This time, we’re going to talk about How To Use A Multi Tool For Cutting Wood. There is a lot of information about Multitool Tricks on the internet, of course. Social media are getting better and better quickly, which makes it easier for us to learn new things.

Cut Straight Line With Oscillating Tool and Best Multi Tool Blade For Cutting Wood are also linked to information about Craft DIY Projects With the Best Oscillating Saw Blades. As for other things that need to be looked up, they are about Cutting Plywood With Oscillating Tool and have something to do with Multi Tool Cutting Blades. How To Use A Multi Tool For Cutting Wood - I’m using an oscillated multi tool to cut wood (jigsaw broke). How likely am I to start a fire?

71 Things You Should Know About How To Use A Multi Tool For Cutting Wood | Plunge Cut Multi Tool

  • Cutting capacity of oscillating multi-tools into drywall is not limiting in most cases. Common panel thicknesses ½” and 5/8” can be cut with all common segment saws with reaches between 3/4” and 1”. Plunge-cut blades can cut through all available thicknesses up to 1”, and also double layers of the standard thicknesses. - Source: Internet
  • Cutting capacity of oscillating multi-tools into granite is limited by the reach of the blade used. Diamond and carbide grit segment saws best suited for very hard materials have a reach between 3/4” and 1”. Deeper cuts may be possible with carbide plunge-cut blades, which are available with effective lengths up to 2”. These blades are seldom rated for granite, however, and may not be very efficient or long-lasting in this use. - Source: Internet
  • An oscillating multi-tool can be used to cut polyvinyl chloride (PVC). In its rigid form, this thermoplastic is most commonly encountered in pipes, tiles and flooring. Although relatively hard for a thermoplastic polymer, it is still soft and easy to cut. PVC is best cut using bi-metal plunge-cut and segment saw blades intended for wood, which have large teeth and some set. Its cutting with an oscillating multi-tool is relatively similar to acrylic, and you should see the notes above. - Source: Internet
  • As you see in the table, most of the standard 3″ to 3½” long plunge cut blades can cut wood panel and board under 1½” in thickness from one side, and 2×4’s, planks and beams under 3″ in thickness from two sides. However, planks and beams thicker than 3’’, such as 4x4s, can be cut only with the longest 3½” plunge cut blades. Lumber thicker than 4’’ cannot be cut with the typically available plunge cut blades at all. - Source: Internet
  • An oscillating multi-tool can be used to cut ceramic tiles. These tiles are hard and abrasive and should preferably be cut with diamond grit saw blades. Carbide-tipped blades may also work, but will suffer from a higher wear rate. Ceramic tile can be cut using an oscillating multi-tool with diamond and carbide grit segment blades or carbide saw blades. This method of cutting tile is stable and flexible but very slow. - Source: Internet
  • Most of the copper encountered by builders and hobbyists – wire, cable, pipe – is long stock. The cuts into copper will thus usually be small cross-cuts. An oscillating multi-tool is an excellent choice these jobs, and also has an exceptional capability to make cuts flush to a large surface or in otherwise restricted space, where no other cutter will fit. - Source: Internet
  • Grout is most often cut, not as a piece on its own, but from between tiles in tile floors or walls in grout removal. The grout and the tiles are stiffly supported by the underlying floor or wall, and workpiece supporting, vibration or shattering are rarely an issue. However, the grinding-type cutting process generates fine dust, and you should take care of proper dust extraction and wearing the appropriate PPE. - Source: Internet
  • When cutting thin acrylic sheets you will have the additional problem of workpiece vibration, just as with sheet metal. Vibration will lead to poor cutting efficiency and may also cause kickback or other instabilities in the tool. To stabilize the cut, you can try either of these two techniques: - Source: Internet
  • The cutting capacity of oscillating multi-tools is rarely a limiting factor in cutting rebar. The standard plunge-cut blades with reaches between 1½” and 2” can cut through all common bolt sizes from one side. Small-diameter rebar will need support close to the cut to avoid excessive vibration. - Source: Internet
  • The cutting capacity of oscillating multi-tools into PVC is limited by the reach of the blade. Common plunge-cut blades with reaches from 1½” to 2” can cut through most of the smaller PVC pipe used in construction working from one side. Segment saw blades with reaches 3/4” to 1” can easily cut all PVC tiles and flooring. - Source: Internet
