The full catalog

A genuine contact device rather than a small panel, which is the right way to read its specification. Judge it on surface output over a long wear, not on a six-inch reading.

The cheapest credible red light device in the whole catalogue. Its higher surface number than the bigger Redot models reflects a smaller area sharing the output, not better engineering.

A contact belt quoted at 1 inch rather than at the surface, which makes its 80 mW/cm2 slightly more conservative than it first appears. Check the exact model number before buying, because DGYAO's listings vary considerably.

Best warranty and trial terms in the wrap category, undermined by a complete absence of output data. The 880nm choice is defensible but sits outside the wavelength most clinical work uses.

Three LEDs at $199. The undistanced irradiance figure and the self-contradicting dimensions make this hard to assess on paper.

The middle Redot size and the sensible pick for a single large joint. Contact irradiance is the right measure for a wrap, but it cannot be set against a panel's 6 inch figure.

A capable pocket device let down by a product page that contradicts itself on warranty and uses a regulatory term that does not exist.

The budget entry point for full-body mats, but with no published irradiance there is no way to compare it against anything else on this list. A high LED count on an unknown power supply is not the same as a high dose.

A contact device, so its 70 mW/cm2 at the surface is legitimate but is not comparable to a panel figure taken at 6 inches. Was showing sold out at the time of research.

Everything else in this category publishes marketing copy. This publishes an accredited laboratory report number you can look up. That alone makes it the reference point for what an honest spec sheet looks like.

The most practical entry point for joint and back pain because it wraps the target instead of shining at it from across the room.

The value pick, and the only mat that states the exact conditions of its measurement. Read 510(k) exempt as registered, not cleared: BestQool never submitted this to the FDA for review.

24 deep-red LEDs plus 30 Class 1 laser diodes across three modules. Kineon claims FDA 510(k) clearance for pain relief on its blog rather than the product page, and we could not verify the K-number, so treat that as the brand's statement rather than an established fact.

Class II exempt, not cleared, despite an FDA Cleared badge appearing elsewhere on their own site. The NIR-heavy configuration is genuinely well suited to joints.

One of the very few devices in this catalogue with real 510(k) clearance rather than a registration badge. You are paying for that clearance and the portability, not for coverage area.

Listed here only because shoppers routinely confuse it with the HigherDOSE red light mat. It is a heat device with no LEDs, no wavelength spec and no irradiance, so it belongs in a sauna comparison rather than a red light one.

A capable full-body mat let down by a product page that publishes a price and little else. The $1,849 list price appears to be a permanent anchor rather than a price anyone pays.

Densest LED count of any mat here and the near-infrared ratio is the best in the set. The permanently discounted list price is the usual inflated-anchor tactic, so judge it at $799.

Because a mat sits against the skin, its 90 mW/cm2 is a contact reading and cannot be compared with a panel figure quoted at 6 inches. The near-infrared count is the thing to check here, not the headline 1,000 LEDs.

The cheapest way to get 360 degree style coverage, sitting between a mat and a clinical pod. Treat the $2,999 list price as an anchor; the sale price appears to be the standing one.

The most expensive mat in this set and the one with the least verifiable output claim. Registered with the FDA is not the same as FDA cleared, and Bon Charge's own disclaimer says the FDA has not evaluated its statements.

A sauna with red light bolted on rather than a red light device. Wavelengths come from third-party comparisons because the product page itself publishes no optical specification, which is the honest reason we record no irradiance.

The right pick if your problem area is the whole lower back rather than one joint.

Clinic-grade equipment, priced by quote and sold through dealers. We record price as null because Prism does not publish one and dealer figures vary by tens of thousands of dollars.

The reference device for clinical photobiomodulation and the one to point at when a consumer brand claims FDA clearance it does not have. We record no irradiance because none is published in a form comparable to the rest of this catalogue.

The most configurable clinical bed, and the one where the regulatory distinction matters most: registered means listed with the FDA, not reviewed by it. Price varies by configuration and is never published.

Included because it is a genuine clinical manufacturer buyers encounter, but ARRC publishes almost no comparable specifications. We record nulls rather than repeating dealer figures we cannot verify.

A light bulb rather than a panel, and priced accordingly. Worth listing because its measured output sits unusually close to the brand's own figure, which is rare at any price.

The most internally contradictory product page we have catalogued. Four incompatible wavelength claims on one page means no buyer can know what they are getting.

The clearest example in the category of what an honest spec sheet looks like: an accredited lab, a named standard, a report number and a full distance curve.

A genuinely affordable entry point, but be realistic: 14 LEDs on a wand delivers a fraction of the dose a 130 to 236 LED mask does.

A 2010s-era device that keeps selling on warranty and clinical pedigree rather than specs. Fine for targeted work, slow if you want whole-face coverage.

66 dual-core LEDs give 132 emitting diodes. Read the 50 mW/cm2 as a combined figure, since each wavelength on its own is in the mid-twenties.

Registered is not cleared. BON CHARGE lists this as an FDA registered device and carries the standard no-disease disclaimer, so treat the marketing more cautiously than with the cleared masks.

