What is the first thing that stuck into your mind when you think about how a sewing machine works?
I believe the majority of answers will be a great invention that is the sewing machine. Throughout history, whenever someone wanted to do something creative, they needed a medium and a transparent medium to take them through.
If someone wanted to become a graphic designer or a programmer, they needed the relevant software to do that, like photoshop or visual studio. But this all has happened 20 years from now what we call technology. But did you ever think about the machine that has been with you throughout the generations?
A machine that provides us with a sense of fashion and still to this day, this machine has been dominating in bringing the creative minds of fashion designers to create fashion spectacles.
Sewing machines are indeed beautiful. If you know how it works, you have to stop and admire the work that has to put through to create it. And the majority of the people who use this machine do not know its mechanics.
And if you believe that the skill of sewing is all but a needle, a thread, and a couple of cotton fabrics, then you have not seen anything.
So sit back and enjoy the unlearning of how a sewing machine works in the world!
But… Well, and before doing that, we should be little digging into the transformation of the sewing machines and the versions it comes available.
Machines Through the years, the brief history…
Sewing machines have seen many variations since it was first presented in the market. Some were greater than others, but every alteration did bring something new and exciting to the table. May it be the handwheel on the right side of the machine or the foot paddle that gave the machine a new level of interactiveness. Every model had something new on the card.
But it wasn’t like that in the early days when the inventors were not supported by the government whenever a new idea presented and the sewing machine at that time was not that multi-functioned. They were actually designed to do tasks that were limited to specific jobs.
An inventor was an individual researcher, doing everything by himself, which made the process of invention much weaker. Without any aid or earning, the inventor never really went through with their imaginations. They spent so much money in their work that it often resulted in them living and dying in poorhouses.
There was still an enormous market of tailors who tailored clothes and shoes manually, but the research for creating a machine that could do these all started in the early 19th century. Many inventors like William Newton Wilson created a machine based on the design of Englishmen named Thomas Saint or Josef Madersperger. He developed a machine capable of sewing in straight lines. Knowing that his work is not enough, he created some other machines that were used to create embroidery and stitching jobs.
Europe and the USA were ahead of the race in creating and implementing new ideas for better enhanced and better function sewing machines. Elias Howe, an American who also joined the league and placed significant steps in bringing the modern machine to shape. And then, he came up with the idea for the machine not to use one but two threads a time.
The first source of thread came from the upper end of the machine, which we now know from the needle; the other was from the lower part of the machine, the bobbin.
Both of these threads work side by side in every way, which gives a new layer to the machine, but his invention differed from modern works because his thread moved in a side to side variation. Isaac Singer carried from there and changed the thread’s movement from side to side to up and down.
Isaac Singer came on to be the great manufacturer of sewing machines. His company, the Singer Company, was the most successful of the sewing machine companies.
Types of Sewing Machine
People use different types of sewing machines in different parts of the world. It depends on the fashion trends of those cities or what the market requires, different markets around the need a specific type of sewing machine.
So as a whole, in this era, it is not just what the user needs; it also matters what the user wants. You will know about this much better when we discuss these prominent sewing machines one by one.
Industrial Sewing Machines:
Industrial sewing machines are made for longterm processes. They are not the more straightforward machines that own at home. Although tailors have now used many variations of industrial machines at shops and flat, the name suggests the machines that are used by industries on large scales.
One of the aspects of its mechanics is that the machine is created in a way so that the thread goes in the needle from left to right, which is very different from other sewing machines.
This machine’s parts are not made of plastics or any other soft material. It is created by the iron for its sturdy durability to work in different types of regions and various kinds of situations.
As other entries in this article are accustomed to home jobs for women. Industrial sewing machines are used in factories and markets, so they require non-stop functionality.
Industrial machines come with different types such as flatbed, cylinder-bed, post-bed, and off-the-are all used for various purposes.
Mechanical Sewing Machines:
These are the very traditional sewing machines used in most third-world countries, and these machines are easily set according to user needs. It is used to complete the beginners’ jobs, such as stitching thin fabric and making dresses like salwar kameez. The machine had similar mechanics as others.
Two threads working along side by side and a paddle to function the machine.