  • An oscillating multi-tool can be used to cut acrylic glass in all forms. This common transparent plastic is technically called polymethyl methacrylate (PMMA), but variously known as acrylic, acrylic glass, plexiglass, Lucite or Perspex. Compared to metals and ceramics, acrylic plexi is soft and easy to cut, but prone to melting and clogging up the blade. The best blades for cutting acrylic are bi-metal and carbon steel plunge-cut and segment saw blades intended for wood, which have large teeth and a substantial set for chip clearing. - Source: Internet
  • An oscillating multi-tool can be used to cut porcelain. With a Mohs hardness of around 7, porcelain is very hard and abrasive and should preferably be cut with diamond grit saw blades. Carbide-tipped blades may also work, but will suffer from a higher wear rate. - Source: Internet
  • An oscillating multi-tool can be used to cut stainless steel. Most stainless steel alloys are very tough and work-hardening, which leads to high cutting forces and heat generation. Stainless steel is therefore best cut with carbide saw blades, which can take the high cutting temperatures without softening. You may have some success with bi-metal saws, but their useful life in cutting stainless steel will be short. - Source: Internet
  • Oscillating multi-tools are not very efficient in cutting sheet goods, and longer cuts are much better made with circular saws. However, oscillating tool are excellent in making small details such as reliefs, cutouts and holes. They are the only tool that can make a square hole to the middle of a sheet. - Source: Internet
  • Because of the relatively slow cutting speed and lack of guiding, an oscillating multi-tool is not very efficient in resizing sheets and other long straight cuts. Instead, an oscillating multi-tool is excellent for cutting details such as small cutouts for pipes, holes, pockets and reliefs, which may be difficult or impossible to make with other cutting methods. It is also one of the very few tools capable of making small square holes into the middle of a larger sheet of drywall. - Source: Internet
  • AdvertisementsAn oscillating multi-tool can be used to cut machine screws and bolts. Bolts come in different strength classes, which determined the ease of cutting. Lowest strength bolts are easy to cut with a bi-metal saw blade, but higher categories and stainless steel bolts should preferably be cut with carbide saws. See table below for which blade to use with which strength class. OSCILLATING - Source: Internet
  • Whether you are considering purchasing an oscillating power tool, or just getting new blades for your machine, you may be asking these questions. And for a good reason: trying to go beyond the capacity of the tool will only waste time and material, and leave you with an ugly half-finished cut. Using the wrong blade, on the other hand, will not only lead to inefficient cutting, but may also ruin the blade. - Source: Internet
  • Acrylic and polycarbonate sheets cut with an oscillating multi-tool. The lower two pieces show burrs due to slow feed on the left half of the cuts. Increasing the feed rate avoided material melting, and produced the cleaner cut on the right half. - Source: Internet
  • An oscillating multi-tool can be used to cut plaster. Plaster is a very soft ceramic material with a Mohs hardness around 2, and can be easily cut with any oscillating multi-tool blade. Bi-metal or carbon steel segment and plunge-cut blades are recommended for best cutting efficiency. - Source: Internet
  • An oscillating multi-tool is much slower than circular saws or jig saws in cutting acrylic, and is not the best choice for long straight production cuts. It is also not well suited for sheets thicker than about ½”. However, it is very flexible, controllable and safe, and excellent for finishing work and making small details like cutouts and holes. - Source: Internet
  • Wood screws are usually relatively light gauge and are easy and fast to cut with an oscillating multi-tool equipped with the right kind of blade. An oscillating multi-tool is excellent trimming off the tips of overlong screws that protruding out of a board, as it can do this neatly flush to the board face, unlike most other saws or pliers. It can also be used to make a plunge cut into the tight gap between two pieces of lumber to release a screw joint that cannot otherwise be opened. - Source: Internet
  • An oscillating multi-tool can be used to cut mortar. While not exceptionally hard on a macro scale, mortar typically contains sand, which makes it very abrasive and tough on the blades. For this reason, mortar is best cut with diamond grit saws. Carbide saws can also be used, but suffer from a faster wear. - Source: Internet
  • Cutting marble with an oscillating multi-tool is not fast, though, and also not very accurate. For this reason, it is not the best method for long straight cuts into marble sheet. But the multi-tool is very flexible and controllable, which makes it an excellent choice for cutting small details like holes, cutouts, and corners. - Source: Internet
