The quick answer: good workshop lighting is task lighting. Unlike a garage you only park in, a workshop is built around the jobs you do, so you light it in zones. As a practical guide drawn from the task levels in AS/NZS 1680, aim for around 300 lux across the general workshop floor, lift the light over a workbench or assembly area to 400 to 500 lux, and push fine inspection or detail zones to 600 lux and above. Measure your floor area in square metres, pick a target lux for each zone, then size your lumens with a simple formula. This guide gives you the exact calculation, a workshop-size-to-coverage table, the task-zone and machine-safety detail that garage guides skip, and how to choose a plug and play LED workshop lighting system that stays bright and flicker-free for years.
Why workshop lighting is different from garage or shed lighting
A garage is often lit for parking and general movement. A shed is frequently lit for whole-space storage and occasional work. A workshop is different: it is a working space where the light has to serve the task, not just fill the room. That changes three things.
- You light in zones, not one flat level. A workshop has a general area, one or more task zones (bench, assembly bay, lathe, saw station) and sometimes a fine-inspection point. Each needs a different amount of light.
- Brightness targets are higher. A park-and-store garage can sit happily at 80 to 150 lux. A workshop bench needs 400 to 500 lux, and detailed inspection work climbs past 600 lux.
- Safety around machinery matters. Rotating tools, dark zones and light flicker are genuine hazards in a workshop that simply do not apply when you are parking a car. We cover these below.
If your space is really a garage you occasionally work in, start with our garage lighting guide. If it is a storage shed with a bit of workspace, our LED shed lighting guide is the better starting point. This guide is for a dedicated workshop where task lighting comes first.
How much light does a workshop actually need?
Lighting is measured two ways, and knowing the difference is the key to getting a workshop right. Lumens are the total amount of light a fixture produces. Lux is how much of that light lands on a surface (one lux equals one lumen per square metre). You buy lumens, but what matters on the bench and the workshop floor is lux.
The Australian and New Zealand standard for interior and workplace lighting, AS/NZS 1680, sets recommended maintained illuminance levels by task. A workshop is not a single task, so treat it as a set of zones and use these as practical targets:
Recommended workshop lux levels by task zone
| Zone / task | Target lux (guidance) | What it covers |
|---|---|---|
| General workshop floor and circulation | Around 300 lux | Moving safely, general handling, rough work, walking between stations |
| Workbench, assembly, machining, welding prep | Around 400 to 500 lux | The everyday task level for most bench and machine work |
| Fine assembly, detailing, marking out, inspection | 600 lux and above | Close, detailed or precision work where errors are costly |
These figures are guidance drawn from the task levels in AS/NZS 1680, not a fixed legal minimum for a private home workshop. If your workshop is a registered workplace, check the current standard and any WorkSafe requirements for your state, because the correct level depends on the exact task and the workers using the space. The practical takeaway is simple: light the whole floor to a solid general level, then add brighter light exactly where the close work happens.
The workshop lighting calculation (worked example in metric)
Here is the formula lighting designers use, simplified for a workshop:
Lumens needed = (target lux × floor area in m²) ÷ light loss factor
The light loss factor accounts for two real-world losses: not all of the light from a ceiling fixture reaches the working plane (some is absorbed by walls, benches, machinery and the fitting itself), and every LED slowly dims over its life. For a typical workshop with light-coloured or plasterboard walls, a factor of 0.7 is a sensible, conservative allowance. Using it means the workshop still hits its target lux years later, not just on the day it is installed.
Worked example: a standard double-bay workshop
Take a common 6 m × 6 m workshop used for general fabrication with a dedicated workbench:
- Floor area: 6 × 6 = 36 m²
- Target lux for the general floor: 300 lux
- Base lumens: 300 × 36 = 10,800 lumens
- Adjusted for real-world losses: 10,800 ÷ 0.7 = about 15,400 delivered lumens
So a 36 m² workshop needs roughly 15,000 to 15,500 lumens spread evenly across the ceiling just to sit at general-work brightness, which is noticeably more than the same-size garage because the target lux is higher. The word "spread" matters. Fifteen thousand lumens from a single fitting in the centre still leaves the bench along the wall and the corners in shadow. Even coverage is exactly why linked hexagon panels suit workshops so well: the output is distributed right across the ceiling rather than dumped in one spot.
