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7 Reasons you should work with the Local Sheet Metal fabricator

The demand for stainless steel sheet manufacturers in India is increasing. As a result, more businesses now provide metal fabricating services. Many of these have built a significant presence in the industry and provide services in various regions of the nation. However, for personal benefit and comfort in doing business, hiring a local metal fabricator is a wise idea. No matter how far we have come in making the world a smaller place via the internet, nothing matches the certainty of actually meeting and working.

Additionally, there are many more benefits to hiring a local sheet metal fabricator. Using a local sheet metal fabricator is frequently believed to be a better deal. It results from the many advantages it provides that we will cover in this article.

Seven Key Benefits of Going with a Local Metal fabricator

Major benefits as to why you should associate with a local metal manufacturer:

  • Minimized Expenses Due to Local Accessibility

Moving big items has significant costs involved. Shipping takes time, but it also costs money. Although a remote metal fabricator might be able to make your product for less money, the expense of transporting the finished product to your location will usually offset any cost savings.

Given the rising petroleum expense, time and location are becoming valuable commodities. Keeping your product close to home can significantly minimize transportation costs and associated expenses if you need to have it brought to you for assembly, packing, or finishing. It will increase the prices or reduce your profit margins to ship your finished part or component across the country to your production facility or distribution location.

  • Ease of Communication Between Both the Parties

Ease of Communication

Better communication is a definite benefit of working with a local metal fabricator. Every fabrication project needs a clear channel of communication to succeed. A key benefit is communicating directly with the fabricator and their team in the shop as needed, especially once the job has started. The project can proceed more quickly if you can see your fabricator in person and continue communicating with them frequently to go through the precision sheet metal fabrications, product specifications, and any necessary revisions. You can drop by and address any unforeseen issues in person. 

It’s much more probable that you will be able to remove extra rounds of reviews and corrections and have a more streamlined procedure if you’re working with a local metal fabricator who is actually in sync with you instead of someone sitting miles away from you.

  • Easier to Find Contractors through Local Network and Word of Mouth

Easier to Find Contractors

One can easily avoid strenuous research at a local level as word of mouth can be a great credible source for hiring a local sheet manufacturer. This saves the time of going through potential sheet manufacturing businesses and finding the one out of a long list of available options. You can rely on what the word is in your local market and get a bunch of competitive options to choose from.

  • Availability at All Times for a Smooth Flow of Work

Availability at All Times for a Smooth FlowofWork

In many ways, working with a nearby stainless steel fabricator is a collaborative process. Being there enables the project’s flow to advance more steadily and without interruption when it’s time to test a prototype or review a particular area of the product plans. There are probably dozens of exact specifications and features for your goods, and there won’t be any room for misunderstanding. If you are involved in the process, you are there to approve changes, modify the design, or address unforeseen issues. Eliminating costly errors and making repairs in real-time streamlines the process, saves time, and keeps the project within budget.

  • Saves Time of Going through Lengthy Supply Chains

Saves Time of Going through Lengthy Supply Chains

When you work with a nearby metal fabricator, you can speed up the time it takes to get your project to market because of proximity. A local fabricator can help pick up or deliver the order nearby. Local access also refers to quick access to that part without causing a pause in production if the fabrication shop is generating a part or component required for the ongoing manufacture of an application. The ability to regulate volume, whether cyclical or steady, to line with sales estimates or, in an ideal world, demand as needed, allowing the generation of income ahead of expenses, is made possible by local orders requiring less lead time.

  • Better Knowledge of the Local Market Means Better Customer Service

Better Knowledge of the Local Market

The best partner for you will foresee issues and know how to handle them should they occur. And who better understands your difficulties than someone in a similar situation? 

A nearby metal fabricator will know how to effectively protect your investment, considering everything from the beginning to the end of the fabrication process. 

In addition to logistical and atmospheric factors, local businesses are more likely to be familiar with local laws and permission procedures, making the process easier for you. These are areas when a corporation from another state, or perhaps another nation, will be completely clueless.

  • Support Local Fabricators and Local Economy

Support Local Fabricators

Choosing the best partner for your bespoke metal fabrication project is crucial. The vitality of the community where you conduct business is also important in attracting the talent your firm needs to succeed. Adopting business strategies that promote neighborhood and regional economies, those of fabricators, suppliers, and contractors, will keep those economies strong. Contribute to a larger community and local economy by supporting a nearby metal fabricator.

Can you provide a price estimate?

Can you provide a price estimate?

RP Lasertech is supremely fair with its pricing policy. You can call us for a price quote of the services you want to avail from us. Providing a price estimate fully depends on your required services and is calculated accordingly. However, we can promise you fair prices and quality of work if you decide to associate with us. We are among the top-ranked stainless steel fabricators in the industry.



