When you run a footwear company, you must have said: Which shoe making machine will produce constant quality and does not need to be shut down, or how do I find the right manufacturer that meets the requirements of my factory?
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The purchase of the correct machines is important in the current competitive footwear market. Every shoe manufactured relies upon accuracy, velocity, and dependability. The selection of a machine when you are not aware of your production needs, compatibility of materials used, and automation requirements may result in defects, resource wastage, and lost profits.
BSM India, being a pioneer in Shoe Making Machine Manufacturer, has assisted hundreds of manufacturers in India in streamlining their production lines. Our machines are durable, precise, and efficient, even in the case of startups and large exporters. This guide will help you:
Find the appropriate machines to use on your footwear.
In the process, we have seamlessly incorporated voice-search queries, which direct you to a real expert as though you were asking him/her. We have also put internal links to the related resources of Indian manufacturers so that you can make appropriate choices.
The question many owners of the factories will always have is, How many shoes are you supposed to be able to make using one machine?
The most crucial aspect in the selection of machines is production volume. What you need is a manual, semi-automated, or fully automated machine as per your needs.
Small-scale production: When you have a small factory with fewer than a few hundred pairs per month, then it would work well with manual or semi-automatic machines. They are affordable and are flexible to experiment with alternative shoe designs.
Mass production: In the case of thousands of pairs per month, semi-automatic machines with select automation will be used to ensure the quality of production and to accelerate it.
Mass production: The factories that must be fully automated are large-volume ones. They reduce human error, ensure the quality, and minimize the labor cost.
Real-life case scenario: A shoe manufacturing company that started in Delhi had non-electric cutting machines at the start. Their productivity increased 2 times and the number of defects decreased by half, after decreasing semi-automatic lasting and sole pressing machines to BSM India.
To get a comprehensive idea of the types of machines that are utilized in India, see 10 Types of Shoe Making Machines Every Manufacturer of India Uses. The guide clarifies the type of machine that is applicable in various production sizes, materials, and types of footwear.
An inquiry that comes out frequently: Could one machine process various material types such as leather, EVA, and synthetics?
The answer is nuanced. There are machines that should correspond to the kind of shoes and materials that are used.
Selecting machines that fit your materials will make them have superior quality, and the number of defects will be minimized, and the efficiency will be enhanced.
The second question to ask is: “Is it better to invest in fully automatic machines or semi-automatic ones?
Automation impacts:
Semi-automatic machines are suitable for small and medium workshops that are involved in the production of various shoe designs, which are flexible and controllable.
The fully automatic machines are applicable in large factories that make thousands of pairs per day. The quality of these machines is consistent in large volumes.
To learn more about machines particular to automation, visit:
These connections demonstrate how manufacturers in India are creative in order to enhance efficiency and minimize human error.
The logical question: How many years will this machine last with constant production?
Durability depends on:
Example: In a factory located in Pune, the old stitching machines were substituted with new and high-quality machines manufactured by BSM India. Downtime was reduced by 70 percent, and maintenance expenses were reduced by half.
To get a wider view of the durable machine in India, refer to 15 Indian Suppliers of Shoe Moulding Machines. These manufacturers are concerned with durable machinery to produce continuously.
The question that many manufacturers ask themselves is: Is it better to purchase the cheapest machine, or invest in the superior models?
The cheap machines can be cost-effective in the short term, but can prove to result in:
High-quality machines, though expensive to buy, have:
Case study: A factory located in Chennai acquired automated sole presses and EVA machines from BSM India. The production efficiency has gone up by 40 percent and the chemical errors have been reduced by 35 percent, and the ROI has been realized in 18 months.
One of the things that people might want to know is: What happens in case my machine breaks or when I require parts?
An efficient Shoe Making Machine Manufacturer offers:
BSM India keeps the downtime to a minimum, and operations are smooth. Other Suppliers compare with the 7 Best Sole Stitching Machine Manufacturers in India to understand the need for sales services.
Voice-searching type of questions: Will it work in my factory, and does it have the right power supply?
Consider:
Machines of the best quality would not work when the infrastructure is not compatible.
Will these machines expand as my business expands?
Modular machines allow:
Are you interested in learning more about Shoe Material Cutting Machine? Contact us today to secure an expert consultation!
There are scalable alternatives that can be investigated on 10 Indian Manufacturers of Shoe Lasting Machines and 9 of the Best Shoe Upper Cutting Machine suppliers in India.
Question 3: Does one machine have the capability to deal with various materials effectively?
Compatibility means the reduction of defects, quick production, and less waste.
One of them arises naturally: How can I make my operators safe?
Safety measures include:
Operators’ training cushions them and guarantees uniform production.
In Indian manufacturers, these problems are addressed:
Related resources:
What manufacturer should I rely on for the quality, support, and innovation?
Key considerations:
BSM India offers:
We assist manufacturers in reducing operations at scale without compromising product quality.
The choice of shoe making machine is a strategic choice and it affects the quality, efficiency, and profitability. Estimating the volume of production, shoe models, automation, compatibility of materials, safety, and reliability of the manufacturer will allow you to achieve success in the long term.
Using BSM India, a reputable Shoe Making Machine Manufacturer, you will be in a position to scale production while being able to sustain quality and maximize ROI.
