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What is the importance of using a cable tray in industries?


RP Lasertech has been in the industry for many years as a well-known cable tray vendor and manufacturer of cable management systems. Several features make RP Lastertech cable trays popular, including corrosion resistance, durability, and reliability. The prices are market-leading, and customers can purchase these from them. Our team will help you find the best Cable Trays in India.

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Cable trays are construction materials used inside buildings to hold courses, cables, and wires without damaging them. Rather than routing wires over the roof space and exposed partitions, these cable trays allow installers to run them inside a shaped path. 

Trays can ensure security wires are protected, or information is transferred around the structure by managing whatever types of electrical cables are required. Although exact procurements might differ, most national and local construction standards require cable trays to be used in various capacities.

With technological advances, there is a greater need for effective bolstering routines. Nowadays, buildings and plants are more likely to be computerised. The complex type of cable and wiring lying has become an essential piece of modern business and structure by offering prompt, versatile, and inadequate answers to these difficulties. Cable Tray Manufacturers have responded to this demand by introducing several types of cable trays.

What is the importance of choosing the right cable tray material?

Generally, cable trays are included in systems that support cables and wires for power and communication. A cable tray system is designed to accommodate both power and signal cables while providing easy upgrades, expansions, reconfigurations, or relocations of networks.

A cable tray system is usually open, allowing for efficient heat dissipation and easy maintenance. Cable tray systems are typically mounted on walls or ceilings, but some are designed to be installed beneath the floor.

There are several factors to consider when selecting a cable tray for the right purpose, including the cables’ number, size, spacing, and weight.

What are the benefits of using a cable tray?

What are the benefits of using a cable tray

Cable trays are fundamentally intended by cable tray manufacturers near me to secure cables and wires. The trays help maintain the wiring’s form and make it easier to find wiring-related variables by a maintenance workforce. 

Cable trays enable you to take care of a wire in its area to make maintenance easy. It is important to keep these cables secured so that circuit testers and installers will not be exposed to electric stuns. 

Cable trays offer the following benefits:

  • Suitable for conveying a wide variety of cables due to its solid construction.
  • Cable trays with perforated bases provide sufficient ventilation and a convenient position for connecting cables.
  • The epoxy-covered, powder-covered, pre-aroused completion makes it resistant to consumption, fire, and dampness.
  • Warmth scattering is phenomenal.
  • Maintenance checks can be performed instantly on cables; 
  • The shielding edge is protected and smooth, so no preparation is necessary.
  • Designed to withstand short circuits adequately.
  • Suitable for all sizes.
  • Fast, simple, and adaptable establishment.
  • Exceptional development configurations allow cable trays to be placed anywhere.
  • Easily accessible in different assistants for fixing and introducing.
  • An extended life expectancy.
  • Compared with other production floor protective wiring methods, it costs much less.

Types of Cable tray


Ladder-Type Cable Tray


Ladder cable tray manufacturing consists of two rails joined by rungs. Cables can easily be accessed from the top or bottom of this cable tray because of the ladder rungs.

Cable trays with ladder rungs can tie down cables in non-horizontal cable runs and save cable placements in horizontal cable runs.

Solid Bottom Type Cable Tray


It is recommended to use cable trays with solid bottoms (without vents) when installing fibre-optic cables, as drooping cables could negatively affect the system’s performance. Electromagnetic/radio-frequency interference is a major reason for using solid-bottom trays.

Perforated Cable Tray


The cable holder has perforations on the bottom, and the side rails are ventilated so that you won’t get moisture in your cable. Cables are better supported with this tray than ladder-style cable trays.

Channel Type Cable Tray


A channel cable tray is a metal tray that can be used for even the most modest cable installations. It comes in a variety of designs.

Wire Mesh Cable Tray

Wire Mesh Cable Tray

A wire mesh cable tray, also called a basket cable tray, is a cable tray made out of stainless steel wires that create a basketlike mesh.

Cable Tray in different industries

Commercial constructions


Whether it is a building, industry, or construction, a cable tray supports electrical wiring for power supply in any building, industry or construction. It is generally used in open wiring systems, where many wires and air circulation are required to maintain them.

