How to make a stand under the head. Holder for end wrench heads. Materials and fasteners

Hi to all lovers of homemade!

However, in addition to horn keys, to work with threaded fasteners, the end heads often have to use. Therefore, I decided to make a wall holder and for them.

I must say that I have such a set of end heads with a key and plastic holder.

However, the problem is that if some heads are quite tightly removed from the holes in this holder, then others on the contrary, barely hold and sometimes fall out, because the holes under them are already shed. Yes, and the dimensions specified on the side sides are not visible at all due to the high walls of the holder. Practice has shown that this holder is convenient to take with me if necessary, but it is not very convenient for work in the workshop.

Reflecting on various options for a homemade wall holder, I first decided to stop at the most seemingly optimal version in which the end heads are simply inserted into the hole drilled in the roll.

However, since the diameters of the adjacent heads differ not very strongly (literally by 0.5-2 mm), then to drill holes for them, it is very difficult to find drills or crowns on a tree.

It was certainly possible to crush some holes using a round file on a tree, but then I had the idea better.

I decided to make a holder in which the end heads would simply wear on the vertical pins. Moreover, as such pins, you can use screws with plastic tubes on them. Naturally, it is also much easier to make such a holder than holder with holes.

So, to make such a holder, I needed the following accessories:

Materials and fasteners:

A wooden plate with a thickness of 1.5-2 cm, a width of 4.5 cm, and about 30 cm long;
- nine screws 3x35 mm;

Two screws on a 4x60 mm wood;

Plastic tubes.

Instruments:

Drawing and measurement tool (pencil, roulette and square);

Electrol holder with a filling for figure cut;

Electrode-screwdriver;

Metal drill with a diameter of 2.5 mm;

Metal drill with a diameter of 4 mm;

Spherical cutter on wood;

Ring saw on a tree, a diameter of 19 mm;

Semicircular chisel;

Scissors;

Screwdrivers PZ1 and pH2, for wrapping screws;

Sandpaper.

Manufacturing process

First we make the layout of the wooden plank - the future holder, we pump the centers of future holes under the pin-screws with seoms and drill the holes themselves (can be through), with a diameter of 2.5 mm.

Then the annular saw, we cut the deaf hole with a diameter of 19 mm, for the key.

A semicircular chisel cleaned this hole, removing excess wood.

Drills across the plank, two holes with a diameter of 4 mm, under long wood screws, for the subsequent fastening of our holder to the wall.

We rase these holes with a spherical cutter on the tree, under the head of the screws.

Then we cut pieces of plastic tube scissors, which we will wear on the screws. The length of each piece is about 25 mm.

Plastic tubes I took from the used liquid soap bottles.

Now we put on each screw cutting tube.

And we approve these screws into pre-drilled holes with a diameter of 2.5 mm, to dense pressed plastic tubes (but do not drag).

Here I would like to emphasize that it is necessary to use screws with small heads (with a diameter of not more than 6 mm), otherwise the end heads will not dress on them.

Then we produce all the necessary fixing operations by the jigsaw. That is, we drink the groove in the turnkey hole, as well as drink the holder itself and spinning his ends.

After that, we process our holder with emery paper, paying special attention to the edges and ends.

And here our holder is almost ready!

It remains only to stick labels on it with inscriptions of head sizes, for greater use.

Such labels can be made on the computer and print with the printer, and then cut them and scotch them to the holder.

Now the end heads are very conveniently removed and put on the pin pins. And they keep it very reliably and never fall.

In addition, thanks to the plastic tubes on the screws-screws, the end heads are very soft and smoothly wear on them and do not scratch.

Well, on this, I, perhaps, everything!

So far and more useful and necessary homemade!

Storage of tools, especially small parts, such as keys, bolts, and other heads, sometimes it is difficult. Not professionals tools are often purchased separately and storing them in a special case or drawer - this is extra costs. However, a convenient homemade magnetic keys head holder can be an excellent alternative to a more expensive storage option. In addition, each head will be securely enshrined in its cell, and the entire box can be transported without fear of losing them.

Materials

• Vector image creation program (Corel Draw);
• laser cutter;
• board with a thickness of 130 mm, 5 x 20 cm (poplar);
• board with a thickness of 64 mm, 5 x 40 cm (walnut);
• magnetic strip 40 cm long;
• epoxy resin;
• sandpaper;
• acrylic lacquer.

