer total |
| Cost shape | One purchase, then nothing | Per session, ongoing |
| Result | Reduction | Reduction, generally more complete |
In fairness
What home IPL does better
- Cost over time. One purchase against a course of clinic sessions plus maintenance, indefinitely.
- Privacy and convenience. No appointments, no travel, no undressing in front of a stranger.
- Maintenance is free. A top-up session costs nothing once you own the device, where clinic maintenance is another appointment.
- Pace. You decide when, and you can stop and restart.
The other side
What clinic laser does better
- Treats skin tones home IPL cannot, via Nd:YAG. This is the decisive advantage for a large number of people.
- Higher energy and better targeting, meaning fewer sessions and more complete reduction.
- A trained operator who assesses your skin, picks the parameters and sees what they are treating - including your back.
- Recourse if something goes wrong, which a handset does not provide.
In detail
Every pick, and why
Best home IPL
Braun Silk-expert Pro 5
Braun · Best for suitable skin tones, at home
If home IPL suits your profile, the sensor-led Braun is the safest implementation. K190354, SkinPro 2.0 at 80 reads a second. It is still IPL, with IPL's skin-tone ceiling.
The sensor-led handset: it reads skin tone 80 times a second and sets the intensity for you, which is a different design philosophy to maximizing energy.
Specifications
| Energy | Up to 6 J/cm2, brand-stated |
|---|---|
| Flashes | 400,000 |
| Intensity levels | 10, set automatically by SensoAdapt |
| Sensor | SkinPro 2.0 reads skin tone 80 times a second |
| Speed | Up to 125 flashes a minute; both legs in under 5 minutes |
| Clearance | K190354, 18 March 2019, product code OHT |
FDA clearance located
510(k) K190354 (BRAUN Silk.expert Pro 5, cleared 18 March 2019, applicant Cyden Limited, product code OHT).
What works
- A located clearance with a named applicant and date
- The continuous skin-tone sensor is the best safety implementation in the category
- Fastest glide mode here
What does not
- 6 J/cm2 is a quarter of the Ulike figure, so expect more sessions
- Automatic intensity removes the control some users want
- Corded operation on several variants
Specifications from Braun product page; FDA 510(k) K190354, checked 13 October 2026.
Highest-energy home IPL
Ulike Air 10
Ulike · Best for coarse hair, suitable skin tone
23.6 J/cm2 with sapphire cooling narrows the gap to clinic treatment on coarse hair, within the same skin-tone limits. Clearances K241998 and K250942.
The highest published energy density of the mainstream home IPL handsets, paired with sapphire contact cooling.
Specifications
| Energy | 23.6 J/cm2, brand-stated |
|---|---|
| Flashes | 1,000,000 |
| Intensity levels | 10 |
| Cooling | Sapphire contact cooling held near 16-18 C |
| Clearance | K241998 (UI20), K250942 (UI20S), product code OHT |
FDA clearance located
Ulike's UI20 family is covered by 510(k) K241998 (Ice Cooling IPL Hair Removal Device, cleared 13 December 2024, product code OHT - light-based over-the-counter hair removal), with the UI20S variants cleared under K250942 (11 July 2025).
What works
- Located, current clearances for the exact model family
- Highest brand-stated energy density here by a clear margin
- Contact cooling makes high energy levels tolerable, which is the whole point of high energy
What does not
- Energy density is brand-stated and not independently verified
- Like every IPL handset, it is unsuitable at the darkest end of the Fitzpatrick scale
- Larger window is awkward on the upper lip
Specifications from Ulike product documentation; FDA 510(k) K241998 and K250942, checked 13 October 2026.
Terminology
A note on home devices marketed as laser
Some home devices are marketed with the word laser attached. Read the specification rather than the branding: if the device publishes a broad spectrum - a range of nanometers rather than a single figure - it is IPL, whatever the box says.
That matters because a buyer who believes they have bought laser may also believe they have bought laser's skin-tone range, and they have not. How to read a clearance and a spec sheet.
FAQ
Questions people actually ask
Is laser better than IPL for hair removal?
Can IPL work on dark skin if laser can?
Is at-home laser hair removal a real thing?
Which is cheaper overall?
Sources
Where this page’s facts come from
Read next
Keep going
- IPL vs electrolysis: reduction versus actual removal
Why electrolysis works where IPL cannot, what permanent actually means, and who should choose it.
- IPL and deeper skin tones: the question this category answers badly
An honest account of IPL skin-tone limits, why they exist, which devices sense tone continuously, and what the alternatives are.
- IPL and skin tone: the safety limit every brand buries
The physics behind IPL's skin-tone ceiling, where devices stop, how to patch test properly, and the alternatives with no limit.
- The best at-home IPL devices, and the safety spec to read first
Home IPL handsets ranked on published energy density, skin-tone sensing and located FDA clearance records.
- IPL joules explained: reading the energy figure properly
What J/cm2 measures, what it omits, how spectrum and pulse duration change the picture, and why higher is not always better.