Oil and Gas


Fuel extraction and manufacturing facilities have some of the harshest environments, which makes tray cable ideal for use in these facilities because they are in harsh environments.



Mining environments are notorious for their hazardous conditions, including explosives and high temperatures. Tray cables may be ideal for this kind of environment, but not all tray cables are suitable due to the differences in insulation and jacketing combinations.

Wastewater Treatment Plants


There is a high moisture level in wastewater treatment plants compared to mining environments. Tray cable is versatile enough to be used in wastewater treatment plants, not just in dry conditions but also in wet ones.

Electrical Co-generation


For these facilities, cable jacketing and insulation must be carefully chosen according to the specific needs. For wind turbine applications, the Wind Turbine Tray Cable (WTTC) is an example of a tray cable used in electrical co-generation.


What Is Precision Sheet Metal Fabrication?


A significant part of sheet metal fabrication is associated with the technology industry, an ever-expanding vortex. Any good metal fabrication company, such as RP Lasertech, will stay on top of the latest trends in the industry.

To ensure that they remain the best in their field, the best companies will be willing to invest continuous resources in new technology to remain innovative and the leaders in their industry. Ultimately, it is the quality of the product and finish of the product that is determined by the equipment.

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Sheet metal is formed into finished products using various precision fabrication processes. Precision sheet metal fabrication is an essential component of almost all industries. 

Most industries rely on these fabrication processes to provide products and services, including aerospace, military, automobiles, pharmaceuticals, medical, electronics, food service, telecommunications, computers, and storage. Precision sheet metal fabrication produces a wide range of products, including tanks, ventilation systems, hoods, cabinets, and enclosures for storage.

Precision Sheet Metal Fabrication Processes

Fabrication processes such as reshaping material are widely used to manufacture precision parts and products. This method involves reshaping or shaping the material to achieve the desired result without sacrificing the material. Due to their mechanical properties, several metals can deform plastically from one shape to another. Despite its structural integrity, plastic deformation does not affect the sheet metal’s volume or geometric shape. As well as bending, drawing, stamping, rolling, and stretching, other forming processes include stamping, rolling, and stretching.

The process of subtractive fabrication is also used for precision sheet metal fabrication. During subtractive fabrication, parts and products are produced by selectively removing material volume from sheet metal workpieces. Precision metal laser cutting, punching, shearing, and machining can separate workpieces into smaller parts. Computer numerical control (CNC) machines are routinely used to produce complex geometries through subtractive processes. Once programmed, a CNC laser cutting machine can produce intricate and detailed parts without requiring retooling in high-volume production runs.

Another fabrication process is assembly, which creates a finished product from a part or component. Probably the most familiar method for assembling parts is welding. By using various manual, mechanical, pneumatic, electric, and robotic tools, assembly physically joins individual fabricated parts and components. To meet specifications and design requirements, stainless steel sheet manufacturers in India employ several assembly services.

Major Industries That Use Precision Sheet Metal Fabrication

Major Industries That Use Precision Sheet Metal Fabrication

The fabrication of sheet metal is used in a variety of industries. From intricate electronic enclosures and chassis to high-performance sealed metal shipping containers, raw metal material is transformed into specialized, large, and small products for various applications.

The sheet metal fabrication industry includes: 

  • Defence/Military
  • Medical
  • Aerospace/Avionics
  • Energy
  • Electronic enclosures
  • Custom projects

Tools used for Precision Sheet Metal Fabrication

Various consumer and commercial products can be produced using precision sheet metal fabrication, which employs numerous applications and techniques. By using this method, metal parts and components are made with a high level of accuracy, complexity, and detail. Assembling a finished product requires various methods of selectively removing or reshaping workpieces. 

To help them perfect their fabrication production, sheet metal vendors near me have a wide range of tools at their disposal.