We are a promising sheet metal fabrication company that provides top-notch quality services to our clients. We value how the Internet, email, and other digital phenomena have improved company efficiency. However, that ease comes at a price, and working with a nearby metal fabricator has significant benefits. If you also believe in our ideology of working face to face in the actual world, do call us for an appointment or price quote on our services.

How Are Steel Sheets Used in Automotive Industry?

Why is steel used in the automotive industry?

RP Lasertech is among the best stainless steel sheet manufacturers in India. Steel has a very lofty strength-to-weight ratio, is exceptionally hard, and is both strong and durable. It is useful as a material for automobile bodies because of all these qualities.

How is steel used in cars?

How is steel used in cars?

The chassis or cage that comprises the vehicle’s skeleton and safeguards you in the case of a collision is built into cars using steel. Modern cars are made of steel, including door frames, roofs, and body panels.

Steel is frequently used in a variety of ways in automobiles. Most of this steel is located in the car’s skeleton body, often known as the “body in white,” which serves as the basis for the remainder of the vehicle.

Stainless steel, high-strength steel, high-carbon steel, low-carbon steel, or galvanised steel can all be used in the automotive industry to make body panels. These steel varieties are used to make the various engine and vehicle parts.

Different Processes to handle Steel Sheets

There are two major processes by which an enterprise can handle a steel sheet:

  • Below-the-hook lifting

Steel sheets are typically loaded onto cutting machines or removed from the uncoiling line using this kind of lifting equipment for steel. Although there is typically a wide variety of lifting instruments available, only a few lifting devices are adequate for preventing scratches on sheet steel. For such, magnetic lifting is a viable option.

  • Robotic handling

Removing the punched steel component from the stamping press or the cut pieces from the cutting table and moving them to the next step of the welding process. It would invariably include picking and placing steel sheet sections along various lines using magnetic grippers designed for robots.

Types of Steel used in the automotive industry?

Different types of steel are used in the automotive industry, including:

Stainless steel

Stainless steel

The term “stainless” may only be applied to steel raw materials or prefabricated products if they include at least 10.5 percent chromium, 1 percent carbon, and additional alloying compounds. This type of steel’s capacity to resist corrosive substances is one notable quality. Beyond merely the auto industry, its glossy and light-bodied form has become a byword for dependability and functionality.

It seems natural that stainless steel is one of the preferred materials for creating and putting together various automobile components. The exhaust systems of many automobiles include between 15 and 2 kg of stainless steel.

Advanced high-strength steel

Advanced high-strength steel

Advanced-high-strength steel, also known as AHSS, is a new grade of steel created due to contemporary steel developments. AHSSs are sophisticated and complicated materials, unlike normal low carbon and mild steel. It is constructed from carefully chosen components that have particular chemical makes-ups. The result is a precisely heated steel product that is robust, malleable, and has a very high fatigue rating.

Despite the characteristics of AHHSs, their light weight makes them a popular option for vehicle bodywork, frames, doors, bumpers, and undercarriages. Today, many automakers are developing practical ways to build AHHSs into reliable automobile material that satisfies performance, cost, and safety requirements.

High-carbon steel

High-carbon steel

High-carbon steels are alloys that have undergone quenching, a type of heat treatment, to increase their carbon content. The quick cooling used in quenched steel “traps” the carbon and changes the structure of the steel, in contrast to the standard heat treatment of steel in which the carbon content is dissolved into the heated iron.

Strong carbon is frequently fashioned into cutting tools or metal fasteners. High-carbon steel is less malleable and more prone to brittleness than regular steel. However, it is counterbalanced by its high resilience to wear and tear.

Low-carbon steel

Low-carbon steel

Low-carbon steel has a significantly lower tensile strength and worse yield-point runout than its high-carbon cousin. Low-carbon steel, also called mild steel, has continued to be used in numerous vehicle parts since it is inexpensive to produce and advantageous for fabricating tiny components.

Both the inside and exterior of the car are made of low-carbon steel. Wheel rims, covers, screws, washers, bolts, nuts, fasteners, and similar items can all be used as decorative items. All these are crucial for preserving the stability and construction of any particular vehicle.

Galvanised steel

Galvanised steel

Another common application of this alloyed metal in the manufacture of vehicles is Galvanised steel, which is more inexpensive than stainless steel but more efficient than aluminium. Galvanised steel is now even regarded as a must for all types of vehicles. A car, truck, or motorcycle can have about 80% Galvanised steel. This sort of steel, which has a thin zinc coating, can increase the lifespan and functionality of the vehicle with nothing in the way of repairs or maintenance.