The parts of the machine were easily repairable and cheap if changed. This machine is also called a domestic sewing machine by many and has different prices based on different models and builds. Mechanical machines come with and without paddles, though.
Electronic Sewing Machines:
Electronic sewing machines are used for advanced work. These machines follow the same mechanism but yet can create many different types of stitching.
The stitching should also be acknowledged as they are much better than mechanical ones.
They are expensive machines which run with either electricity or batteries.
Used by professionals, and can stitch through different types of materials. The repairing f these machines need a technical hand, unlike mechanical machines, these machines are more complicated when repaired.
A drawback of this machine is that a beginner might find it more complicated than an automatic model and will take more time adjusting to it.
Computerized Sewing Machines:
A computerized sewing machine is a great leap forward not just in the sewing business but also in technology.
This machine just brings so much to the table. And from its capability to contain multiple colored threads and a large variety of stitching techniques to having the ability to create a preinstalled pattern automatically.
Yes, all a computerized machine needs is a pattern that it can copy. It also has the internet from where the user downloads any design they desire, and the rest is the job for the machine.
These machines are the most expensive. Used in industrial areas and can be stitched thin to thick material because it can handle and interchange between multiple needles when required. A professional is needed to guide a beginner to use this machine.
Long Arm Quilting Machines
A long arm quilting machine basically comprises of a sewing machine head, fabric rollers, a worktable along with a heavy duty metal frame.
Heavy Duty Sewing Machine
A heavy duty sewing machine is one which is not lightweight and portable equipment. It helps you to sew denim and leather, create buttonholes, upholstery and facilitates you while quilting.
Portable Sewing Machine
A portable sewing machine is the one which is lightweight enough to be easily carried from one place to another as per needed
The Simpler Guide of How a Sewing Machine Works
Sewing machines are a great invention of the late 18th century. As the model we used today is nothing like the original because it has seen many modifications throughout the year.
Changing and recreating the machine has made the mechanics of the device unique in its way.
When we look at the machine mechanism, it does not follow the way we sew by hand, and that is what makes it so compelling that it was created not to be the replacement but to be a machine that could work longer hours and stay stable to its mechanics.
And surprisingly, all the different machines used for various purposes follow similar mechanics.
Step 1: The Needle
The needle, while sewing by hand, had an eye situated on the other end of the needle; that is why the needle has to fall through the fabric every time we need to stitch.
But here the eye is on the open end of the needle where the needle goes in just enough to get through the fabric—one of the very reasons for the machine for being quick in its operations.
Step 2: Threads
In these machines, there are two ways the thread comes in the fabric. From the machine’s upper body, the thread goes around the thread guides and through the sewing tension discs and then in the needle.
The second source comes from the lower body of the machine. Most of us have heard about a bobbin. Like we thread the upper part of the machine, the lower part needs to be adjusted as well. We fill the bobbin with thread and fix it in the machine.
Step 3: The Process
The process of sewing is the blend of all the components. The needle with the thread goes in the fabric because the eye is on the tip of the needle. The needle does not entirely go through the material.
The thread goes enough to be caught by a shuttle hook. The shuttle hook is a mechanism in the body on a machine that moves in circles whenever the machine functions. The shuttle hook then takes a full circle, which connects with the thread from the bobbin completing the stitch.
Both the threads keep getting overlapped around each other and continue creating different loops resulting in stitches. The foot paddle manages the speed of the process. The paddle is the part of the machine, usually on to be used by the user’s foot.
The faster you press the paddle back and forth, the quicker the stitches are completed. Most sewing machines can produce more than 1000 stitches per minute.
As human beings, we have come a long way since the start of a machine that can just sew in a straight line to the computers that can sew whatever we want them to. But whatever the reason, the machine has still not lost the touch of a human.
And literally, it is no charm to learn how a sewing machine works because it comes with all the instructions and the resources to follow eve though if it is your first time.
It still needs a human being to operate it to its perfection. There were moments when the first time these machines were presented, tailors broke into the factories and destroyed them because of the threat that it would take their jobs, but it was just a misconception.
These sewing machines will get more reliable and better in their work, but one thing is for sure that it will always present use for us and will still require a human touch.