Shark's own spec sheet lists blue as 630nm, which is a typo, an independent LED device designer measured it at 415nm. Peak draw is 35W with 16.92W in normal operation.

The clinical-pedigree pick. Fewer LEDs than its main rival, but the wavelength pairing is the best-evidenced combination for skin.

The acne sibling of the Contour Face. Buy it for breakouts, not for lines, because there is no near-infrared in this one at all.

Essentially a Contour Face with a third wavelength added. The 1072nm claim is interesting but Omnilux has not released mask-specific clinical data for it.

Fewer LEDs than the face masks because the panel is smaller, not because it is weaker. Only worth it if the neck is genuinely a concern for you.

FDA cleared under K230042 for wrinkles and acne. Qure is one of the few brands that prints its 510(k) number, which counts for something, but the missing irradiance spec still leaves a gap.

CurrentBody quotes a 30% neck wrinkle reduction over 8 weeks but publishes no mW/cm2 for this mask, which is the one spec you would want to compare against Omnilux.

The convenience pick thanks to a three minute cycle and dual red plus blue modes. The rigid shell is the trade-off against flexible silicone rivals.

The mask that went viral and mostly earned it. The third wavelength and LED count are real differences, not marketing.

Emitter count is not dose. Without a published mW/cm2 you cannot tell whether 648 lights beats a 132 LED mask that states 30 mW/cm2.

40 laser diodes at 680nm plus or minus 3nm and zero LEDs, so a low count but every emitter is a laser. Cleared as K161046 (Laser Helmet LH40-EVO), with the related LH40 cleared as K180460.

148 laser diodes at 650nm delivering 740 mW, no LEDs. FDA cleared as K173843 under Eglobal LLC. At only $100 below the 272 Pro this is hard to justify unless budget is truly fixed.

iRestore advertises 120 diodes but the split is 51 lasers plus 69 LEDs, so this is not a 120-laser cap. The SKU is ID-500, matching FDA clearance K213094 (ID-500 iRestore Hair Growth System, cleared 2021).

The honest spec sheet pick: 80 lasers and no LEDs inflating the number. Uses 680nm, slightly deeper penetrating than the usual 650nm.

82 laser diodes at 655nm with zero LEDs, so the number on the box is genuinely all lasers. Lexington International holds multiple HairMax clearances, the most recent HairMax Laser 510(k) on file being K180885.

120 red LEDs and zero laser diodes, so the 120 figure is 120 LEDs, not 120 lasers. That is the key difference from every laser cap here. The 620-660nm spec is a band rather than two discrete peaks, and CurrentBody publishes no 510(k) number to check the clearance against.

All 272 emitters are 650nm laser diodes, no LEDs, so the 272 figure really is 272 lasers. Cleared under Eglobal LLC as K162071 (IllumiFlow Laser Cap), with the 148 model cleared separately as K173843.

Laser diodes, not LEDs, which matters for hair: the clinical evidence for hair regrowth is built on low-level laser therapy specifically.

All 272 emitters are laser diodes, so this is a true 272-laser cap rather than a mixed laser and LED count. Capillus holds several clearances, with the 272 Pro covered by K143199 and later K163170.

Worth the upgrade only if you have a larger head or diffuse thinning across the whole scalp.

Read the spec carefully: the 500 figure combines lasers and LEDs. Cheaper caps with fewer but all-laser diodes may deliver comparable therapeutic light.

HairMax states 272 medical grade lasers and no LEDs, so unlike mixed-diode caps the 272 figure is all laser. Worth checking the current discount code before paying list, HairMax runs one almost continuously.

This is a transcranial device at 810nm, not a hair growth cap, despite the helmet form factor. Mito is unusually honest about its output, publishing the deflating spectroradiometer number next to the flattering one.

Sits between the entry iRestore and the Elite. The 1410 mW output figure is among the highest published in the category.

The lowest time commitment of the major caps at three 7 minute sessions a week. Note that many listings attribute clearance K213025 to this cap; that number belongs to a different applicant. Lexington International's HairMax Laser clearance on file is K180885.

A travel panel rather than a therapy panel. Expect to hold it close and treat one small area at a time.

The value benchmark. Even after discounting the claim by the 25 percent independent testing found, it delivers more measured output per dollar than panels costing five times as much.

Genuinely cheap and honest about power draw, but the irradiance headline is measured at a distance nobody uses. Judge it on the 94 mW/cm2 figure instead.

The cleanest product page in our entire catalogue: no internal contradictions, wall draw separated from rated LED power, and a full distance curve. Whatever you think of the hardware, this is how a spec sheet should read.

One of the few brands citing a named testing lab, but the same number appears on a wildly different model, so treat the figure as per-module rather than panel-level.

The cheapest four-wavelength half-body panel we track. Read the regulatory line carefully: 510(k) exempt is a self-declared route, not an FDA review.

Honest about being a low-output device, which is refreshing in a segment where portables routinely claim panel-level numbers.

The sensible step up from the HG300 if you want to cover a back or both legs in one session rather than treating one area at a time.

The compact end of Hooga's four-wavelength range. Good hardware for the money, but the advertised irradiance is the least reliable number on the page.

