French specialist in hexagonal LED lighting. Robust equipment, fair prices, responsive service.
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Mechanic's workshop, detailing bay, professional garage: here you're not after an ambience, you need to see. Drag the handle.


Before: a few fluorescent tubes light the floor but leave the walls and work areas in shadow. After: the hexagonal LEDs spread powerful, even light across the whole workshop.


Powerful, even light across the whole workshop: every detail becomes visible, with no dark spots between vehicles.
Your workshop plan
Floor area, ceiling height, number of workstations: we'll send you back the number of hexagons and how to split them by zone.
Frequently asked questions
Short answers, with a link to the detailed guide.
0.55 hexagons per m² as a baseline, like a garage. But go up to 0.80 per m² over inspection and detailing zones: that's where a finish gets judged.
Because you're not looking for the same thing. In mechanics, you want to see a part. In detailing, you want to see a flaw a few microns deep in the clear coat: the grid has to reflect densely enough on the bodywork to reveal holograms.
The right benchmark isn't the panel's lumens but the illuminance at the work surface, in lux: 300 to 500 lux for everyday work, 750 lux and up for quality control. Watts, meanwhile, have meant nothing since LED.
No, they're three different problems. The workbench needs light on the work surface with no shadow from your hand; the lift needs light under the vehicle; the pit needs clean, permanent lighting that doesn't depend on a work lamp.
CRI above 90. Below that, reds and coppers look wrong, and a touch-up that looks right in the garage is visibly off outdoors.
Yes, but for a different job. The grid is the work light; the inspection lamp is the control light, brought in at a grazing angle to read a defect. One doesn't replace the other.
No, but allow 50% more panels. Also think about access for cleaning: at that height, basic maintenance calls for a lift platform or scaffolding.
Dust builds up on the diffusers and cuts output very gradually — you don't notice it happening. Plan a yearly clean with a dry cloth, power off. In wash bays, you need a suitable ingress protection rating.
Have a question that's not listed here?
Give us your floor area and ceiling height, and we'll reply with a costed layout.
The Hexeli benchmark
A workshop doesn't have one lighting need, it has three: see wide to move around, see sharp at the bench, and see true on a car body. A single uniform grid doesn't do all three.
The Hexeli method: a base density everywhere, reinforced over the inspection zones.
0.55 over circulation and everyday mechanics, 0.80 over the vehicle footprint in detailing and at inspection stations.
The grid should extend one meter beyond the raised vehicle, otherwise you're back to working by handheld lamp as soon as you go underneath.
A CRI above 90 is the first thing to check on a product sheet. Color temperature comes next. A “CRI” claimed without a number means nothing.
The grid lights the work. The final check is done at a grazing angle with an inspection lamp: it's the angle that reveals the defect, not the amount of light.
| Zone | Density | What you need to see |
|---|---|---|
| Circulation, storage | 0.35 to 0.50 hex/m² | Move around, find things |
| Everyday mechanics | 0.55 hex/m² | See the part and the tool |
| Vehicle lift | 0.55 hex/m² + 1 m overhang | See under the vehicle |
| Workbench | 0.55 hex/m², offset grid | No shadow from your hand |
| Detailing, inspection | 0.80 hex/m² | Holograms and clear coat defects |
Add 50% more panels above 3 m ceiling height, and plan access for the yearly clean.
View the white kits