  • Cutting capacity of oscillating multi-tools into marble is limited by the reach of the blade used. Segment saw blades have a limited reach between 3/4” and 1”. Much deeper cuts can be made with plunge-cut blades, which are available with effective lengths up to 2”. - Source: Internet
  • Plaster is relatively brittle and prone to shattering. When cutting it with an oscillating multi-tool, care should be taken to support the workpiece gently but firmly close enough to the cut. The cutting process generates semi-fine dust, and you should take care of proper dust extraction and wearing the appropriate PPE. - Source: Internet
  • Just as solid wood, an oscillating multi-tool can cut all common wood product sheets such as plywood, MDF, particleboard, and OSB. The recommended blade type is a bi-metal plunge cut or segment saw blade. Melamine-laminated wood product sheets can be cut with the same blade and techniques, but wear the blade down faster. - Source: Internet
  • 1 Two-sided cutting: sawing first from one side of the piece of lumber and then from the other. Here, you need to make sure your plunge cut blade will be long enough to reach at least midway through the piece, so that you are able to cut the entire cross section by working from two sides. Note that this requires you to have access to the piece from two directions, which is not always the case when trimming pieces already fixed to an assembly. - Source: Internet
  • In this article, I present an extensive list of all the materials that oscillating multi-tools can cut. The list is based on my experience in using these tools for the past 4 years. For each material, I will also give comments on cutting capacity, the ease of cutting and working technique. - Source: Internet
  • In general, an oscillating multi-tool is not the fastest tool for cutting lumber: most cross-cutting – and certainly all ripping – is done quicker and more accurately using circular saws, reciprocating saws or jigsaws. However, they are very versatile, and often the best choice for flush cuts, small pockets and reliefs, and cuts in very tight spots. Moreover, they are the only saw that can cut small square or rectangular holes. - Source: Internet
  • An oscillating multi-tool can be used to cut most steels. Different steel alloys vary greatly in strength and hardness and therefore in ease of cutting. The softest unhardened low-carbon and low-alloy steels are relatively easy to cut both with bi-metal and carbide saw blades. Medium-strength hardened steels such as that found in high strength grade bolts are already somewhat harder, and should preferably be cut with carbide saw blades. On the other hand, the very highest strength alloy and tool steels may be hard or impractical to cut even with carbide blades. - Source: Internet
  • Cutting sheet metal with an oscillating multi-tool is not very fast. However, an oscillating multi-tool is relatively flexible in terms of material and cut geometry, comparatively safe and mostly non-sparking. It also leaves both sides of the cut clean and unbent. - Source: Internet
  • Brick, or precisely clay brick, is a relatively soft coarse ceramic material, and can be easily cut with an oscillating multi-tool. Although soft, brick is abrasive due to the hard minerals contained, and should preferably be cut with a carbide plunge-cut or carbide or diamond grit segment blade to avoid fast blade wear. Bi-metal saw blades will also work, but will dull relatively quickly. - Source: Internet
  • An oscillating multi-tool may not be the fastest tool for cutting rebar, but it is very flexible. The tool allows you to cut rebar in restricted spaces where saws, grinders or bolt cutters may not fit. An oscillating multi-tool can also cut rebar exactly flush to a surface – a feature which may come in handy when trimming off unnecessary rebar ties sticking out of a finished concrete slab. - Source: Internet
  • Cutting capacity of oscillating multi-tools into plaster is limited by the reach of the blade used. Segment saw blades have a limited reach between 3/4” and 1”. Much deeper cuts can be made with plunge-cut blades, which are available with effective lengths up to 2”. - Source: Internet
  • An oscillating multi-tool can be used to cut grout. While not exceptionally hard on a macro scale, grout typically contains sand, which makes it very abrasive and tough on the blades. For this reason, grout is best cut with diamond grit saws and rasps. Carbide saws can also be used, but suffer from a faster wear. - Source: Internet
  • Cutting capacity of oscillating multi-tools into mortar is limited by the reach of the blade used. Segment blades have a limited reach between 3/4” and 1”. Much deeper cuts can be made with plunge-cut blades, which are available with effective lengths up to 2”. - Source: Internet