The smallest MitoPRO X. Unusually for this category, independent spectrometer testing landed in line with what Mito publishes rather than well below it.

The affordable way into Mito's widest spectrum, as long as you accept a small treatment area.

Joovv publishes neither an LED count nor an irradiance figure for this device, so there is no way to judge what you are getting for $549 beyond the form factor.

The smaller of the two Vellgus panels. Note that despite having half the LEDs of the Pro, it advertises exactly the same irradiance.

A useful lesson in reading this category: its number looks low only because it is honest. Compare it against other spectrometer readings at a stated distance, not against undistanced marketing figures.

The best portable option if you travel or want to treat specific areas. Not a substitute for a panel if you want full-body sessions.

The cheapest route to PlatinumLED's full spectrum, suited to treating one area rather than a body.

You are paying a brand premium for the same emitter count a $199 panel offers, with a far vaguer spec sheet.

The MAX's spectrum and warranty in a smaller panel. The published spectrometer figure is the one to plan sessions around.

Specs captured from an archived snapshot because Vellgus blocks automated access, so verify the price before publishing. The irradiance figure is unusable as published.

Good value for full-body coverage, but read the regulatory line carefully: 510(k) exempt is not the same as FDA cleared, and the irradiance is measured at a flattering distance.

The gap between the 250 mW/cm2 headline and the 68 mW/cm2 somebody actually measured is the single most useful fact about this panel.

Built for sauna walls rather than bedrooms, which is why it is fanless and sealed. The trade-off is lower output than PlatinumLED's air-cooled panels of similar size.

The weakest evidence quality of the panels we track. A big number with no distance attached and an unnamed testing lab is a claim, not a measurement.

The middle of Mito's eight-wavelength range. Plan sessions from the 58 mW/cm2 figure, not the 130.

A recognised wellness brand with the vaguest irradiance disclosure in our data. Two wavelengths, no measurement distance, and the shortest warranty here.

Given the 900 measured 87 against a 135 claim, treat this model's 129 figure with the same discount until somebody meters it.

You are paying for the brand, the safety certification and the return window rather than for photons. On measured output per dollar it is the weakest panel we track.

The most methodologically honest spec sheet we have found. They show you both numbers and let you draw the conclusion, which tells you something about the brand.

Rouge discloses more honestly than almost anyone, publishing both measurement methods with distances. Even so, an independent tester came in a third below their own spectrometer number.

Primarily a UV device despite the name, at Risk Group 3 with mandatory eye protection. Publishes no LED count, dimensions, weight or device-specific irradiance.

The half-size Advantage. Check the plug variant before checkout: the USA option is listed at a materially higher price than the UK and EU options for the same panel.

The value benchmark for half-body panels. Independent testing puts real output near 76 mW/cm2 average, which is unusually close to what the brand advertises.

The no-frills choice. You are paying for photons rather than spectrum breadth, which is a defensible trade if 660 and 850 are all you want.

Serious hardware for full-body sessions, but the duplicated irradiance figure across the range means the headline number should not be compared against rivals.

The wider spectrum is the selling point, but independent testing found 68 mW/cm2 against an advertised figure more than twice that. The cheaper 1500+ measured higher.

Seven wavelengths, the widest spread in the category, and genuinely good hardware. Independent spectrometer testing puts real output near 87 mW/cm2 against an advertised 135.

Hooga's flagship ULTRA panel. Note that the storefront reports a compare-at price of $54 against a $1,399 price, which is a data error rather than a sale.

The category default and the one most people have heard of. Competing panels deliver similar measured output for several hundred dollars less.

Mito states plainly that consumer meters read the full spectrum and report higher numbers than a spectroradiometer isolating therapeutic wavelengths. Publishing both is to their credit.

The Generation 5 MEGA measured 91 percent of Block Blue Light's own published average, which is unusually close. The listing has since moved to Generation 6 at the same LED count, wavelengths and rated power, so treat the measurement as applying to the previous revision.

The largest panel in PlatinumLED's PRO line at 432 LEDs and up to 793 W. Wattage figures are wall draw at the high power setting, not radiant output.

The independent measurement landed at 97 percent of what Red Light Rising publishes, which is the closest agreement in our whole dataset. Commercial buyers get 60 days rather than 365.

Only worth it if you will actually use full-body sessions daily. Most people are better served by a half-body panel and a bit of patience.

Four Pro Max panels in a frame. Since the Pro Max measured 68 mW/cm2 against this same 250 claim, plan on similar real output.

The widest spectrum and largest panel available, but spreading output across eight bands means less of each than a focused two-wavelength panel delivers.

The largest panel we track. Its measured peak came in at 95 percent of Block Blue Light's own spectrometer figure and 45 percent of their solar-meter headline, which is the whole argument for reading the smaller number.

Four Solo 3.0 panels bolted into a frame. Judge it on the independently measured Solo figure of roughly 60 to 90 mW/cm2 at 15 cm, not on the price.

The most expensive way to buy Joovv panels. There is no output advantage over the Quad, only more of the same modules, so this is a coverage purchase rather than a power one.