In detail: do-it-yourself manual milling cutter repair from a real master for the site my.housecope.com.
Unlike essential tools, a router is not. You can perfectly do without it. Wood and metal carvings are still carried out with a chisel, chisel, and other simpler tools. Routers are used when woodworking becomes a real business, or when you need a long renovation. This requires not only a router, but also saws, grinding tools with attachments, planers and other tools. The milling cutters themselves appeared on our market relatively recently, but they are already very popular among builders, carpenters and furniture makers.
The router allows you to chamfer, trim edges, create decorative carvings and work with blanks before starting more detailed work. However, routers do not only work with materials such as wood. A manual router for metal differs only in the presence of appropriate cutters, however, even in this case, it can only work with soft metals. It is also possible to work on plexiglass, plastic and other similar materials. It all depends on the type of cutters selected.
The tool is structured as follows: the spindle is connected to the rotor, and the corresponding milling cutter is already attached to the spindle itself. The spindle, when turned on, starts to rotate, and in a state of rotation it is able to cut material due to sharp knives. According to all the laws of physics, the speed of rotation determines the accuracy of the work. In other words, the more powerful the router is, the more accurate the job it will be. However, it is worth considering the material with which you intend to work: the required number of revolutions will directly depend on the density of the material. By the way, for this very purpose, almost every router is equipped with a regulator.
Video (click to play).
According to the structure described above, the hand router has 2 main elements: a cutter and a motor. All other details are only "intermediaries" that ensure the operation of these elements. Based on this, the parameters of the cutters and the engine always come first when choosing the right tool.
To describe all instruments of this type, it is necessary to bring them down into a standard classification.
- lamellar - a tool that is better than others suitable for making grooves connecting parts;
- edge banding (or edge) - milling cutter designed for the manufacture of edges and chamfering;
- top - universal hand router, since it can be used for any woodwork.
2. Universal milling cutter (upper) according to the mode of action is divided into:
- stationary - the engine is rigidly fixed, and the milling depth itself depends on the up / down movement;
- submersible - the motor moves with the cutter (such a tool will be much easier for beginners).
3. Narrow-profile are subdivided in accordance with the materials and parts to which they must be applied:
- for work on drywall;
Thus, the choice of tool directly depends on the application. But if a router is just a motor that can rotate a router, can you make something like that yourself?
There can be many reasons to assemble a homemade hand router, from high prices to a desire to make a versatile tool that can perform a number of tasks, or a router that would fully meet the expectations of a joiner.
We need: an electric motor, a cutter and a chuck. By the way, the engine can be from almost any electrical device.The only condition is that it must be in working order. As for the cartridge, there is simply no better part than a hammer drill cartridge: the principle of operation is no different, and the part is designed to work at high powers. You can use durable plastic (PVC) as the basis for the engine, or not waste money and use standard chipboard sheets. Cut out, attach to the engine. Next, a logical question arises: how to connect the cartridge and the engine? Despite the fact that we do the milling cutter with our own hands, we will have to turn to professionals for help. We need a special adapter that can be ordered from any knowledgeable craftsman. It will take some time.
Basically, our router is ready. This router is manual. The price of such a tool fluctuates around two to three thousand rubles, taking into account all materials. If we compare with similar milling cutters that online stores offer us, then you can notice a significant difference in price. It remains only to select the necessary cutters, and you can start working. If there is a desire to make a machine out of a hand tool, you just need to cut out the bed of the appropriate size and make holes in the right places. Thus, we have produced not only a hand-held router, but also a truly versatile tool.
But there are a couple of caveats about the downsides of our invention. Most likely, such a router will not provide sufficient speeds for high-quality work, like a purchased one, but it is perfect for "rough" woodwork.
The use of various accessories for a hand router significantly expands the capabilities of this unit, as well as increases the comfort and safety when working with it. On sale there are ready-made models of devices designed for use in tandem with a router, but, as a rule, they are expensive. Therefore, many craftsmen prefer to make devices for this unit with their own hands.
If you fix the hand router in a special way under the table, you get a universal carpentry machine that allows you to quickly and accurately machine long and short wood blanks. To make a table for a router with your own hands, you first need to prepare the necessary parts for assembling the entire structure. The figure below shows the cutting plan, on which all the details of the future milling table are located. They are cut out using a circular or panel saw.
The device can be made from plywood, chipboard or MDF. The material thickness is indicated on the cutting chart as 19 mm, but this is not a prerequisite. The table can also be assembled from 16 or 18 mm thick slabs. Of course, for the manufacture of countertops, it is better to use laminated or plastic-coated sheet materials, which will allow the workpiece to easily slide over the surface.
It should also be noted that this homemade table is intended for installation on trestles. If you need a tabletop version, the drawers (5) need to be made much wider than 150 mm. They must be slightly wider than the height of the appliance so that it can fit under the worktop.
If the table parts are cut from plywood or MDF, then their ends should be sanded. The ends of parts made of chipboard will need to be covered with a melamine edge using an ordinary iron.
The router can be installed in the table either with or without a mounting plate. Preparing the countertop for direct attachment to her unit is as follows.
Since the main board is 900 mm long, its center will be 450 mm from the edge. Put a point in this place and draw a line with the help of a square.
Detach the plastic cover from the sole of the device.
Find the midpoint of the cut on the overlay and draw a line through the center of the outsole using a square.
Place the overlay on the center line of the base plate so that the center of the sole coincides with it, and mark with a pencil the center of the future hole in the table top.
Video (click to play).
Next, you should make a markup for the mounting screws.
Drill the holes through which the unit will be attached to the table. Be sure to countersink them so that the screw heads are slightly recessed into the countertop.