Now add the task zone. The workbench needs 400 to 500 lux, not 300. Rather than flooding the whole room to bench level (expensive and glary), lift just that zone. A 2 m long bench occupies roughly 2 m² of working plane; to add 200 extra lux over it you need about 200 × 2 ÷ 0.7 = around 570 extra delivered lumens concentrated over the bench, on top of the general ceiling light. In practice that means positioning a panel directly above the bench, or adding a dedicated task light there.
Workshop size to lighting coverage table
Use this table as a starting point. It assumes a 300 lux general-work target and the 0.7 light loss factor from the worked example above. Every workshop should then add dedicated light over each bench or machine station to lift that zone to 400 to 500 lux, and 600 lux and above for fine inspection. The lumen figures are the light your space needs; size any system to hit them, and talk to HEXA for the exact panel count.
| Workshop size | Floor area | Target lux (general) | Approx. lumens needed | HEXA system tier to consider |
|---|---|---|---|---|
| Single-bay workshop (approx. 3 m × 6 m) | ~18 m² | 300 lux | ~7,700 lm | Single Garage Classic |
| Long single-bay workshop (approx. 4 m × 6 m) | ~24 m² | 300 lux | ~10,300 lm | Extended Single Garage Classic |
| Standard double-bay workshop (approx. 6 m × 6 m) | ~36 m² | 300 lux | ~15,000 to 15,500 lm | Double Garage Classic |
| Large workshop (approx. 6 m × 8 m) | ~48 m² | 300 lux | ~20,500 to 21,000 lm | Large Double Garage Classic |
| Triple-bay / small commercial workshop (approx. 6 m × 12 m) | ~72 m² | 300 lux | ~30,500 to 31,000 lm | Large Triple Garage Classic or Mega Cluster Classic |
For a larger commercial workshop floor, scale the same way: floor area × 300 lux ÷ 0.7, then add task light per station. The HEXA workshop lighting range and the wider hexagon LED lighting range cover single-bay through to full commercial-floor layouts.
Lighting your bench and task zones
The single biggest difference between a lit-up shed and a proper workshop is task lighting. A general ceiling level of 300 lux is fine for moving around, but it is not enough to read a fine scale, see a scribe line, or check a weld or a finish. Those jobs need 400 to 500 lux, and detailed inspection needs more again.
The efficient way to achieve this is to layer the light rather than over-lighting the whole room:
- Set the general layer first. Spread even ceiling light across the whole floor to your 300 lux base so there are no dim patches to walk into.
- Lift each task zone. Position a panel directly above each bench, machine or assembly point so the working plane sits at 400 to 500 lux. Light coming from above and slightly in front of you reduces the shadow your own hands and tools cast on the work.
- Add a focused point for fine work. For marking out, detailing or inspection, add a dedicated close light to reach 600 lux and above only where it is needed.
Because HEXA hexagon panels link together, you can concentrate more panels over a bench run and space them wider across a storage aisle, tuning the light to the way you actually use the room. For the deeper layout detail, see our guide to the best garage lighting layout for a home workshop.
Machine and tool safety: dark zones and the flicker hazard
This is the section a garage guide never needs, and it is the most important part of lighting a working workshop.
No dark zones around moving machinery
Every station where something moves, a saw, a lathe, a drill press, a grinder, a docking saw, must be evenly lit with no shadow falling across the cutting or working point. A dark zone at a machine is where hands get close to blades and where a misread measurement happens. Aim for consistent light on and around each machine, and position fixtures so the operator's body and the guard do not cast a shadow onto the point of operation. Even, overlapping coverage from linked panels does this far better than one or two central fittings that leave the edges of the room in shade.
