Leg day used to mean two days of hobbling. I stand in front of the panel for ten minutes after the gym and my quads feel less seized up the next morning. Not magic — just noticeably less stiff.
Jake M.
Mini
Feel restored from the inside out. Ten minutes at home. No creams, no appointments, no harsh treatments. Just light.
- Visibly healthier skin from head to toe
- Relief for sore muscles and aching joints
- Deep cellular renewal that leaves you feeling refreshed
- Skin that glows, feels softer and keeps improving over time
Free blackout goggles included with every panel
$599.00$399.00
$200.00 OFF
Stand included with the Mini — no separate mount needed.
Choose your panel size
Each step up adds coverage and power. Face treatments → Glow Mask.
3-year warranty
Free AU delivery
5 wavelengths
Low-EMF design
Session
Fifteen to thirty centimetres.
Ten minutes.
Stand facing the panel at treatment distance. Most people run a ten-minute timer for torso, back, or legs — enough for a solid session without overthinking it.
Recovery
After training.
Or a long day.
Near-infrared reaches muscle and connective tissue. Popular after gym sessions, trades work, or desk days when your back and legs feel loaded.
Coverage
Pick the size that
matches your body.
Half Body for upper or lower body. Full Body and Pro sizes cover more front surface in one go. Ultra treats front and back. Compare all five sizes in the table further down the page.
Face & body
Mask for your face.
Panel for everything else.
The Glow Mask is hands-free for facial sessions. Panels treat chest, back, legs, and joints at distance.
Reviews
What people say
after a few weeks.
Lower back pain from desk work was my main reason for trying this. I was sceptical — another wellness gadget. After a month of morning sessions my back feels looser by mid-morning. Still have bad days, but fewer of them.
Helen C.
Stiff shoulders from sleeping wrong. Ten minutes before breakfast and I can actually turn my head without wincing. Simple routine, no faff.
David R.
Bought it for my neck and chest skin — sun damage from years outdoors. Skin on my décolletage looks less crepey after six weeks. Subtle but real.
Margaret T.
My partner uses it for his knees after cricket on weekends. I use it on my face and neck in the evenings. We fight over who gets the good spot on the couch in front of it. Worth the investment for both of us.
Nicole S.
Honestly thought red light was overhyped until my physio mentioned trying it at home between appointments. Recovery after netball feels quicker. I am not giving it back.
Priya K.
Morning stiffness in my hips — I am 61 and it was getting old fast. Stand about 30 cm away for ten minutes with my coffee. Easier to get moving for the day.
Robert F.
Used to book clinic LED sessions at $80 a pop. This paid for itself in a couple of months. Same warm light feeling, in my spare room, whenever I want. Delivery was quick to Sydney too.
Emma L.
Post-run calves and shins. I prop it on the stand and sit on the floor. Less DOMS than I expected for the volume I am running.
Tom B.
Tradesman — sore lower back most days. Wife got this for my birthday. Ten minutes before bed and I sleep a bit better. She says I complain less, which is probably the real win.
Mark W.
I have the mask for my face and added a panel for everything else. Shoulders, stomach, legs. Different tools for different jobs but the panel gets more use because I can treat my whole front in one go.
Sarah M.
Setup took five minutes on the door stand. Timer beeps, I close my eyes, done. Low effort which means I actually use it most days unlike the foam roller gathering dust.
Lauren W.
Shift work wrecked my sleep schedule. I use it on my chest and face before a nap sometimes. Hard to say what is the light and what is resting, but I feel more human afterward.
Chris H.
Fibromyalgia made me try everything. This does not fix it — I want to be clear. But on good weeks the morning session takes the edge off enough that I get through breakfast without dreading standing up. That alone is worth it for me.
Linda K.
100
mW/cm² @ 3 inches
5
Wavelengths
3yr
Warranty
Free
AU shipping
Low
EMF
01
Low-EMF design.
Built for close daily sessions.
Stand close, ten minutes, done. No complicated setup, no harsh output, no EMF concern. Just consistent light doing what it's designed to do.
Designed for close daily sessions
Daily
for years
02
Built to last. Designed to use every day.
100,000-hour LEDs. Three-year warranty. This isn't a device you try for a month — it's infrastructure for how you recover, long term.
3-year warranty included
How we compare
Lumi vs competitors.