  • Angle Grinder
  • Plasma cutters
  • Flange and Punch Tool
  • Throatless Shear
  • Planishing Hammer
  • Corner Notcher
  • Shrinker and Stretcher
  • Cleco Fasteners

Technology to be used

Types of Sheet Metals

  • Alloy steel.
  • Stainless steel.
  • Galvanized steel.
  • Carbon steel.
  • Aluminum.
  • Tool steel.

Fanuc Robotics

FANUC has developed a six-axis robotic arm capable of beveling 360 degrees to fit any shape or profile that may be required for the job. A threefold increase in strength and a threefold increase in lifespan compared to the industry standard.

Hypertherm Plasma

sheet metal components manufacturers in Gurgaon utilize Hypertherm’s X-Definition plasma system, the most powerful plasma system on the market.

CNC Software

CNC software can be used to simplify the fabrication process and reduce errors. Assuring a flawless final product is possible by manually calibrating cutting tolerances, nesting parts for subtraction fabrication, and tracking robotic cut paths.

Impressive ROI

By utilizing automated controls, a reputable sheet metal fabrication company can handle the entire fabrication process in one pass, resulting in an 80% reduction in production time. Only one technician is required to operate the controls, which minimizes material handling. These cost-saving benefits can achieve an impressive return on investment.

Get To Know 8 Different Ways of Sheet Metal Enclosure Design


Manufacturing sheet metal enclosures has several advantages. Electricity conductivity, emission reductions, and resistance to harsh industrial environments are all improved by using them. Moreover, they reduce manufacturing costs and turnaround times. Therefore, they must be designed properly. Making informed choices will be easier with these sheet metal enclosure design tips.
The best thing you can do is to entrust your life to the hands of an experienced sheet metal company near me. The sheet metal processing services provided by RP Lasertech provide several benefits. The stainless steel fabricators at our company have extensive experience designing sheet metal enclosures. A streamlined and automated production process is also available to you.

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Using a laser to cut, score, engrave, or otherwise modify physical materials is known as laser cutting. CNC Laser cutting services have been a part of our lives for many years despite how futuristic they may sound. Its application was first restricted, like many innovations, but many businesses have enthusiastically embraced it.

Using sheet metal enclosures for electronics provides several benefits, including improved conductivity, emissions reductions, and protection against harsh environments. A sheet metal fabrication company that creates sheet metal enclosures aims to make them as perfect as possible so that they can gain all of these benefits for their projects. However, in reality, High-quality enclosures are difficult to design.

Any sheet metal company in Manesar strives to ensure a positive user experience and overall design success. Creating high-quality enclosures for electronic components can assist in accomplishing this. Designing sheet metal enclosures involves some guidelines. Following these guidelines will simplify your job and help you achieve quality results.

Check out the following sheet metal enclosure design tips to ensure your work is up to standard. Let’s get started!

Metal Fabrication Tips: Sheet Metal Enclosure Design


Identify the needs of your product

Identify the needs of your product

The design process should always consider the final product’s functional and aesthetic requirements. The right enclosure design will help you meet the needs of your product.

Before you start designing, consider these factors: 

  • Sheet metal enclosures are intended for specific applications or use.
  • The enclosure’s expected working conditions. Working temperatures, corrosion exposure, vibration resistance, and other factors are considered here.
  • Dimensions.
  • Installation requirements.
  • Enclosure by stainless steel sheet manufacturers in India will contain the following items. Consider its height, weight, size, connector positions, etc. 
  • Requirements for aesthetics. Depending on the application, this may be flexible or non-negotiable.


Metal Selection


Aluminum, stainless steel, and galvanized steel are the most common forms of metals used in enclosure design. Choosing a material requires consideration of its benefits and drawbacks. 

Due to its lightweight, high strength, and corrosion resistance, aluminium is a preferred material. Additionally, anodizing protects it from scratches and other damage.

Another popular choice by sheet metal fabrication companies for enclosures is stainless steel. This material has high corrosion resistance and is extremely durable. The non-magnetic properties of stainless steel make it a good material for electronics.

In environments with a high level of rust resistance, galvanized steel is often used. Compared to other metals, it is also relatively inexpensive. Although galvanized steel is durable and easy to work with, it isn’t as strong as other options.

