Bosch PROFACTOR Dust Collection: How to Measure and Connect Your Tool
Dust port sizes change between Bosch models. Here is how to measure your PROFACTOR or CORE18V tool and your hose, and how to connect them.
Read morePractical tips for cleaner air in your workshop.
Measure the port, match the hose, pick the right step down.
Dust port sizes change between Bosch models. Here is how to measure your PROFACTOR or CORE18V tool and your hose, and how to connect them.
Read moreJigsaw dust ports differ from model to model, and some saws use a shaped nozzle instead of a round port. Here is how to find your port, measure it, and connect a shop vac.
Read moreConfused about which adapter size you need? Here is how to measure your tool port and your shop vac hose, and what to do with the two numbers.
Read moreDust port sizes change between models. Here is how to measure your Craftsman V20 tool and your shop vac hose, and how to connect the two.
Read moreDust ports can differ between Makita XGT and LXT tools. Here is how to measure your tool and your hose, and how to connect to a shop vac or dust extractor.
Read moreInner diameter, outer diameter, which one matters? Here is how to measure any dust port in two minutes.
Read moreRyobi ONE+ tools are in millions of garages. Here is how to measure your tool port and your hose, and how to connect to a shop vac and actually capture the dust.
Read moreDust ports change between Bosch models. Here is how to measure your tool and your hose, and how to connect to a shop vac, an extractor, or a central collector.
Read moreShop vac hoses, dust extractor hoses, and central dust collector hoses use different diameters. Here is what the common sizes are and how to measure yours.
Read moreDust ports change between Makita LXT models. Here is how to measure your tool and your hose, and what to expect from a shop vac or a Festool extractor.
Read moreTool makers change port sizes between models, so a chart cannot tell you yours. Here is how to measure a dust port and your hose, and what to do with the two numbers.
Read moreDust port sizes change between Milwaukee M18 models. Here is how to measure your tool and your hose, and how to get strong dust capture once they are connected.
Read moreSaws, sanders, routers, grinders, and the hoods that help them.
Tape, heat-formed PVC, turned pipe, rubber couplings, printed parts. An honest look at every homemade dust adapter method and where each one gives up.
Read moreA dust hood catches the spray your tool port never sees. What a hood is, why miter saws throw dust past the port, how to shape one, and what a hood cannot do.
Read moreDrywall dust is fine, alkaline, and hard on lungs. Here is how to set up dust collection for drywall cutting and sanding.
Read morePlaners generate a lot of chips fast. Handheld planers use shop vac adapters. Benchtop planers need larger dust collector connections. Here is the full guide.
Read morePlate joiners (biscuit joiners) generate a lot of fine wood dust from the slot plunge. Here is how to measure your port and connect a shop vac.
Read moreSome tools do not have a built-in dust port. Here are the adapter and shroud options for capturing dust from tools that were not designed for it.
Read moreMDF and plywood produce finer, more hazardous dust than solid wood. Here is how to set up proper dust collection for sheet goods.
Read moreOscillating multi-tools have a dust port, but most people never use it. Here is when connecting a shop vac actually helps and when it does not.
Read moreTable saws produce dust above and below the blade. A full capture setup needs both. Here is how to plan one for your saw.
Read moreSanders make the finest dust. Fine dust is the most dangerous. Here is how to get serious capture from your random orbit sander.
Read moreOscillating multi-tools have tiny ports. Some collectors call them pointless. Here is the real story on whether connecting a vac makes sense.
Read moreCircular saws throw dust everywhere. A dust port adapter and a shop vac fix that. Here is what you need and how to set it up.
Read moreTable saws make a huge amount of dust. The right dust collection setup depends on your saw type. Here is what works for each.
Read moreBelt sanders produce some of the finest dust in the shop. Here is how to connect one to a shop vac or extractor and actually keep the air clean.
Read moreTrack saws enclose the blade better than circular saws. That makes dust collection much more effective. Here is what you need to know.
Read moreJigsaws blow dust forward and upward. A small port makes a big difference. Here is how to measure your jigsaw port and hook up a shop vac.
Read moreRouters throw fine dust in every direction. A proper hookup changes that. Here is how dust collection works for each router type.
Read moreDeWalt miter saws capture only 40-60% of sawdust with the stock bag. Here is how to upgrade to real dust collection.
Read moreRouter tables throw chips and fine dust in every direction. The right dust collection setup can capture most of it. Here is how.
Read moreRandom orbit sanders make fine, harmful dust. Here is how to measure your sander port and connect it to a shop vac or dust extractor so you capture that dust.
Read moreShop vacs, dust extractors, and which brand port you have.
Same label, different size. Here is why dust ports and shop vac hoses do not match, what to measure, and how to bridge the gap with one adapter.
Read moreDrywall dust is fine, fast, and bad for your lungs. A pole sander, a HEPA shop vac, and a snug hose connection keep more of it out of the air. This guide covers how to pick a setup, how to measure your sander port and hose, and the PETG adapter that joins the two.