  • An oscillating multi-tool can be used to cut carbon fiber composite parts. Carbon fiber is hard and abrasive, and should preferably be cut with diamond or carbide blades. Both plunge-cut and segment saw blades as well as grit type saw blades can be used. Plunge-cut blades have higher cutting capacity and can cut carbon composite tubes from one side. Segment saws, on the other hand, are better for cutting sheets or shells. - Source: Internet
  • An oscillating multi-tool can be used to cut aluminum. All common aluminum alloys are relatively soft compared to most steels, and can be easily cut using bi-metal plunge-cut and segment saw blades intended for metal. With significant set and larger teeth, these blades allow for good chip removal and cutting efficiency. While carbide saw blades may also work, aluminum has a tendency to clog up their smaller and non-set teeth, which reduces their efficiency. - Source: Internet
  • Applications: Cutting glass with an oscillating multi-tool is very slow, not very accurate, and risks cracking the workpiece. It is thus not well suited to long, straight or accurate cuts, such as resizing window panes. However, an oscillating multi-tool may be a good alternative for small noncritical glass work. - Source: Internet
  • While the softer screws could be successfully cut with bi-metal saw blades, the stronger ones are best cut with carbide saws for optimal blade life. The challenge is that there are no established strength grades or markings for wood screws, and so the actual material strength is not easy to tell. For this reason, I recommend using a carbide saw blade, if available, for all wood screws. - Source: Internet
  • An oscillating multi-tool can be used to cut concrete. Due to the hard minerals in the aggregate (sand, gravel, and crushed rock) concrete is very abrasive for the blades. For this reason, concrete should preferably be cut with diamond grit saw blades. Carbide-tipped blades may also work, but will suffer from a higher wear rate. - Source: Internet
  • Mortar is most often cut, not as a piece on its own, but from between bricks or stones in a masonry wall in a process called raking. The masonry work is typically massive compared to the average workpiece, and workpiece supporting, vibration or shattering are rarely an issue. However, the grinding-type cutting process generates fine dust, and you should take care of proper dust extraction and wearing the appropriate PPE. - Source: Internet
  • Cutting aluminum with an oscillating multi-tool is not very fast or accurate, and thus not well suited to long straight cuts. However, an oscillating multi-tool may be an excellent choice small cross-cuts, holes, inside corners and other details. It also has an exceptional capability to make cuts flush to a large surface or in otherwise restricted space, where no other cutter will fit. - Source: Internet
  • Technique 1: Sandwich the acrylic sheet between two stiffer sheets of plywood, MDF, etc., so that the cut line is only slightly exposed. This technique is best suited for straight cuts. - Source: Internet
  • Cutting concrete with an oscillating multi-tool is stable and easy, as concrete objects and structures are usually massive and workpiece flexing therefore rarely an issue. The cutting process is similar to grinding and generates very fine dust, and you should take care of proper dust extraction and wearing the appropriate PPE. Dust can also be mitigated by wetting the concrete prior to cutting, which also decreases the blade temperature at the cutting point and extends the blade life. - Source: Internet
  • Common face bricks with thicknesses between 2” and 3” can be cut using standard 1½” to 2” plunge-cut blades, but will in most cases require cutting from two sides. The same applies to perforated bricks with the same cross section. Brick roof tiles are usually thinner than ½”, and can be cut also with segment saw blades. - Source: Internet
  • The cutting capacity of oscillating multi-tools is rarely a limiting factor with aluminum. The common plunge-cut blades with reaches between 1½” and 2” can cut through most aluminum bar, profile and sheet without difficulty. Even the lower-reach segment saw blades can easily saw most of the common sheets. - Source: Internet
  • An oscillating multi-tool can cut all species of hard and soft woods. In fact, wood is one of the easiest materials to cut with this tool. You can use any saw blade type – carbon steel, bi-metal or carbide – with wood, although the bi-metal blades with slightly larger teeth and some set will be most efficient cutters. - Source: Internet
  • Leave a smooth, soft finish on wood with sanding sheets such as the GOP Delta 93 sanding sheet. To remove residue of mortar, concrete, tile or carpet adhesive, consider the GOP HCS rigid scraper for use with the GOP 10.8V-Li-Ion professional multi cutter. - Source: Internet