Step 1. Creating a project in Corel Draw

First of all, you need to create a layout on which the laser will be cut out the exact blank of the holder. To create a layout you need to possess work skills in building vector images.

First, create the number of circles you need. They will be holes in which you will insert the keys. Circles make the size of the diameter of the heads themselves + 0.05 cm. It is necessary that during operation you could freely insert your heads into the harvested cells.

Distribute circles evenly, leaving the clearance between them a few millimeters. By placing all the circles, draw a rectangle around them. Corners can leave usually or figure it out, as in this project.

Step 2. Basics Development

After the lid, it is necessary to develop the founder's basis. The main form of it will be the same - rectangular with figure corners. But on the site of the circles it is necessary to apply black stripes. The bandwidth must correspond to the diameter of the largest circle. Lines on the base layout must be noted black so that the laser does not cut them out, and engraved.

Step 3. Creating the main part

The layout for the main part of the holder is essentially ready (similar to the first step). But from the side it will look especially. For the convenience of further operation on the end of the holder, you will need to apply the sizes of the heads. Do it in any convenient form. The main thing is that the sizes correspond to.

Step 4. Cutting

At this stage, according to the cooked layouts, the blanks of the holder are cut. There will be three of them.

Step 5. Grinding

All billets need to sand. Take for this sandpaper and set all the irregularities.

Step 6. Engraving side part

Take the widest workpiece (poplar) and apply engraving with numbers.

Step 7. Print of magnetic strips

An existing magnet must be cut into stripes and glue the holder to the base. The magnets of this plan have a sticky basis, but for the reliability of the attachment it is better to complete the epoxy resin. By gluing the magnetic stripes, send them under the press for 5 to 10. Be careful when gluing.

Step 8. Bonding all parts of the holder

Almost every man in the house or in the garage there is a set of tools. Consequently, keep them in perfect order. How best to do this, tells a new review. Surely everyone can find in it who were interested in his examples of the organization of storage.

1. Plastic cans

Cropped cans perfectly suitable for storage of nails, screws, bolts and buckets. And in order not to dig for a long time in search of the necessary, containers are better to march.

2. Wooden shelf

A narrow wooden shelf with holes is a wonderful storage space for screwdrivers.

3. Stand

So that the pliers are not scattered throughout the garage, make a special wooden stand for them.

4. Reiling

The thin metal rod is perfect for storing painting brushes in a suspended state.

5. Separate cells

From the remnants of PVC pipes, you can make convenient cells for the gentle storage of a small power tool.

6. Wooden stellage

A homemade wooden shelving for storing wrenches will forever forget about the mess and tedious search for the desired tool.

7. Open locker

An outdoor wooden locker is best suited for storing aerosol paints, which most often happen chaotically scattered in the garage.

8. Mobile stand

A small stand on wheels perfectly suitable for storing a hand tool. Such a rack is very compact and will always have the desired tool at hand.

9. Wooden stand

A stylish wooden stand with a shelf that is suitable for storing a variety of different tools. Such a product will help not only streamline the hand tool, but will become a real decoration of the male monastery.

10. Homemade Stand

An unnecessary pallet can be turned into a comfortable storage support for gardening inventory, which often takes a lot of space in the garage.

11. Hanger

A simple wooden slab with metal hooks will forever solve the storage problem of the power tool.

12. Handbags for clothes

Non-good manipulations with an ordinary clothes hanger will make it to turn it into a convenient organizer for storage tape and scotch.

13. Storage system

Forks, shovels, rakes and other garden equipment is not too steady and also takes a lot of space in the garage. Reliable wooden hooks on the walls will help competently place a garden inventory along the garage or shed walls.

14. Folding table

A homemade folding table of wood and a wall-mounted hand-tool storage - a stunning idea for a small garage owners.

15. Glass cans

Ordinary glass jars with metal covers are perfect for storing various trifles. For greater convenience and reliability, the cans can be screwed to the shelves.

16. Vertical storage

The usual average garage looks very climbed. The competent organization of storage systems will solve this problem. Instead of the next cabinet, equip the walls with various shelves and hooks, which will allow you to carefully place a lot of things starting from the tool ending with a huge boat and bikes.