Explore more resources:
When folks visit our showroom in Vancouver, we will often give them a tour of our workshop. We thought it might be nice to share a similar experience on this platform for those who can’t visit us in-person. Although we rely on handheld tools for a significant part of the process, we also use machines to aid in manufacturing our boots. There is a balance to using machines and using hand held tools - the machines allow for faster production which require an experienced person to operate. There are some things machines cannot do as well, like crimping.
Here is an overview of 5 machines we use regularly (We do use some others):
This heavy duty machine is used to cut out various shapes which we have metal dies for - these dies are pre-formed (like a cookie cutter, but shaped like a shoe). We use the dies and the clicker to cut out our insoles and some patterns for leather uppers, you may see wallet makers have dedicated shapes for their wallets too.
Having dies on hand saves a lot of time, every piece you cut out is consistent and it decreases chances for errors over cutting by hand with a knife. The disadvantages of using dies is they take up a lot of space, it is not economical or useful to source dies for every single shape you need - they’re expensive to make!
At HD Russell, we often use our hands and a knife to cut leather - especially when we are making custom patterns for bespoke shoes or boots. In a perfect world, we would have metal dies for our Chelsea boots - which we still cut by hand. Being able to cut leather by hand is a very useful and valuable skill.
Fun Fact: You can tell the difference between an old clicker and a new clicker - a new clicker will have 2 buttons and require two hands to press where an older one will have only 1 button to press. The 2 button trigger is a safety feature so you don’t get your hands caught in the clicking process!
A skiving machine shaves leather down to a desired thickness. The main reason skiving is necessary is when two pieces of leather are sewn together, the two pieces will create a thick bump. Since we don’t want a bump where the 2 pieces of leather are sewn together, the edges of leather need to be shaved or skived down in order to maintain an even consistency where the pieces of leather are joined together.
We use the skiving machine regularly when making uppers and we change the blade in our skiving machine about once a year. The skiving machine is ideal for use on larger and stiffer leathers; for more intricate work, skiving by hand is ideal. We skive by hand when we need to thin out leather lining or our pull tabs which are made of nylon.
Our shoemaker has a dedicated knife for skiving by hand which is a little more flexible. We have had to resort to hand skiving when the skiving machine needed repair. Hand skiving is a very valuable skill in shoemaking and leatherwork in general.
This sewing machine is probably the most essential for us - we use this machine to sew leather uppers. We use a post machine instead of a walking foot because it allows for maneuvering and pivoting of the leather quickly and allows us to sew in difficult to reach areas.
We use an Dürkopp Adler 888 - it is a direct drive machine and operates without a belt and operates very quietly when being used. We recently had a complete halt in production because the bottom feeding wheel broke - this can be avoided by applying machine oil periodically. Over the past 5 years using this machine, we have learned consistent maintenance of this machine will avoid any big issues. It is a very reliable machine and one of our heavy workhorses.
The Landis K - this old beast of a machine is meant to be used in shoe repair and is used to stitch the rubber outsole to shoes and boots The outsole stitcher heats up wax that covers the thread as it stitches through the midsole and outsole; as the wax cools and dries at room temperature the wax sets the stitch and is then locked in place.
Although we would love to get our hands on a Rapid “E”, we do with what we have. We have had this machine for over 5 years and we’ve gotten to know it and its nuances.
We actually made a few alterations to our Landis K to get it to do what we need; we got a little help from a local genius who makes and fabricates metal parts to make a part for it and our Landis works beautifully now. The Landis K was founded in the late ’s, we’re not sure how old ours is, but we figure it’s likely the oldest of all the machines we use.
This allows us to shape and sand the edges of our leather boots and shoes quickly and with precision. This machine is far superior to sanding and finishing by hand. We picked up our sander and our finisher (not pictured) used from an old shoe repair store.
We’ve seen videos on YouTube where the shoemaker will sand by hand or use a piece of glass to finish a pair of shoes - it’s not a better or a worse way of making footwear - but it is a lot slower.
We maintain this machine by emptying the fine leather dust that accumulates - we have actually witnessed a fire when the bag wasn’t emptied, the machine was running and heated up the leather dust. (We have multiple fire extinguishers if it ever happens to us!)
Ps. Be careful with the sander - sanding your own skin is painful but maybe a rite of passage as a shoemaker.
Seriously, if you are looking at buying a used machine - make sure you test it so you know that it is functional. When it comes to the machinery and tools, we don’t buy the most expensive out there - we are too pragmatic for all the bells and whistles. If basic machines and tools will get the job done then that device is perfectly fine - don’t be tricked into believing a more expensive machine or tool will result in a better product, similar to buying expensive golf clubs doesn't make you a better golfer).
One advice we have is “get to know your machine”. All machines have moving parts that will break or stop working at some point. Every machine you use will need a new blade, a new belt; a needle will break, a part will snap in half. It is super important to know how to maintain your machines and to know how to fix them or you may lose a lot of time and spend a lot of money trying to find someone to fix your machines for you.
We learned this one summer when the needle in our Durkopp wouldn’t catch the stitch - we lost a couple days while we waited for someone to come by the workshop to look at the machine. They only looked at the machine… they didn’t even fix it AND we had to pay them for their time. We learned an expensive lesson - look through the manual before calling for help!
If there was one machine we would get if cost wasn’t an issue, it would be a laser cutter. It can be programmed to cut out any shape of leather without those clunky heavy metal dies - from bags and wallets to boots and shoes and boots of course. But… we’re pretty sure we’d still need the clicker to cut through the thick pieces of leather that we use for insoles and heel stacks.
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