Galvanised steel has several advantages: affordability, increased toughness, self-healing, and accessibility. Galvanised steel is a less expensive alternative to high-carbon and AHSS steel grades that provide long-lasting protection for every component of the vehicle they are utilised in.


Certain steel, such as high-carbon steel and advanced high-strength steel, may give any car good strength attributes. The nature of other varieties is more cost-effective.

Undoubtedly, manufacturers from the automotive and steel-making industries will continue to design specific steel parts and products as both industries innovate, further strengthening the position that steel plays in both industries. If you are searching for stainless steel fabricators, check out the product list compiled by RP Lasertech. Give us a call or visit us in person to learn more about our products & services.

4 Questions to Ask Sheet Metal Provider Before Hiring Them

Sheet metal provides household and commercial establishments with a wide range of products that improve efficiency. A few examples of sheet metal fabrication include HVAC ducts and roofing components.

It’s a good idea to hire stainless steel fabricators for custom projects. These sheet metal fabricators can provide the necessary pieces depending on the project.

Which sheet metal fabricator is right for you? Identify your needs by asking some key questions.

What is sheet metal fabrication?

Making functional parts from sheet metal is known as sheet metal fabrication. It includes three processes: cutting, deforming, and assembling.

Sheet metals commonly consist of steel, stainless steel, aluminum, zinc, and copper, and their gauges generally range from 0.006 inches to 0.25 inches (0.015 centimeters to 0.635 centimeters). Thinner gauges may be more suitable for heavy-duty parts with strenuous applications, while thicker gauges may be more malleable.

Often, sheet metal fabrication is more cost-effective than casting and machining for hollow or partially flat components. Additionally, the process is quick and leaves little waste behind.

Sheet metal is widely used in automotive, aerospace, energy, robotics, and other industries for industrial parts and consumer goods.

What Questions Should You Ask a Sheet Metal Fabricator?


  • What kinds of projects have you worked on previously?

What kinds of projects have you worked on previously?

When it comes to specialty companies such as metal fabricators, the number of operational years may not necessarily indicate the company’s experience. A better indication of the company’s experience relates to the number of projects it has worked on like yours.  A fabricator that doesn’t know the requirements of the aerospace industry, for instance, wouldn’t be the best choice if your project is for the aerospace industry.

Many fabrication companies have a portfolio on their website. It’s a major red flag if the company doesn’t have one. To determine the company’s experience level, ask about other projects they have completed.

It is also possible to view testimonials from past clients. Online reviews shouldn’t be trusted since anyone can write a review online without dealing with the company.

Ensure that they have experience working on projects similar to yours. Then you can have even more confidence in the sheet metal fabrication company you’re doing business with.

  • What materials and techniques are used in Sheet Metal Job Shops?

What materials and techniques are used in Sheet Metal Job Shops?

Metals like aluminum and steel are excellent for fabricating because of their unique properties. Not all service providers have the same level of knowledge and experience. Talk with a fabricator about the best material for your project if you want to get the most out of the fabrication process.

A professional can not only fabricate various metals, but they can also fabricate them using various techniques. For instance, one fabricator might only specialize in aluminum, while another might have experience in both aluminum and steel. It is important to clarify this information since each fabricator will differ.

The fabrication of metal materials can be achieved using both welding and rolling, which are different processes. It is therefore important to learn some of the basics of aluminum fabrication. By doing this, you can understand what fabricators are saying when they explain their processes.


  • Do you offer custom solutions and engineering services?

Do you offer custom solutions and engineering services?

Finding a stainless steel sheet manufacturer in India that provides design and engineering services and manufacturing is a big advantage since you can have the manufacturing experts improve your products for easier manufacture.  The term “design for manufactureability” describes a part that has been designed in a way that makes its manufacture as efficient as possible.

 It is common for engineers not to consider manufacturability when designing parts and not know the manufacturer’s capabilities, strengths, and weaknesses.  These considerations are crucial during the design process so that your parts do not become unnecessarily complex or expensive.

Design and engineering services are not strictly necessary but are a bonus. Finding a manufacturer who also offers that, on the other hand, will likely save you and your business precious time and money

  • Can you provide a price estimate?

Can you provide a price estimate?

The last thing you should do before concluding your interview with the sheet metal fabricator is to ask about pricing. Ensure that the price they quote is competitive or if they are asking for too much compared to other fabricators in the area.

The lowest price is not the only factor to consider when choosing a fabricator, but at least ensure they provide competitive rates.


Why Choosing the right sheet metal fabrication process is so important?


