Dust extraction is one of those workshop topics where advice tends to fall into two extremes. You’ve got the industrial solution — a full cyclone separator system with ducting to every machine, $15,000-25,000 invested, engineered like a small factory. And you’ve got the “just use a shop vac” approach that leaves you breathing clouds of fine particles and spending an hour cleaning the workshop after every session.

Neither extreme is right for most small furniture makers. After years of iterating my own setup and seeing what works in similar-sized workshops, here’s the practical middle ground that actually keeps dust under control without requiring a second mortgage.

Understanding the Problem

Not all dust is equal. Large chips and shavings are a cleanup problem — annoying but not a health risk. Fine particles under 10 microns are the genuine concern. These stay airborne for hours, penetrate deep into your lungs, and are the reason furniture makers develop respiratory issues over time.

Hardwoods produce more fine dust than softwoods. MDF is the worst — nearly all fine particles. Sanding creates more respirable dust than sawing or routing. The combination means that without proper extraction, you’re working in a cloud of material that your lungs weren’t designed to filter.

According to Safe Work Australia guidelines, workplace exposure limits for wood dust are 1mg per cubic metre of air for hardwood. That’s a tiny amount — reaching that threshold doesn’t require visible dust clouds.

The Core System

My workshop is about 60 square metres — larger than a garage, smaller than a commercial space. The system that works consists of three components:

Single-stage dust extractor with fine filtration. I use a Carbatec 2HP unit with a 1-micron filter bag. It moves about 1,000 cubic metres per hour, which is adequate for a workshop this size. Cost was around $1,200.

The key is the filter rating. Standard cloth bags capture larger particles but let fine dust pass through. A proper 1-micron filter bag or cartridge filter is essential. Don’t cheap out here — your lungs are worth the extra $200.

Flexible ducting to major machines. 100mm flexible ducting runs to the table saw, thicknesser, and router table. These are the machines that produce the most dust in regular use. I swap connections as needed rather than having fixed ducting to everything — this saves on materials and keeps the system flexible as machines move around.

Shop vacuum for smaller tools and cleanup. A quality wet/dry vacuum with HEPA filtration handles random orbital sanders, track saws, and general cleanup. I use a Festool unit, which is expensive but genuinely better than cheaper alternatives for fine dust capture.

What Doesn’t Work (That People Try)

Single shop vac for everything. Shop vacs move less air volume than dedicated dust extractors. They’re fine for power tools and point-of-use extraction, but connecting a shop vac to a table saw or thicknesser doesn’t capture enough dust. You need the airflow volume that a proper extractor provides.

Dust extractor without fine filtration. A dust extractor with a standard cloth bag just recirculates fine particles into the air. You might not see dust on the floor, but you’re breathing it. This is worse than no extraction because it creates false confidence.

Complicated ducting systems in small workshops. Fixed rigid ducting with blast gates to every machine looks professional but is overkill for workshops where you’re the only operator and machines move around. The installation cost and inflexibility aren’t worth it unless you’re running multiple machines simultaneously.

Point-of-Use Solutions

Some tools benefit from dedicated point-of-use extraction rather than connecting to the central system:

Track saw with vacuum attachment. For site work or large sheet goods, a track saw with vacuum attachment captures 95%+ of the sawdust at source. This is more effective than trying to extract from a vertical panel saw.

Random orbital sanders with extraction. Modern sanders with proper dust shrouds connected to a HEPA-filtered vacuum capture most sanding dust if you use the right grit progression. The key is connection quality — loose hose connections let dust escape.

Hand-held routers. The Festool router with extraction shroud and hose connection captures an impressive amount of dust for a hand tool. Not everything, but enough to dramatically reduce airborne particles.

Ambient Air Filtration

Even with good extraction at machines, some fine dust escapes into the air. An ambient air filter makes a measurable difference to what you’re breathing.

I run a ceiling-mounted air cleaner (Jet AFS-1000) that cycles the workshop air and filters particles down to 1 micron. It runs continuously whenever I’m working and for an hour after. Cost was about $650.

Some people dismiss air filters as unnecessary if extraction is good. I disagree. Air filters are cheap insurance for the dust that extraction inevitably misses.

The Full Cost

My complete dust management system cost approximately:

• Dust extractor with fine filter: $1,200
• Flexible ducting and fittings: $300
• Festool shop vacuum: $850 (you could go cheaper with Nilfisk or similar)
• Air filter: $650
• Miscellaneous (hose clamps, adapters, blast gates): $150

Total: Around $3,150.

That’s a fraction of a professional cyclone system but delivers 85-90% of the dust management benefit for a one-person workshop. The remaining 10-15% improvement would cost another $10,000-15,000 in equipment — diminishing returns for most small operations.

What You Can’t Skip

Respiratory protection. Even with extraction and air filtration, wearing a P2/N95 respirator for extended sessions with high dust generation is sensible. Extraction systems reduce exposure but don’t eliminate it.

I wear a respirator for thicknessing sessions, extensive sanding, and MDF work. For light tasks with good extraction, I skip it. This is personal risk tolerance, but under-protection is common in small workshops.

Regular filter maintenance. Dust extractors and air filters lose effectiveness as filters clog. I clean or replace extractor bags every 2-3 months depending on use, and air filter cartridges every 6 months. Neglecting this maintenance means you’re running equipment that isn’t doing its job.

Is It Worth It?

Dust management is one of those workshop investments that doesn’t make you a better craftsperson or allow you to take on more complex projects. It just reduces the probability of long-term respiratory disease.

That’s not exciting. But every furniture maker I know who’s been in the trade for 20+ years either has some level of respiratory issues or invested in proper dust management early. There’s no in-between.

The system I’ve described isn’t perfect. A proper cyclone separator with fixed ducting would capture more dust and require less manual hose swapping. But it works well enough to keep the workshop clean and the air breathable without requiring industrial-scale investment.

For furniture makers working in similar-sized spaces, this is the practical balance between cost, effectiveness, and health outcomes.