I have a good collection of small medium clamps and now I am building up my stock on the big ones (you can never have enough of these). A bench grinder it’s also inside there together with my tool storage cabinet. A tiny Diy Small Woodshop Dust Collection Model area is kept for some wood left over wood pieces; unfortunately I cannot store any sheets of wood for more than few days.  Basically that’s about it The Smallest Workshop in the World! With lots of patience and love you can build almost any project you want even if it looks impossible. Stelios L.A. Stavrinides.  Also to complete the set-up I needed a dust collection system and I choose to build a mini cyclone bucket dust collector which you can see here. www.- Add Tip. Choosing, using, and maintaining a dust collection system in your woodworking shop is critical for shop safety. Find out all the tips and techniques to tame sawdust in your woodworking shop.  Setting up a dust-collection system is easier than you think. Here’s how one man made it work, and how you can, too. Show More. Simple upgrades turn your shop vacuum into an efficient dust-collection system.  A shop vacuum is great for collecting dust and chips in a small shop. But there are a couple of problems with it. The filter quickly clogs with dust, which reduces suction. And the limited capacity of many vacuums means you need to empty them frequently. This system solves both issues. Hi Rick. This is also true for hand tools, like belt sanders. John the Handyman in Las Vegas. Go to Home Page. Colletcion luck, and work safe. I have not personally done scientific analysis small workshop dust collection questions this area, but anecdotally I am not aware of a prevalence of explosions due to non-grounded PVC ducting. Air filtration can also be important.

These are the ones I used:. If the hoses to all your tools are all open, the suction will be far less strong where you actually need it. What you get will vary depending on your needs.

The ones I use are:. Everything else is on portable bases and wheeled into the middle of the garage when I need to use them. Because my miter saw never moves location, I was able to set it up with permanent dust hoses. I took this photo as I was building the miter workstation. You can see I added the Big Gulp Dust Hood behind the miter saw well, behind where the miter saw will soon be.

This catches a good deal of the sawdust that the miter saw produces. My miter saw also has a 2. I clamped on a 2. This photo shows the area to the right of the miter saw where my assembly table is kept though obviously here, the assembly table has been wheeled out into the center of the garage. Many of my tools are stored against the wall, then wheeled out when I need to use them. The Dust Right handle allows me to quickly and easily move this hose around my small workshop and attach it to many of my tools.

Then the Dust Right handle can slip on and off quickly and easily, and you can move that single hose from tool to tool. There are a variety of accessories that can also work with the Dust Right Tool handle. It has a heavy debris collection drum gal below the motor which collects larger heavy material, reducing the suction loss.

This bin has castors and unclips quickly by means of two paddle handles, making it really easy to empty. It has direct mounted filters to reduce suction loss and the pleated material filters particles Small Workshop Dust Collection App in the air down to 1-micron.

It also provides just about the best air filtration of any dust collector. It uses a vortex cone system to separate the heavy debris, depositing it into a collection bag below the motor.

Lighter debris is collected in a filter bag above the motor. The vortex system means that the dust is compacted tightly into the bags, reducing the need to empty them too often and reduces the need for frequent filter cleaning. The dust bag is transparent, making it easy to see when it needs to be emptied. Both bags have a snap ring, allowing for quick and effortless removal and re-fitting of the bags.

The controls are of an industrial design and can withstand the heavy-duty conditions of any shop. Noise levels are also very acceptable for a 2 HP dust collector dBA. The main advantage of this machine is the very high airflow of CFM. Like the other Jet machine, this model also has a 5-year warranty. Can be moved from one machine to another when needed. Looking at both the price and specifications of this model, it would be my number one choice.

The frame is sturdy and has a handle, making it really easy to move around the shop. A powder-coated finish adds to the durability of this machine in the hard-working shop. It has a clear plastic debris collection bag below and a filtration bag above.

This setup provides a very reasonable static pressure rating of 5. The bags have easy to use steel belt fasteners, making for fast, convenient bag emptying.

It weighs about 59 LBS, which is very light for such a big dust collector and will make it easier to move about. This machine has a very practical design, with a paddle on-off switch close at hand. The compact size, weight and castors on this dust collector makes it really easy to move around the shop — eliminating the need for ducting and long pipes.

This is, in my opinion, the best dust collector for a small shop. Like the other Fox Shop dust collector, this one also has a 2-year warranty. Therefore, to ensure efficiency, refrain from collecting from two tools simultaneously unless the collector is 2 hp or greater.