Precision sheet metal fabrication involves multiple techniques. A designer or engineer carefully plans how metal material will be fabricated to maximize efficiency, ensure quality and avoid production errors. To create an end product, each process will perform a specific task. 

Detailed renderings are then sent to metal fabricators once the custom design and flaws have been engineered. Many products perform well because of this careful attention to detail. Popularity is attributed to the fact that it can produce large batches at a low cost.


Asking these 4 questions is a great way to find the right sheet metal fabricator. You can always count on RP Lasertech to provide prompt and professional sheet metal fabrication services. Request a consultation today, and we will take care of the rest.

History of Sheet Metal Fabrication – Past, Present and Future

This is an extremely complex problem, and is easy to comprehend once more thought is put into it. The art of metalworking dates back thousands of years. Several witnesses assert that metals had been known and worked millennia before Christ. For example, consider the previous gold and silver jewels found in many museums dating back to the fourth and fifth millennium BC, considering that the development of metal processing depends on several competencies: chemical, physical, technological, etc.

This article explores the history of sheet metal fabrication and machining.

The History of Sheet Metal Fabrication



Towards the end of the 15th century, metalworkers no longer stacked coal and iron to liquefy steel in primordial furnaces. The period is also noteworthy because Leonardo da Vinci originally sketched his idea for a rolling mill.

Interestingly, the first rolling mills were not recorded for another 100 years, in 1590, allowing Da Vinci’s concept to come to life. One of them intended to create gold sheets that would be used to create coins. Another was designed for cutting formed sheets into strips.

During the beginning of the 17th century, this innovation was met with failure. A flawed technique known as puddling was commonly used in that period.

Cast iron was puddled by heating it in reverberation furnaces to liquefy it. Because of the use of sand as the bed for puddling, almost half of the iron was drained from the slag.

Puddling was such an inefficient method of producing steel that it took until the 1800s to refine it enough to produce mild steel. Despite pudding’s limitations, wrought iron was created through the technique used in both Eiffel Tower constructions and the Statue of Liberty!


1700 – 1900

With the advent of the industrial revolution and an increase in the demand for sheet metal fabrication, manufacturers developed new inventions like press brakes and assembly lines which allowed them to produce better quality parts.

The 19th century also saw the invention of steam and aluminum hammers, which led to the beginning of a new era in iron production. It was possible to mass-produce steel from cast iron by 1857 due to the inexpensive process.

Technology progressed at the same rate as the industry. The General Tramping Union of Tinplate Workers merged into different unions in 1861. The result was the founding of the General Union of Braziers and Sheet Metal Workers in Great Britain and Ireland



 Future of Sheet Metal Fabrication

Over the past 600+ years, the sheet metal industry has developed and grown significantly, and our team at CSM will continue to extend this tradition of quality and innovation. The future sheet metal fabrication techniques and processes that will continue to progress and evolve will benefit customers.

Process of Sheet Metal Fabrication


  • Cutting:

The cutting in metal fabrication is one of the most fundamental processes, which can be accomplished by laser cutting, water jet cutting, shearing, sawing, or flame cutting. In other words, the sheet metal is turned into a piece of the required size and shape with all the pre-measured details. The technologies most commonly used these days are the water jet and laser cutting machines.


  • Casting:

Fabricators pour molten metal directly into a die to create a mold. The metal cooled down during the process, and once it turned solid, the part remained after the die was removed.


  • Forging:

A fabricator can bend and shape raw metal using high-pressure equipment, allowing it to be shaped and carved into the desired shape.


  • Punching:

A turret punches predesigned patterns into metal for decorative or functional purposes.


  • Drawing:

Using a tapered die, liquid metal is pushed into a tensile force in order to be drawn into the tapered die.


  • Milling:

During the milling process, the metal is perforated, which due to the nature of the machine, is not always circular.


  • Drilling:

During drilling, circular bits are used to make holes in the metal.


  • Turning:

A technician spins the piece of metal on a spinning platform, allowing a radial cut to be made with a tool as the platform spins.


  • Extrusion:

The billet is forced through the die through a ram. This extrusion process produces cylindrical parts, such as pipes or electrical cables, forming the metal into thin sheets.



There is a long history behind the science and art of sheet metal fabrication. With such a wide range of nuances and techniques, the need for a skilled metal fabricator to handle each job becomes increasingly important. Let an experienced sheet metal design service take care of the rest since you have already learned the basics of sheet metal design.

We at RP Lasertech offer an innovative sheet metal processing method with automated and highly streamlined production systems that will allow you to enjoy the benefits of quality metalwork.

Besides rapid prototyping, our rapid prototyping offering also includes solid and reliable manufacturing capabilities and technical and quality assurance capabilities, including material certification, in-process quality reports, and every first article inspection.

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