It's hard to imagine a house without a hammer. This tool is an indispensable item. It will hammer a nail, help crack nuts, and sometimes you can’t do without it in plumbing work.
However, there are times when it is broken or only one head remains. And it is simply necessary to perform work that involves a hammer.
Therefore, you need to figure out how to make a hammer with your own hands.
Using a Hammer
The history of the origin of the hammer goes back centuries. It was still used by primitive people. They found a variety of uses for it. Used in construction, mining, hunting.
By changing the hammer, you can trace how humanity developed. Mostly the change affected only the material from which it was created. But the design itself remained unchanged
There are a huge number of types of hammers that are used in various spheres of human activity. So, it is used in medicine, construction, cooking, and plumbing. In these areas you cannot do without a hammer. However, each sphere has its own specific type of hammer.
The most popular and in demand is a regular hammer, which is used in everyday life. Its popularity is explained by the fact that it is multifunctional and versatile.
Its main goal is to increase the power of a human strike. Besides being useful for driving nails, it is also an indispensable tool for other construction tools. For such as punches, chisels, chisels.
The following work is performed with a hammer
- nails are driven in;
- crush tiles or concrete;
- make holes;
- straightens or bends metal objects.
Hammer design
The photo of the hammer shows that it consists of two parts
- lever
- striker
The handle can be made of the following materials
- tree
- plastic
- metal.
In the production of the striker they use
- steel;
- copper;
- lead;
- tree;
- rubber.
Its shape and size depend on the area in which it is used. And the cost of the hammer is greatly influenced by the shape of the striker.
The square one is much cheaper than the round shape. Since its striking part has much clearer accuracy, as well as greater impact power. The speed of any hammer can only be adjusted by a person.
How to make a hammer
The tool begins to be made from the handle. Since the firing pin itself is usually there. Making it at home is problematic. Therefore, you should not throw away your old hammer heads.
The handle is easiest to make from wood. The following tree species are suitable for this: 3t
- birch;
- maple;
- Rowan;
Note!
To make it you need a block of wood. The size depends on how long the hammer is needed. The handle itself is turned from the block. Afterwards, be sure to sand it so that there is no discomfort during the work and the skin on your hands is not damaged.
The prepared wood must be thoroughly dried and then varnished. The drying room is selected carefully. Since it must comply with the basic rules:
- good ventilation;
- lack of a lot of sunlight;
- constant positive temperature.
It is important that wood should not be dried using artificial lighting. Since it can be deformed and its size can change greatly.
The next stage is the most difficult, connecting the handle to the striker. The narrowed end of the handle must be inserted into the head of the hammer with some effort.
There are often cases when the tip does not fit correctly. When making the handle, it turned out to be a little larger. It’s not scary; using a rasp, you can process it to the desired size, and then sand it so that the surface is smooth.
Note!
The firing pin is mounted perpendicular to the base of the handle. In this case, the structure must be kept in an upright position.
The head is inserted using gradual blows on a hard surface until the handle fits tightly into the head. That's it, the hammer is ready to use.
Making a hammer yourself is not difficult, the main thing is desire. Of course, you can buy a new hammer in the store, but this does not fully guarantee that the connection between the head and the handle will not break again. Therefore, it is advisable to make a hammer with your own hands.
Photo of a hammer with your own hands
Note!
Hi all. In today's project we with your own hands Let's try to make a hammer similar to the hammer from the neurologist's office. You can, of course, buy a ready-made one, but why buy an expensive rubber hammer if you can make this tool yourself from hot glue sticks?!
It's very simple, cheap and doesn't take much time.
So let's get started!
Step 1: What is needed for the project
Necessary materials:
- 4 hot glue sticks (30 cm long and 11 mm in diameter)
- Some water
— Steel rod with threaded end
— Glass pill bottle (the larger the diameter, the larger the hammer...)
- Soap
– 2 plastic bags
Tools (+devices):
— Hot glue gun
— Wooden vice
— Drill with a diameter of 10 mm
— Utility knife
— Glass cup
- Hammer
Electric/Power Tools:
- Microwave
- Fridge
— Drill
Reason for production: I need a rubber mallet!