Drill a 38mm center hole.
The next step is make a parallel emphasis. Using a jigsaw or router, make semicircular cutouts on the front wall of the stop, as well as on its base.
Screw the kerchiefs onto the stops. Below is a drawing showing all the indents for placing the gussets.
Screw the connecting strips to the bottom of the worktop.
Assemble the milling machine using the diagram below.
When the machine is installed on the base plate, its thickness significantly reduces the cutter overhang. Therefore, to install the unit on thick countertops, it is customary to use thinner mounting plates made of durable materials (steel, duralumin, polycarbonate, getinax or fiberglass). The plate is made as follows.
The rip fence can be modified to adjust the milling table more conveniently and quickly: for this you need to cut the C-shaped rails into the tabletop. The profile can be made of aluminum. A straight slot cutter is used for plunge-in. The profile fits into the prepared groove and is screwed on with screws.
Next, you should pick up the hex head bolts of such a size so that it can fit into the C-profile and not turn in it. Drill 2 holes in the base of the rip fence to match the bolt diameter.
You should also cut the C-shaped profile into the front plate of the stop to fix various clamps and protective covers on it.
The emphasis is screwed to the tabletop using wing nuts.
On the back of the stop, you can make a chamber for connecting a vacuum cleaner... To do this, it is enough to cut a square out of plywood, drill a hole in it for the vacuum cleaner nozzle and screw the resulting cover to the kerchiefs.
You can also add to the stop safety shieldmade of MDF or chipboard and a small rectangle made of plexiglass. To cut the grooves, you can use a jigsaw or a router with an installed groove cutter.
In order to be able to process small parts, it is necessary to make clamps and clamps from plywood or MDF.
Clamp-comb is made on a circular with a step between cuts of 2 mm.
If desired, you can make a milling table with tool boxes.
If it is required to make a stationary machine from a hand mill, then one cannot do without making a solid base. Below is a cutting plan with the details printed on it, which will be required to assemble the table base. The dimensions of the parts will need to be adjusted if you use sheet material of a different thickness.
All parts of the table for a hand router are assembled using confirmations. For the convenience of moving the table, rollers can be attached to its bottom. If you expand this table a little and attach a circular hand saw in its free part, you get universal table for router and circular.
To make the machine take up less space, it can be made according to the principle of a book-table with table tops dropping on both sides.
To expand the functionality of this unit, there are quite expensive devices on sale. But in order to save money, the owners of milling cutters are trying to make various adaptations with their own hands, which work no worse than the factory ones.
A simple tenon cutter for a router is made from two pieces of plywood and a pair of furniture telescopic rails.The router is installed on a platform with a hole for the tool. The platform is attached to the workbench at an angle (for more convenient positioning of the equipment in height), as shown in the photo below.
So, the tenoning device is made in the following order.
As a result, you will have a smooth and high quality spike.
By changing the height of the cutter relative to the tenon cutter platform, it is possible to obtain tenons of various thicknesses.
If your router kit did not have a copying sleeve, then it can be made literally in 30 minutes from improvised means. For homemade products, you will need a metal or duralumin washer, which can be made from sheet metal, and a threaded plumbing extension cord.
The copy sleeve is manufactured in the following way.
If you need to select a very long groove in the workpiece, then you need a router attachment called a tire. Finished metal tires can be purchased at specialized stores. But they are also easy to make with your own hands from plastic, plywood or MDF.
The thickness of the material should be about 10 mm so that the parts can be tightened with screws.
The machine guide is very simple.
Cut three strips on the circular. One wide, about 200 mm, and 2 narrow - 140 and 40 mm each.
Also make a small strip of the same material, about 300 mm long and 20 mm wide.
Place a 140 mm wide piece on a wide strip, align it along the edge and screw both pieces together with screws.
Place a narrow 40 mm wide strip on top of the wide strip, opposite the bolted part. For precise positioning, insert a 20 mm strip between the top pieces and screw the narrow strip to the bottom piece with screws. This creates a long tire with a 20 mm groove.
Take a 20 mm wide bar and screw it to the sole of the device, as shown in the following photo. To select a groove, select straight or curved groove cutter and is fixed in the collet of the device.
When all fixtures are prepared, follow these steps. Put the workpiece to be processed along its entire length on the workbench, place the tire on it, securing it with clamps. Insert the strip attached to the router base into the groove in the rail. Start up the machine and mill the workpiece along its entire length.
If you want to choose a deep groove, then the processing takes place in several passes, so that the tooling is immersed in the workpiece gradually.
Attachments for a hand router and the machine itself make woodworking at home a completely professional process. To be as effective as possible, you need to know a thing or two about this tool! Let's figure it out together.
With an electric hand router at your disposal, you can easily apply grooves to wooden parts, create holes of various kinds, process edges and cut out wood shields with your own hands. With this tool, it is easy to install fittings on furniture and even engage in artistic processing of the material.
In production, as a rule, a bulky machine is engaged in all these tasks, which is clearly not suitable for domestic use, therefore for a long time the listed operations were only a dream of a home craftsman, although they managed to do something manually using other tools (hole punches, chisels, etc. etc.) The peculiarity of the manual version is that such a device is small in size and relatively light in weight, which means that you do not need a spacious workshop to implement your plans..
In addition, often the range of work covers not only the processing of wooden parts, some mechanisms are capable of plastic and even metal. Of course, a manual metal router will cost you more, because all accessories for it must be made of durable alloys, and the motor must have increased power.After the appearance of the tool itself, they immediately began to expand its functionality through additional devices and attachments. Now, some hand-held milling machines can do more than industrial designs.