Compared on the metrics serious buyers care about.
Benefit
Lumi
Standard LED Panels
Total Body Care
Skin glow + whole-body support in one session
✓
Lumi
✓Standard LED Panels
High-Output Design
Strong output for consistent home sessions
✓
Lumi
✓Standard LED Panels
Designed for Daily Use
Low-EMF design for close daily sessions
✓
Lumi
✓Standard LED Panels
Built for a Lifetime
Durable premium build — 100k hr LEDs
✓
Lumi
✓Standard LED Panels
Total Peace of Mind
3-year warranty + free AU tracked shipping
✓
1 yr
Lumi
✓Standard LED Panels
1 yr
Specifications
Everything on paper.
Full technical spec sheet.
Full specifications
Mini
| Model | Mini |
| Total power | 300 |
| LED count | 300 LEDs |
| Wavelengths | 630, 660, 810, 830, 850nm |
| Irradiance at 3" | 100 mW/cm² |
| Irradiance at 6" | 55 mW/cm² |
| Irradiance at 12" | 28 mW/cm² |
| Beam angle | 60 degrees |
| EMF at 3" | Low-EMF design |
| LED lifespan | 100,000 hours |
| Input voltage | AC 100 to 250V (universal) |
| Warranty | 3 years |
| Timer | Included |
| Dimensions (H×W×D) | 91 × 30 × 6 cm |
| Weight | 8.5 kg |
Compare all panels
All panel sizes.
Every spec, side by side.
Spec
Mini
Half Body
Pro Half Body
Full Body
Pro Full Body
Ultra Full Body
| Total power | 300 | 900 | 1500 | 3000 | 4800 | 6000 |
| LED count | 300 | 180 | 308 | 600 | 960 | 1200 |
| Irradiance 3" | 100 | 214 | 215 | 213 | 216 | 207 |
| Irradiance 6" | 55 | 98 | 99 | 97 | 100 | 198 |
| Coverage | Targeted areas | Upper or lower body | Upper or lower body | Full coverage | Full coverage | Full coverage |
| Weight | 8.5 kg | 9 kg | 12.3 kg | 31.4 kg | 43.1 kg | 63 kg |
| Price (AUD) | $399.00 | $999 | $1,299 | $1,999 | $3,299 | $4,499 |
Backed by Lumi
Buy with complete confidence.
Free AU shipping
Every order ships free across Australia. Typical delivery is 1-3 weeks once dispatched. Delivered duty paid — no extra customs or clearance fees.
Tracked delivery
Tracking sent when your order dispatches.
3-year warranty
3-year warranty on every panel.
Expert support
Real support before and after you buy.
Common questions
Before you buy.
Answered directly.
How long should each session be?
vTen minutes is a solid starting point for most areas. You can go up to 15 or 20 minutes for larger body sections.
How far should I stand from the panel?
vAbout 15–30 cm (6–12 inches) for most treatments. Closer means higher irradiance; further back covers a wider area at lower intensity.
Which panel size should I choose?
vChoose by coverage. Lumi Mini for face, joints, and targeted sessions. Half Body for upper or lower body in one go. Pro Half Body for a wider half-body treatment area. Full Body for our most popular all-round option. Pro Full Body for complete body coverage in a single session. Ultra Full Body for the maximum coverage our largest panel can deliver.
What is your warranty and return policy?
vEvery Lumi panel includes a 3-year warranty against manufacturing defects. If your panel arrives faulty or damaged, contact us within 30 days of delivery and we will arrange a repair or replacement. For change-of-mind returns, see our Returns & Refund Policy before sending anything back.
Penetration depth
How deep each
wavelength reaches.
Not all wavelengths go to the same depth. This is why having all five matters — each one targets a different layer of tissue.
Cross-section: skin to bone
630nm
660nm
810nm
830nm
850nm
630nm
Visible Red
~0.5mm
Reaches epidermis + upper dermis
Skin cells (keratinocytes)
Surface collagen fibres
Capillaries in upper dermis
The shortest wavelength in the range — visible to the eye as red light. Activates mitochondria in skin cells, accelerating collagen synthesis and wound healing at the surface.
660nm
Deep Red
~1-2mm
Reaches full dermis
Fibroblasts (collagen producers)
Dermal blood vessels
Mast cells and immune cells
The most studied wavelength in photobiomodulation research. Activates fibroblasts — the cells that produce collagen and elastin. Over 1,000 published studies examine 660nm specifically.