Precautionary measures: ventilated area, leather gloves, safety glasses
Price: $2.50
Qualification: basic
The approximate time: 3 hours (~60% of which is waiting time).
Step 2: Heating a glass of water
The work begins by heating a glass of water. This will prevent the glass from cracking due to temperature changes and will also help the hot glue cool more slowly (next step).
I put a glass of water in the microwave for over a minute. A kettle is also suitable for this operation.
Step 3: Pouring Hot Glue into the Glass Bottle
Start pouring hot glue into the bottle. Make sure that no water gets inside the bottle through the neck.
Step 4: Let the hot melt glue cool
Allow the hot melt glue to cool for one hour. After 60 minutes it will be slightly warm.
I then placed the bottle in the refrigerator and (intentionally) forgot about it. This is a good idea because the hot melt glue will harden better in the cold.
Step 5: Break the glass bottle by throwing it on the floor!
First, wrap the bottle in two plastic bags. Then throw it hard onto the floor. I didn't succeed the first time. I had to throw the bottle 5 times to get the glass to crack!
Don't forget to wear safety glasses, safety is always important!
Step 6: CAREFULLY Remove the Glass
The hot glue stuck to the glass so much I had to use a hammer. Remove any remaining glass by first wearing leather gloves.
Step 7: Hot glue the blank
Remaining dirt and pieces of glass should be removed. To do this, rinse the resulting workpiece with water, soap it, and then rinse again. Next, wipe dry with a towel.
Step 8: Cutting off excess hot melt glue from the workpiece
Excess hot melt glue forms in the neck of the bottle. Cut them off using a utility knife.
Step 9: Drilling the hole for the handle and securing it
I clamped the resulting hot glue blank in my wooden vice. Next, I drilled a hole in the center of the piece, about ¾ inch (1.9 cm) deep. The hammer handle should be inserted into this hole.
Now screw in the handle. It turned out great!
A durable hammer that can withstand high impact force and at the same time a rubberized outside hammer is easy to make with your own hands. The mold for casting it is made simply, and the materials you will need are quite affordable. The step-by-step process of making a concrete hammer with your own hands is outlined and clearly demonstrated below.
Materials
Before you make a hammer with your own hands, make sure you have:
- Lego constructor;
- concrete mixing solution;
- epoxy resin solution;
- wooden handle;
- sharp knife or screwdriver;
- wax for polishing wood;
- chisels;
- sandpaper;
- gloves;
- corner.
Step 1. Using Lego, assemble a mold for casting the striking part of the hammer. The good thing about the constructor is that its parts fit as closely as possible to each other, preventing the solution from leaking out through the cracks. The product can be made to any size. In this case, a small hammer was needed. You can change it at your own discretion.
Step 2. Place a wooden handle in the center of the assembled mold for casting the hammer. Be sure to make sure that the part of the future tool is durable and not rotten. For the handle, choose strong types of wood; in this master class it was walnut.
Step 3. Dilute the concrete solution in accordance with the manufacturer's instructions and pour it into the mold. Make sure that the handle continues to stand strictly vertical during the process. Adjust it if necessary. Compact the solution with your hands, after wearing gloves. Be sure to ensure that no air pockets form. The solution must be compacted tightly.
Step 4. After a few hours, disassemble the constructor. Due to the smooth surface of the plastic, the process will proceed without much effort, but if you doubt that it can be separated from the concrete, lubricate the mold with vegetable oil before casting. Give the material a little more time to dry.
Step 5. Dilute the epoxy resin solution. It should be viscous. Using a pencil, carefully apply it to the concrete part of the hammer. Leave the product until the materials are completely dry. This process will take about a day.
Body repair is a complex operation that requires certain knowledge, special tools and equipment. One such device is a reverse hammer. This is a simple tool that is easy to make with your own hands. There are many photos and videos for this on the Internet. You can also download a drawing of the simplest version of the device.
What is a reverse hammer and what is it used for?
This tool is a device that allows you to apply a certain force to an area of metal with limited access. A device is used to level small areas of a deformed car that have suffered from minor accidents.
Some areas of the car body can be leveled with a regular rubber hammer, using blows from the reverse side. However, most surfaces do not have such access. In such cases, a reverse hammer is necessary. Its tip is fixed at the point of deformation, and with the help of a load located at the other end of the device, a pulling jerk force is transmitted to the surface.
