Airalt Cartridge Dust Collector
Coral's recommended range for panel processing. Cartridge filtration graded for the fine, resin-bonded particulate a beam saw or sizing center produces at the kerf.
View Airalt Cartridge →Beam Saws and Sizing Centers
Panel Saw Dust Collection
A beam saw cutting resin-bonded MDF and particleboard produces the finest, most respirable dust of any wood process, concentrated right at the blade kerf. This is one specific process, not a whole cabinet shop, and it needs filtration graded for that.
One Step, Not a Whole Shop
Panel saw dust collection against the wider shop.
Panel processing and cabinet making get treated as the same brief. They are not the same sizing problem, and this is the shortest way to show why.
| Aspect | Panel processing | Cabinet making |
|---|---|---|
| Scope | One cutting step, sizing a stack down to parts | Carcass and door production across several machine types |
| Dominant material | Resin-bonded MDF, particleboard and melamine-faced board | Engineered board plus banding, hardware and some solid stock |
| Where dust is made | Concentrated at the kerf, both blades cutting at one point | Spread over saw, boring, banding and sanding stations |
| Load pattern | Continuous while the saw is working through the stack | Batch peaks that move from station to station |
| Deciding factor | Particle size and filtration grade | Headroom at the peak |
| Recommended range | Airalt Cartridge | Icon Bag |
Cutting the Stack
Scoring blade, then main blade.
A beam saw takes a stack of MDF, particleboard, plywood or melamine-faced panels down to size before those parts move on to banding or drilling elsewhere in the plant. A scoring blade runs ahead of the main blade so both faces come off clean in a single pass, and a sizing center may add trimming immediately after the cut.
The panels themselves are the reason this process gets its own page. MDF and particleboard are held together with a resin binder, and cutting them releases dust that carries the binder along with the wood fiber. Bonded particulate like that does not behave like solid wood fines, and it is the specific thing the extraction has to be engineered around rather than a smaller version of ordinary sawdust.
Beam Saw Dust Questions
Three things worth settling first.
Why is respirable dust a bigger concern on a beam saw than on other cuts?
A beam saw's scoring blade and main blade cut resin-bonded panel material at the same point, concentrating fine, resin-carrying dust at the kerf rather than spreading it across a shop floor the way a mixed-machine operation would.
Does cutting MDF require different filtration than solid wood?
Yes, resin-bonded MDF and particleboard dust behaves differently from solid wood fines, and filtration grade needs to account for that finer, bonded particulate rather than assuming it behaves like ordinary sawdust.
Does a sizing center need extraction separate from the beam saw?
Not separate so much as accounted for. Trimming immediately after the cut is another generation point in the same machine group, and hooding it belongs in the original design rather than being added once the line is running.
Filtration Graded for Fines
Cartridge-grade filtration.
Coral's recommended range for panel processing is built around the finer particle size that resin-bonded panel dust demands.
Airalt M Sleeve Dust Collector
A sleeve option for plants running panel sizing alongside some solid wood cutting, where the load is not entirely resin-bonded dust.
View Airalt M Sleeve →Respirable Fines on the Floor
What a fine dust does after the cut.
The particle that is hardest to capture is also the one that travels furthest once it gets away from the machine.
Respirable wood dust is a recognized occupational hazard category in general terms, and resin-bonded panel fines sit at the finer end of what a wood shop handles. The practical consequence is that this dust moves. It drifts further from the machine than coarse sawdust and settles more stubbornly once it lands, which is why capture at the kerf does more for the room than general ventilation ever will.
It also collects where nobody is looking. Fine dust accumulates inside the saw's own blade compartment and needs clearing on a schedule of its own, because it packs in there differently than it settles on open floor.
Filtration grade is the other half of the answer. Bag media sized for ordinary sawdust is not matched to this particle size, and choosing on airflow alone is how a panel line ends up with a collector that moves plenty of air and still leaves a haze hanging in the building at the end of a shift.
Panels leaving the saw normally go straight to a bander, so edge bander dust collection is the next step in the same flow. Where the saw sits inside a wider carcass and door business, read this alongside cabinet shop dust collection, and where sheets are cut on a router rather than a beam saw, CNC router dust collection covers that route instead.
Cutting MDF and particleboard all day?
Cartridge grade is the starting point. What your beam saw or sizing center actually runs decides the rest, and that is what the free factory visit is for.