  • An oscillating multi-tool can be used to cut glass. Common soda-lime and borosilicate glasses used in windows and household wares have Mohs hardnesses between 6 and 7, and should preferably be cut with diamond or carbide grit saw blades. Carbide saws may also work, but will suffer from a higher wear rate. - Source: Internet
  • Although not difficult, cutting concrete with an oscillating multi-tool is relatively slow. As such, it cannot compete in cutting capacity or productivity with other tools. However, an oscillating multi-tool is excellent for detailed concrete finishing work such as small cutouts, holes, pockets and reliefs, which may be difficult or impossible to make with other cutting methods. - Source: Internet
  • Cutting capacity of oscillating multi-tools into concrete is limited by the reach of the blade used. Diamond and carbide grit segment saws best suited for concrete have a reach between 3/4” and 1”. Deeper cuts may be possible with carbide plunge-cut blades, which are available with effective lengths up to 2”. These blades are not usually intended for concrete, however, and may not be very efficient or long-lasting in this use. Further, you should note that even a cutting depth of 2” is not very much compared to the usual thicknesses of concrete features. - Source: Internet
  • Cutting ceramic tiles with an oscillating multi-tool is very slow and not very accurate. It is thus not well suited to large-volume straight splitting of tile rows, for example, which is much better done with dedicated ceramic tile cutters. However, an oscillating multi-tool is excellent for detailed tile work such as small cutouts, holes, pockets and reliefs, which may be difficult or impossible to make with other tile cutting methods. - Source: Internet
  • Cutting bolts with an oscillating multi-tool is not fast, but it is very flexible. The tool allows you to cut bolts already screwed in in an assembly, even in restricted spaces where a reciprocating saw, a hack saw or an angle grinder would not fit. An oscillating multi-tool also has the exceptional capability of cutting a bolt exactly flush to a surface – a feature which may come in handy when trimming protruding screw tips or removing a stuck bolt by cutting the head off. - Source: Internet
  • An oscillating multi-tool can be used to cut sheet metal. The type of blade you need is determined by the sheet material: bi-metal saws can be used for softer metals such as aluminum, brass, copper and mild steel, while hardened steel and stainless steel should be cut with carbide saws. Both plunge-cut and segment saw blades can be used, but the segment saws provide stabler cutting. - Source: Internet
  • An oscillating multi-tool can be used to cut fiberglass. Although not quite as hard as carbon fiber, the glass fibers in fiberglass are relatively abrasive, and should preferably be cut with diamond or carbide blades. Both plunge-cut and segment saw blades as well as grit type saw blades can be used. Plunge-cut blades have higher cutting capacity and can cut glass fiber tubes or thick-walled sections from one side. Segment saws, on the other hand, are better for long cuts into sheets and shells. - Source: Internet
  • An oscillating multi-tool can be used to cut copper. Most common copper alloys, such as those used in electric wires, water pipes and heat exchangers, are relatively soft with tensile strength between 30 and 50 ksi (200…350 MPa). These alloys can be cut easily using bi-metal plunge-cut and segment saw blades intended for metal. Carbide saw blades also work, but are not really needed for copper. - Source: Internet
  • An oscillating multi-tool can be used to cut granite. Due to its high hardness between 6 and 7 on the Mohs scale, granite should preferably be cut using diamond grit segment saws. Carbide-tipped blades may also work, but will suffer from a higher wear rate. - Source: Internet
  • An oscillating multi-tool can be used to cut drywall. Consisting of gypsum, some additives and two backer papers, drywall is soft and easy to cut through. Drywall can be cut with all plunge-cut and segment saw blades intended for wood or metal. Sheets with fiberglass or abrasive fillers can be cut with all saw blades, but carbide saws should be preferred for best blade life. - Source: Internet
  • To achieve a good cut quality into acrylic with an oscillating multi-tool, the main concern is to avoid melting the material. While a partially melting cut will successfully sever the pieces, it leaves ugly burrs onto the cut sides which are hard to remove cleanly. Material melting will also reduce cutting efficiency, particularly with thick sheets, so that cutting will become impractically slow well before the blade reach becomes limiting. Although a plunge-cut blade with a 2” reach should in theory allow you to cut through 2” thick acrylic, in practice you may struggle to get through a ½” sheet. - Source: Internet