Read moreSurface grinding concrete is dirty work. OSHA Table 1 says you need a HEPA vacuum and a shroud. This guide covers hand-held and floor grinders, rental hookups, and how to measure for the PETG adapter that connects your shroud to your shop vac.
Read moreNot sure where to start with dust collection? This guide walks through four common options and helps you pick one for your shop.
Read moreCorded dust extractors give unlimited runtime. Cordless models let you work anywhere. Here is how to decide which is right for your shop.
Read moreThe CT 26 and CT 36 are Festool's mid-range and large extractors. Here is how they compare and which size is worth the upgrade.
Read moreMilwaukee sells M18 FUEL cordless vacs, including one built for the PACKOUT system. Here is how they work with your tools, and how to measure for a snug connection.
Read moreConnecting a shop vac to power tools takes about 5 minutes. Here is the exact process from zero to working dust collection.
Read moreThe CT Mini and CT Midi are Festool's most popular dust extractors. Here is exactly how they compare and which one suits your shop.
Read moreDeWalt makes two popular cordless shop vacs. Here is how they compare, and what to measure before you connect your tools.
Read moreTrack saws collect dust better than any other circular saw. Port styles change between brands and models, so measure yours. Here is how to connect it.
Read moreNot all shop vacs work well connected to power tools. Here is what to look for at each budget level for tool-side dust collection.
Read moreA brand name does not tell you your port size. Here is what to compare when you pick a cordless platform for dust collection, and how to connect whichever you own.
Read moreMiter saws make a lot of dust and the bag barely helps. Here is what actually works for 10-inch and 12-inch saws.
Read moreRidgid shop vacs are a workshop staple. Here is how to measure your Ridgid hose end and your tool port so the connection is tight, not leaky.
Read moreThe Festool CT line has four main sizes. Picking the wrong one wastes money or leaves you with a unit too small for the job. Here is the breakdown.
Read moreMilwaukee, DeWalt, and Makita all make a cordless shop vac. Here is what each one does well, and when to go cordless vs corded.
Read moreShroud port sizes change between models, and shop vac hoses come in different diameters. This guide covers how to pick a shroud, how to measure the port and your hose, and the printed PETG adapter that joins the two.
Read moreHobby CNC machines ship with different spindles, different dust shoes, and different hose ports. This guide covers how to match a shoe to a spindle, how to measure the shoe port and your hose, and the printed PETG adapter that joins the two.
Read moreDust ports change between DeWalt 20V MAX models, and miter saws are a different case. Here is how to measure your tool and hose and get the dust into a vacuum.
Read moreFestool makes three popular dust extractors for portable tools. Here is what each one does well, and how to connect tools from other brands to them.
Read moreA shop vac with a good adapter system can capture most of the dust your tools make. This is how to do it right.
Read moreA shop vac costs $60. A dust extractor costs $400. Here is what the difference actually is, and when you need the more expensive option.
Read morePipe runs, elbows, wyes, gates, separators, and floor sweeps.
Blast gates leak air and jam with dust. Here is why it happens, where to mount a gate, which way it faces, and what an open-gap design could change.
Read moreWhat CFM and static pressure actually mean, why the number on the box is not what you get, and why hose size changes suction more than almost anything else.
Read moreWhat a dust collection floor sweep is, where to mount one, why they clog in the corners, and the one thing you should never sweep into it.
Read moreWye or tee, one 90 or two 45s, what elbow radius to use, and what a street elbow is. The shape of every junction decides what reaches your tool.
Read morePVC or metal duct for dust collection, what each one actually wins at, why 4 inch PVC is not 4 inches, and whether to glue or screw your joints.
Read moreShop builders ground their PVC duct and report the shocks stopping. An electrician with a meter says outside wire does almost nothing. Every position, laid out fairly.
Read moreA cyclone separator between your tool and your shop vac extends filter life 10x. Here is how they work and which one to get.
Read moreA central dust collector connects your stationary tools to one unit. Here is how to plan the duct layout, pick the right collector, and connect your machines.
Read moreShort answer: yes, if your vacuum fills up fast. Here is how separators work, how to connect one to your hose, and when the upgrade makes sense.
Read moreFilters, micron ratings, materials, and where to start.
What a micron rating actually measures, what HEPA means, why your shop vac filter clogs so fast, and the one change that keeps a filter clean longer.
Read moreCatch it at the tool, filter the room air, wear a mask that seals. What each layer does, where shop air cleaners go, and what the research does not agree on.
Read moreA dirty filter drops suction by 30 to 50 percent. Here is how to clean, replace, and extend the life of your shop vac filter.
Read morePLA softens next to a warm vac motor. ABS needs fume ventilation to print safely. Here is why every GulpDust adapter ships in PETG instead.
Read moreNew to dust collection? Here is what every beginner needs to know to set up a clean, safe shop without overspending.
Read moreMost dust collection problems come from a short list of common mistakes. Fix these and your shop air quality will improve fast.
Read moreYou do not need a full duct system. Here is how to set up effective dust collection in a one or two-car garage shop.
Read morePLA warps in a hot car. ABS needs ventilation. PETG handles workshop heat, resists solvents, and prints clean. Here is why we use it for everything.
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