810nm
Near-Infrared
~2-3cm
Reaches deep tissue + joints
Superficial muscle bellies
Tendons and ligaments
Peripheral neural tissue
810nm transitions into the optical window of tissue where absorption by water and haemoglobin is minimised. Strong affinity for cytochrome c oxidase with emerging neuroprotective evidence.
830nm
Near-Infrared
~3-4cm
Reaches deep muscle + cartilage
Deep muscle tissue
Cartilage and joint capsule
Periosteum (bone surface)
830nm is particularly well-studied for joint and cartilage applications. Multiple controlled trials show significant pain reduction in osteoarthritis patients.
850nm
Deep NIR
~4-5cm
Reaches deepest muscle + bone
Deep muscle bellies (quads, glutes, back)
Bone marrow (periosteal layer)
Visceral fascia
The deepest-penetrating wavelength. At 4-5cm depth, 850nm reaches tissue no topical treatment can touch — stimulating mitochondrial ATP in the deep muscle tissue that breaks down under training load.
The mechanism
How light becomes
energy.
The chain of events from photon to ATP — explained step by step.
01Photon absorptionv
Red and near-infrared photons penetrate skin and are absorbed by chromophores — light-sensitive molecules inside cells. The primary chromophore is cytochrome c oxidase (CCO), located in the inner mitochondrial membrane. CCO absorbs specific wavelengths — particularly 630nm, 660nm, 810nm, 830nm, and 850nm.
02Electron transport chain activation^
When CCO absorbs photons, it accelerates the electron transport chain (ETC) — the series of protein complexes in the mitochondrial membrane that shuttle electrons and pump protons across the membrane. This creates a stronger electrochemical gradient — the proton motive force that drives ATP production.
03ATP synthesis increasesv
The enzyme ATP synthase uses the proton gradient to produce ATP — the universal energy currency of the cell. More photon absorption means a stronger proton gradient and more ATP produced. Studies have shown 30-40% increases in cellular ATP output following photobiomodulation sessions.
04Downstream cellular effectsv
More ATP enables cells to do more work faster: fibroblasts produce more collagen, immune cells regulate inflammation more efficiently, muscle cells clear metabolic waste and synthesise new protein. This is why RLT has effects across such a wide range of systems — the mechanism is upstream of almost everything.
Mitochondrial ATP production
Click each step to follow the process
The key molecule
Cytochrome c oxidase.
The master switch.
Cytochrome c oxidase (CCO) is Complex IV of the mitochondrial electron transport chain. It is the primary photoacceptor in photobiomodulation — the molecule that actually absorbs the red and NIR photons and converts that energy into accelerated electron flow.
Under normal conditions, CCO can become partially inhibited by nitric oxide (NO) — particularly in cells under oxidative stress or low energy demand. Red and NIR light photodissociates this NO inhibition, freeing CCO to operate at full capacity.
The result: the electron transport chain runs faster, the proton gradient builds higher, and ATP synthase produces more ATP per unit time. This is not a placebo mechanism — it is measurable, reproducible, and well-characterised in peer-reviewed biochemistry literature.
The analogy
"Think of nitric oxide as a finger on the off switch of your cellular power plant. Red light removes that finger — not by adding energy from outside, but by releasing the brake that was already there. Your mitochondria were always capable of producing more ATP. The light just lets them do it."
CCO — NO photodissociation
All five wavelengths
Depth. Target. Mechanism.
Every wavelength in the Lumi range — penetration depth, primary targets, and the biological mechanism at that depth.
630nm
Visible Red
~0.5mm
Depth
Epidermis . skin cells . surface collagen . capillaries
660nm
Deep Red
~1-2mm
Depth
Full dermis . fibroblasts . collagen production . wound healing
810nm
Near-Infrared
~2-3cm
Depth
Tendons . ligaments . shallow muscle . peripheral nerves
830nm
Near-Infrared
~3-4cm
Depth
Deep muscle . cartilage . joint capsule . bone surface
850nm
Deep NIR
~4-5cm
Depth
Deep muscle bellies . bone marrow . visceral fascia
The science is solid.
Now use it daily.
All five wavelengths. Zero EMF. Decades of use.
Shop the range