The stroboscopic (flicker) effect on rotating tools
Here is a genuine, well-documented hazard that many workshop owners have never heard of. Mains power in Australia runs at 50 Hz, and some LED fixtures with low-quality drivers produce light that pulses in step with it. When that pulsing light falls on a fast-rotating tool, a lathe chuck, a saw blade, a spindle, the stroboscopic effect can make the rotating part appear to slow down, stop, or even spin backwards, when it is actually still turning at full speed. Reaching toward a blade you believe has stopped is exactly the accident this causes.
The fix is to choose LED lighting driven so that visible flicker is minimised, and to avoid a single bare, poorly driven light source over a machine. HEXA hexagon systems run from an included driver rather than being wired straight to raw mains, and using several linked panels means the light over a machine comes from multiple sources rather than one pulsing point, which further reduces any stroboscopic effect. If you run high-speed rotating machinery, treat low flicker as a safety requirement, not a comfort feature, and never rely on a single cheap fitting over a lathe or saw.
Colour temperature and colour rendering for detail work
Two numbers decide how well you actually see detail: colour temperature (in Kelvin) and colour rendering (CRI).
Colour temperature sets how warm or cool the light looks. For a workshop where accurate, alert vision matters, aim for the daylight range of 5000K to 6500K. At 5000K you get a clean neutral-to-cool white that reads as bright and accurate; toward 6500K the light is cooler and crisper, which some people prefer for very fine or high-contrast work. Warm white (3000K) suits living spaces but makes a workshop feel dim and muddies your ability to judge colour and detail. For the full breakdown, see our guide to the best colour temperature for a garage workshop.
Colour rendering describes how truthfully a light shows colour compared with daylight. Higher is better for detail work: matching a paint or stain, reading a resistor band, spotting a hairline crack, or checking a finish. Lower-quality lighting can make colours look flat or wrong, which leads to real mistakes on precise work. When comparing workshop lighting, favour fixtures that render colour well over the cheapest lumens per dollar.
Glare, even coverage and getting the layout right
Brighter is not automatically better. A single very bright fitting creates glare, hard shadows and dark corners, which is worse for a workshop than a slightly lower but even level. Two principles keep a workshop comfortable and safe:
- Spread the light. Distribute the total lumens across the ceiling so the working plane is evenly lit and the machine stations are not in shadow. Linked hexagon panels are designed for exactly this, covering the whole ceiling rather than one hot spot.
- Control glare. Avoid staring into a bare, intensely bright point source at eye level. A panel format spreads its output over a larger surface, so the same lumens arrive with less harshness than a single naked globe or a bare batten.
Get the mounting height and spacing right and a workshop reads as bright, calm and shadow-free, which is what lets you work faster and more safely.
Honest talk about lumens
Lumen figures on cheap fittings are often optimistic, and quoted output is not the same as delivered light on your bench two years later. Three honest points to keep in mind:
- Delivered light matters, not the box figure. Wall absorption, fitting efficiency and mounting height all reduce how much reaches the working plane. That is why the calculation above includes a light loss factor.
- LEDs dim over time. Quality matters because a light that holds its output keeps your workshop at target lux for years, while a cheap one drops below it. HEXA Classic panels are rated for 70,000 hours.
- More lumens badly placed is worse than fewer lumens spread well. Coverage and placement beat raw output every time in a workshop.
Australian compliance: what RCM and EESS mean
Any electrical product sold and used in Australia should meet the country's electrical safety framework. Two markers matter for workshop lighting:
- RCM (Regulatory Compliance Mark). The mark that shows a product meets the applicable Australian electrical safety and electromagnetic requirements. Every HEXA lighting system is RCM certified.
- EESS (Electrical Equipment Safety System). The national scheme for in-scope electrical equipment. HEXA products are registered under EESS (registration E20062).