Consider using blast gates to improve efficiency. Follow the Figure 1 anatomy drawing beginning on page 46 and ending on page 53 for an understanding of parts, pipe reductions, and installation. Note that while dust-collection pipes and fittings come in PVC, plastic, and metal, we chose metal here and for the Woodcraft Workshop, page 24 , because of the diversity of compatible parts and to avoid the static electricity found in PVC ductwork lines.

At the heart of the dust-collection system in a one-man shop is the collector itself. It can be either a single- or double-stage unit and consists of a blower motor from 1hp to 3 hp , an impeller, and one or more filters cloth bag or pleated cartridge , for containing fine dust and exhausting air. It contains a removable canister or collection bag for capturing large debris such as chips and sawdust.

Depending on the amperage and horsepower, it may require a special dedicated electrical outlet. For reasons of space and noise, many woodworkers locate the dust collector outside of the shop in a garage or attached insulated shed. Doing this, however, requires you to include an air return to the shop to replace the air removed by the collector.

In a typical one-man shop, large 6"- or 7"-diameter elbows and pipe stem from the collector and tie into the main trunk line, which also may be 6" pipe. This ductwork may run perpendicularly or diagonally across the shop as shown in Figure 2, or along the walls. It may hang from the ceiling joist, attach to walls with metal straps and fasteners, or run under the workshop floor.

Branch lines stem off the main trunk line via wyes and elbows. These typically step down in pipe size often to 5"-diameters. The branch lines may again be further reduced to 4"-diameter pipe and flexible hose, depending on the machine or tool ports they service.

In some cases you may need to fashion special adapters to collect from some tools, such as a drill press. Keep in mind, however, that the more pipe length, bends, and restrictions you create, the greater the SP airflow resistance. See Table 1 for the CFM required to remove sawdust and chips from a woodworking machine to a collector.

SP —Referred to as Static Pressure, this is the amount of airflow resistance in a ductwork caused by pipes, fittings, airflow reductions, direction changes, clogged filter bags, etc. Note that larger diameter pipes have greater CFM drawing more debris than smaller diameter pipes. The goal is to keep debris moving, and not settling in the pipe. Single-Stage Dust Collector —A less expensive collector that pulls sawdust, chips, and other debris directly through the motor impeller before depositing it into a collection and filter bag.

Two-Stage Dust Collector —A more efficient collector that allows larger chunks, chips, and sawdust to drop into a first-stage collection container before reaching the motor impeller; this allows only the dust to pass through the impeller and collect in a second-stage filter bag or pleated cartridge.

Two-Stage Cyclone Dust Collector —An advanced type of mechanical debris separator, that employs centrifugal air movement to separate coarse and fine material so only ultra-fine micron dust reaches the filter.

It includes a more efficient and quieter fan. To create your whole-shop dust-collection system, map out your workshop plan on paper, locating stationary machines, power-tool stations, cabinets, workbenches, and so on. Draw the perimeter of your shop on the grid, and then cut out the templates that reflect your tools and storage. To help you decide where to locate machines and your dust collector for maximum efficiency, keep these layout considerations in mind:.

Work to keep tools within a 30' radius of the dust collector. In ductwork laid out in a concrete floor, go with capped Y-fitting cleanouts to remove debris. Now, locate and tape your cabinet, tool and, dust collector templates on the planner grid. If placing your collector inside, avoid areas that have a gas appliance with pilot lights to prevent the risk of explosion.

Regardless of whether your collector is inside or out, use remote switches to easily activate the unit from anywhere in the shop. Next, tape down a sheet of acetate over your shop layout and draw out your duct system, including the main trunk and branch lines with the pipe widths Best Small Shop Dust Collection 2019 and lengths noted and the fittings.

To do this, label the CFM and port sizes for each tool. To determine pipe and fitting needs, avoid messy math by adhering to the following steps regarding pipe runs no longer than 30'. This simplifies pipe and dust collector sizing for most home woodworking shops. Calculate the linear pipe length and fittings needed. Pipes of this diameter can carry a range of to CFM, making them well suited for most of the tools listed in Table 1.

Calculate the linear pipe lengths and fittings connectors, elbows, wyes, reducers, blast gates, adapters and caps needed. If suspending the system from the ceiling, consider drop lengths as well. In any case, avoid choosing duct diameters that are too small.

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