  • Oscillating multi-tools are very versatile machines. Variously called oscillating tools, oscillating power tools, multi-tools, or oscillating multi-tools, these compact wonders of functionality can sand, grind, rasp, scrape and polish. In terms of frequency of use, their number one function is still undoubtedly cutting. - Source: Internet
  • Just like acrylic and polycarbonate, PVC is prone to melting during cutting. Material melting will reduce both cutting efficiency by clogging up the blade teeth and the cut quality by creating large burrs. Like with PMMA and PC, you can try to avoid melting by using a plunge-cut blade with large teeth and set, a low speed setting and a high feed rate – see Acrylic above. - Source: Internet
  • An oscillating multi-tool can be used to cut stone. The hardness of common rocks varies widely – between around 2 and 7 on the Mohs scale – and the ease of cutting and the types of blade applicable depend on the rock species. For more information on a typical hard rock species, see Granite; for a soft species, check Marble. If you are unsure of the species, it is safer to assume the rock is hard. - Source: Internet
  • The cutting capacity of oscillating multi-tools is rarely a limiting factor with copper. The common plunge-cut blades with reaches between 1½” and 2” can cut through most wires, cables and pipes without difficulty. Even the lower-reach segment saw blades can easily saw most of the common copper sheets. - Source: Internet
  • The cutting capacity of oscillating multi-tools into acrylic is ultimately limited by the reach of the blade. Common plunge-cut blades with reaches from 1½” to 2” can easily cut through most common acrylic sheets and tubes from one side. Segment saw blades offer enough reach for most acrylic sheets, but do not usually have any set in their teeth and are more prone to clogging than plunge-cut blades. - Source: Internet
  • Another thing to consider is as you plunge into wood that you keep the cut wider then the blade. I go for blade width plus about an minimum of an additional 1/4" to allow room for the blade as it follows its’ path during the oscillations. If you plunge straight into the wood the side teeth actually have no ability to cut the wood fibers, as the teeth dont have the room to move past the wood fiber. Instead the outermost teeth are crushing the fibers and pushing them out of the way, if you dont actively try to make a cut that is just a little wider then the blade. - Source: Internet
  • When cutting aluminum with an oscillating multi-tool, the workpiece should be firmly clamped close to the cut to avoid vibration. Thin and lightweight profiles are particularly susceptible flexing under the cutting forces, which reduces cutting efficiency and may cause the tool to jump around. Thin aluminum sheets are best cut on a sacrificial support, see Sheet metal below. - Source: Internet
  • We stock a range of multi tool blades including the Smart multi cutter bimetal saw blades for universal cutting up to 42mm. The Smart multi cutter blade set comes with 8 saw blades for cutting wood and plastic. To create a cut in the centre of wood, choose a plunge cut blade such as the GOP plunge cut saw blade in sizes 20mm to 32mm. - Source: Internet
  • Ceramic tiles are brittle, though, and must be cut carefully to avoid cracking them. During cutting, the tile should be stiffly supported very close to the cut line to avoid vibration or large bending stresses in the tile. The cutting process is similar to grinding and generates very fine dust, and you should take care of proper dust extraction and wearing the appropriate PPE. Dust can also be mitigated by wetting the tile, which also decreases the blade temperature at the cutting point and extends the blade life. - Source: Internet
  • Think of the cutting teeth of a multimaster like a handsaw. You would rarely cut into framing material with the teeth of your handsaw blade fully engaged in the wood, instead you change the angle of the saw so that you decrease the number of teeth that are cutting at the same time. Just as with a handsaw, you will actually speed up your cut by having fewer teeth engaged in the wood at one time. I try to keep about max 1/3 of the blade cutting at any one time. - Source: Internet
  • An oscillating multi-tool can be used to cut most common metal objects. Soft metals, such as aluminum, copper and mild steel, can be cut with bi-metal saw blades. Harder metals, such as hardened or stainless steels, titanium, and high-strength non-ferrous alloys, should be cut with carbide saw blades. For more specific information on specific metals, see Aluminum, Copper, Steel, Stainless steel; for certain common metal products, see Bolts, Nails, Rebar, Screws and Sheet metal. - Source: Internet
How To Use A Multi Tool For Cutting Wood - Cut Straight Line With Oscillating Tool

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  • How To Use A Multi Tool For Cutting Wood
  • How To Use A Oscillating Tool To Cut Wood
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