17. Magnits

Magnetic tape or separate small magnets are an excellent idea for storing bits for screwdrivers, drills and other small metal parts.

In continuation of the topic, let's tell about anywhere.

Due to the flow of the water pipe, it was necessary to cut the thread on the 20th tube by 1/2. The dice was acquired for 230 rubles, in principle, reasonable money, the visit of Plumbing would be more expensive:

And then there was a problem, but how to rotate it, how to grasp? The finished holders of the dice are 45 with a ratchet stand under 1000 rubles. For 1-2 cut threads to buy inexpediently. I began to invent options, stopped on this, buy the end head at 22 (it cost 60 rubles):

And we cut the brine to the sizes of the holes in the shower:

It turns out such a cool design:

The grinding head is processed without problems, but it is necessary to cut a slowly, shoot in places where the cry resumes. The resulting mount was very reliable, for rotating the end head, I used a faulty dynamometric key with a ratchet half of half:

The minuses in the design 2. The first drawback - the holes in the crypt are not used as prescribed, they are so for the drainage of chips, so when cutting the thread, at least you need to regularly remove the end head, and how much more often unscrew the cry. The second drawback is due to the fact that the effort to the shrhet is applied with a displacement for a couple of centimeters from the thread, and the force there is quite large, then the thread is obtained inclined relative to the pipe, in the case of a thin pipe, it will cut the hole in the pipe, that is, the thread will enter in the pipe. To minimize this effect, alternate the application of force in the opposite positions of the key. For unhurried cutting of 2-3 threads, the design is quite good.

In this article, I will tell you how the author made a useful fit in the form of a keys holder. Since storing tools, namely small parts, for example, the heads for keys or bolts are difficult, therefore this idea was embodied. Professionals tools acquire separately and store them in a special case, but these are extra costs. So, why not make a self-made magnetic key holder for keys, which can perform a good replacement for the most uncommittent storage option. And plus the fact that each head separately will be kept in its right place and can not be afraid of losing them.

To make this utility homemade, materials are needed:
* A vector image design program (Corel Draw).
* Laser cutter.
* Board with a thickness of 130 mm, 5 x 20 cm (poplar).
* Board with a thickness of 64 mm, 5 x 40 cm (walnut).
* Magnetic strip 40 cm long.
* Epoxy resin.
*Sandpaper.
*Acrylic lacquer.

Step one. Creating a project in Corel Draw
To begin, it is necessary to create a sample, according to which the laser will be cut off this blank of the holder. To do this, you need to have at least some initial work skills in building vector images.

First make the required number of circles. They will in the process become holes in which the keys will be inserted. Circles do with the allowance for a free move + 0.05 cm in order for using you could insert your heads into finished cells without difficulty.

Place the circles evenly, observing the gap between them in several pulp millimeters. When all the circles are ready, then around them, take a rectangle contour, which will be the basis. Corners can be different as usual, as figured, as in our project.

Step second. Basic development
After the cover you need to develop the foundation. The form will be the same - rectangular with curly corners, like the passage after milling. In the place of the circles it is necessary to apply black separation strips. The bandwidth must correspond to the diameter of the largest circle. Lines on the base layout must be drawn in black with the goal so that the laser does not cut them out, and made engraving.

Step Three. Creating a major unit
The layout for the main part of the holder is essentially ready (similar to the first step). But from the side it will look especially different. For better utility and informativeness on the end of the holder, we apply the sizes of the heads. We do it in any convenient place, the main thing is that the size corresponds to.

Step fourth. Cutting out
In this step according to the prepared layouts, the blanks of the holder are cut off, which we have three.
The process is very long and requires patience.

Pitch fifth. Grinding
All finished parts need to sand emery paper. To do this, take it off all the irregularities and flaws.

Step six. Engraving side part
We take the widest billet from the poplar and we apply engraving with numbers on it.

Step seventh. Magnetic stripes
The ribbon magnet is cut into strips and glue to the holder. The magnets of this plan have a sticky basis, but for the reliability of the attachment it is better to complete the epoxy resin. After everything is covered with glue for the best fortress, clamp them with a press for 5 - 10 minutes. Be careful when gluing.

Step eighth. Gluing all parts of the holder
With the help of epoxy resin, we scroll all parts of the workpiece and glue them, after which they clamp the press for a couple of dozen minutes.