Before making a reverse hammer, it is necessary to describe the types of this tool. This will be needed to make a drawing of the device you need, and then make it.
Types of reverse hammer
Despite its simplicity, this device has acquired several versions over time. Each option is used in individual cases, which depend on the type of damage and the skill of the specialist. In general terms, the design of this device is the same, as is its principle of operation. The only differences are in the method of attaching the tool to the body.
The most common reverse hammer is a metal rod with a hook at one end and a weight with a stop at the other. The hook hooks onto a washer welded to the deformation site. By applying impact forces to the load, the deformation is stretched to the desired point.
The second, equally simple version of the reverse hammer differs from the previous one in that there is a regular thread at the end instead of a hook. To level the surface with such a device, you need to make a hole in the center of the deformation, insert the threaded end there, and fasten a washer and nut to it on the back side.
The most complex type of this device has a vacuum device at the end, which is fixed to the surface of the deformed part using rarefied air. The suction cup can be driven either by a compressor or by the usual method. This type of device allows the straightener to correct simple damage to the body, and at the same time preserve the paintwork of the area, if it is not damaged.
Self-production
Making a reverse hammer at home with your own hands is quite simple. It does not take much time and does not require special materials and tools. For a clearer understanding, you can watch a video on the Internet. A primitive drawing will also not be superfluous.
To make this tool with your own hands you will need the following:
- metal pin about 50 cm and 20 mm in diameter;
- a load that has an internal opening;
- thread cutting tool (optional);
- welding machine;
- Bulgarian.
If you decide to make a reverse hammer with a hook type of fastening, then a hook is made at the end of the pin. This can be done using a vice or pliers. Or use a welding machine to weld a ready-made hook from another device.
If the tool is made with a threaded grip, then the end of the pin is threaded with the appropriate tool. You should not cut a lot of threads, since the metal of the body is quite thin.
After making the tip, a weight is put on the pin, which is limited on the back side of the tool. This can be done by welding, or using a threaded stop. The second method is more advantageous, since it will allow you to use weights of different weights depending on the required force at the end of the reverse hammer.
Again, to clearly understand how this happens, the easiest way is to watch the video. If this is not possible, then the procedure for working with this device is approximately as follows:
- the tip is fixed on a deformed area of the body;
- by hitting the load on itself, the part is leveled to the desired position;
- if the effort is not enough, then the load is changed to a heavier one.
When pulling out a relatively large section of metal, you can weld several washers on one line and thread the pin through them. To do this correctly, it is advisable to watch a video on this topic. This pin is then engaged by a hook, which is welded to the fixture and pulled back along with the metal, aligning it to the desired condition. When using this method, you should be careful, since welding a large number of washers can excessively pull the metal and damage the body part.
In this article we will show you how to create a creative hand-shaped hammer handle.
Hello!
This time I came across an old Soviet hammer without a handle, which had been lying around idle in my workshop for a long time.
The Internet is full of pictures with the anatomical structure of bones. We choose a more informative and simple drawing, estimate the dimensions of the hammer and the approximate size of the bones and cut the reinforcement.
In my work I took 12 mm as a basis. round fittings for the handle and 10 mm. for fingers.
The only tools I needed were:
- welding machine.
I used a semi-automatic device, but an inverter for the RDS, which may well be in yours, will also work well here!
The workflow is quite simple, so instead of tons of text, I'll just go through the chapters and mark the process in the photo.
I did all the sampling of the excess on the bones using a grinder's grinding wheel. 
For the hammer I made it from 2 pieces of reinforcement. The photo shows that I marked the length of the handle + the segment on which I will subsequently weld the bones + the seat for the hammer itself.
I also gave the handle a relief using a welding machine and by tapping it a little, I got a kind of handle for a hammer in a garage.
And now when all the individual parts are ready: hammer, fingers, handle; We start assembling and welding. 
After the hammer was ready, I decided to oxidize it a little and rust it - so to speak, to give it some atmosphere to the work.
I doused the hammer with water from a sprayer, which made the hammer darken and give it a more interesting look.
Well, you can see the result and the full process in the video!