Buying compliant lighting is not a formality in a workshop, where the fittings run for long hours near tools, dust and power equipment. It is the baseline for safety and for insurance. For how ingress protection fits alongside this in a workshop, see our guide to IP ratings for garage and workshop lighting.
Plug and play installation and a 7-year warranty
HEXA workshop systems are plug and play. The panels link together, connect to the included driver, and the driver plugs into a standard 240V 3-pin power point, so a typical workshop can be lit in a couple of hours without permanent rewiring. Every kit includes the panels, linking cables, driver and mounting hardware.
Every HEXA system is backed by a genuine 7-year warranty and shipped from our Sydney base with fast Australia-wide delivery. HEXA Lighting has been supplying Australian hexagon LED systems since 2018, and its lighting has featured on The Block (Channel 9) and Australian Idol (Channel 7). Classic panels are rated for 70,000 hours; the RGB, RGBW and downlight ranges are rated for 50,000 hours.
Why buy workshop lighting from HEXA
- Built for task lighting. Linked hexagon panels spread even, high-output light across the whole workshop and let you concentrate light exactly over benches and machines.
- Daylight colour options. Available in 5000K daylight white, 4000K neutral white and 3000K warm white, so you can set the workshop to the accurate daylight range that detail work needs.
- Compliant and safe. RCM certified and EESS registered (E20062), running from an included driver rather than raw mains.
- Plug and play. Installs in a couple of hours into a standard 240V 3-pin power point, with everything in the box.
- Backed for the long run. A genuine 7-year warranty, Classic panels rated for 70,000 hours, shipped from Sydney since 2018.
Ready to size a system? Start with the HEXA workshop lighting range, or explore the full hexagon LED lighting range. If your space doubles as parking, the garage lighting range shares the same panel systems.
Workshop lighting FAQ
How many lux does a workshop need?
As guidance from the task levels in AS/NZS 1680, aim for around 300 lux across the general workshop floor, 400 to 500 lux over workbenches and machine stations, and 600 lux and above for fine assembly or inspection. Light the whole floor to the general level, then lift each task zone.
How many lumens do I need to light a workshop?
Use lumens needed = target lux × floor area in m² ÷ 0.7. A 36 m² workshop at 300 lux needs about 15,000 to 15,500 delivered lumens across the ceiling, plus extra light concentrated over each bench to reach task level. Larger workshops scale the same way.
What colour temperature is best for a workshop?
5000K to 6500K. This daylight range gives clean, accurate, alert light that suits close and detailed work. Warm white (3000K) is better for living spaces and tends to make a workshop feel dim and harder to judge colour in.
Why do rotating tools look like they have stopped under some lights?
That is the stroboscopic effect. Cheap LED fittings can pulse in step with the 50 Hz mains supply, and that pulsing can make a fast-rotating blade or chuck appear stationary or slower than it is. Choose low-flicker LED with a quality driver and light machines from several panels, never one bare, poorly driven fitting.
Can I install workshop lights myself?
Yes. HEXA workshop systems are plug and play: the panels link together, connect to the included driver, and the driver plugs into a standard 240V 3-pin power point. A typical workshop is done in a couple of hours with no permanent rewiring.
Are LED hexagon panels better than fluorescent battens for a workshop?
For most workshops, yes. Linked panels spread even light across the whole ceiling and over task zones without the hard shadows, cold-start flicker and shorter life of old fluorescent battens. HEXA Classic panels are rated for 70,000 hours.
Are HEXA workshop lights compliant in Australia?
Yes. Every HEXA lighting system is RCM certified and registered under the Electrical Equipment Safety System (EESS registration E20062), and runs from an included driver rather than raw mains.
What size hexagon system suits my workshop?
Match the system to your floor area and target lux using the coverage table above: roughly a Single Garage Classic for a single-bay workshop up to the Large Triple Garage Classic or Mega Cluster Classic for a triple-bay or small commercial floor, then add task light over each bench and machine.
