Technology

Ease It up With Industrial Sewing Machines

Sewing is a passion for many, and the invention of sewing machines was like a miracle for such enthusiasts. It made the process simpler, faster and allowed several designers to take risks and explore more, enabling them to make a career out of it. In various ways, industrial sewing machines differ from household sewing machines. An industrial sewing machine is created with higher-quality components, engines and has a longer lifespan since it is intended for long-term, professional sewing activities.

Unlike regular sewing machines, industrial-grade sewing machines employ high-quality materials such as cast aluminium, iron, or some innovative elements for their chain drive, bodies, housings, and gears. They are designed to handle thicker fabrics like leather, produce faster stitches, and have rigid, more powerful feed mechanisms than their home equivalents.

Varieties of Sewing Machines Beds

The primary distinction between the different types of industrial sewing machines is the curvature of the bed. The several distinguishable sewing machine bed varieties and their usage are as follows:

Flatbed

The arms and needles of these machines are similar to those of traditional sewing machines in that they protrude above the machine’s flat base. This machine is typically used to sew flat bits of fabric simultaneously. Most beds have some kind of material feed mechanism.

Cylinder-bed

These gadgets feature a pointed, circular bed instead of a flat base. The cloth is now free to move about and beneath the bed. The circular-bed machine is used to make cylindrical pieces like cuffs, though it can also sew heavy and curving pieces such as harnesses and footwear.

Post-bed

Post-bed machines have bobbins, feeding dogs, and/or loopers that rise vertically above the machine’s flat base. The height of this column varies depending on the equipment and its intended function. The post-bed machine is used for operations that need restricted access to the sewing area, such as fixing emblems or making boots or gloves.

Off-the-arm

This is the least common variety. These machines deploy a cylindrical bed transverse to the bed position of a cylinder-bed machine from the back of the machine.

Special-purpose sewing machines are also available. Portable and fixed electric devices are widely used to shut large bags of agricultural supplies, dog food, and other products. Bookbinders use specialised technology in their job. Carpet makers also employ special machines to bond carpets.

Machine Equipment for Sewing Machines

The variety of industrial sewing machines enables you to feed the material into the machine in multiple ways. Those with numerous feed capacities are often more expensive. The most popular feed systems are as follows:

Drop feed

The entrance mechanism is placed under the sewing part of the equipment. It is a standard method. The feed dogs with bristles tumble upside and grope the material against a button, raising and moving the whole material along.

Needle feed

Here, a needle acts as a feed process, minimising abrasion and enabling individuals to sew multiple layers simultaneously.

A wandering foot, as opposed to a constant presser foot, travels along the feed, resulting in an easier position with dense, spongy, or buffered materials.

Puller feed

This equipment holds and pulls straight-seamed material while stitching and can handle large industrial goods such as canvas camps.

Manual feed

In this type, the user has complete control over the feed, allowing him or her to conduct delicate, personal jobs like shoe repair, needlework, and quilting. Every feed dog in a hand-feed sewing machine should be removed and maintained regularly.

Another essential factor to consider is the usage of an industrial sewing machine. Some gadgets, for instance, offer an automatic pocket setter, whilst others include design templates or automatic eyelet buttonholes. Moreover, the durability and design of the device must be suitable for the type of fabric being used. High-quality machinery will probably be necessary for normal to dense materials such as denim, while cheaper industrial machines could meet requirements for soft threads such as cotton.

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