Consider metal thickness


For enclosure design, metal thickness is crucial. Many factors influence the strength, weight, flange length, and punch size of your enclosure, such as its thickness. Smaller products are normally hard to make with thicker metals, as you may know. The material thickness must be increased to design large parts with extra strength.

According to the paper, a lot of thickness gauges are the same. However, it is helpful to know more about sheet metal gauges so you can choose the right one. Make sure your walls are uniformly thick when you design a sheet metal enclosure. Your component’s quality can be determined this way.

Bend Radius 


Maintaining a consistent bend radius is mandatory for precision sheet metal fabrication of the enclosure. Bend radii should always equal the content’s thickness when designing enclosures. Bend radiuses must be aligned with product widths. Therefore, fractures are prevented, and substances are circulated properly. 

Generally, you should keep the length of your flange three to four times longer than the thickness of the material. Some metals are resistant to bending, which is important to remember. You can test the flexibility of your metal by understanding its chemical composition and surface condition.

Before choosing a bend radius, consider your enclosure’s functional and aesthetic requirements. Digitally calculating your metal’s bend allowance can be done via CAD software.

Choose your enclosure shape

Choose your enclosure shape

While designing your enclosure, you should also consider its shape in addition to its thickness. You must consider your product’s PCB and system design to pick the right shape. 

Compared to plastic enclosure moulding, there are fewer standard shapes available. Sheet metal enclosures come in the following shapes: 

  • Boxes with folded sides provide easy serviceability and the flexibility to mount a wide range of products.
  • An F-shaped connector is easy to manufacture and suitable for electronics with opposite connector ends.
  • An L-shape provides easy access to the device and is easy to manufacture.
  • The U-shape enclosure is made with solid bases and is slightly more challenging to manufacture than the F- and L-shaped enclosures.

Use the right finishing operations


Surface finishing comes in many forms. Chemical conversion coating and anodizing powder coating are two options. The anodizing process increases aluminum’s corrosion resistance. The powder coating process is a kind of paint used on metal. Besides being durable, it is available in many colors. Coating metal with chemical conversion creates a thin film on its surface. The film improves the appearance of the metal while increasing corrosion resistance.

CNC Laser Cutting: How Industries Use and Benefit from It?


Laser cutting is revolutionizing the construction sector by offering efficient, contemporary solutions for manufacturing metal parts. Due to its capacity to increase production speed, operational control, and efficiency, businesses are increasingly selecting laser cutting fabrication.

Therefore, as laser cutting experts, RP Lasertech can assist you with your laser cutting needs regardless of your sector, industry, or business.

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Using a laser to cut, score, engrave, or otherwise modify physical materials is known as laser cutting. CNC Laser cutting services have been a part of our lives for many years despite how futuristic they may sound. Its application was first restricted, like many innovations, but many businesses have enthusiastically embraced it.

Nowadays, using a laser cutter can be simple. Even if incredible acts of creativity created the technology, the user interface has evolved to be approachable. Laser cutter use is widespread among school enthusiasts, corporations, and science classes. They are not only practical but also an amazing method to learn about optics and the characteristics of light.

Benefits of Laser Cutting

As technology advances and more applications find it useful, its advantages keep expanding in quantity. A significant portion of the sectors in the world benefits from the amazing technology known as laser cutting. Here is a list of the current reasons why it is so well-liked:

  • It is Adaptable

In terms of materials, it is adaptable. There is no substance or even class of materials on which laser cutting cannot be used. Numerous CNC-cutting metal sheets, ceramics, and other materials are suitable for laser cutting, continually finding new uses.

  • Kerf widths are small to enable rapid and precise cutting

With laser cutting, the kerf width can be exceedingly small, resulting in reduced material waste, more accurate cuts, and more efficiency. Additionally, laser cutting has comparatively rapid turnaround times. Furthermore, precise repetition of shapes, patterns, and operations is possible. The robotics used in laser cutting is extremely advanced. You can be sure that laser cutting will generate high-quality results if a process calls for automation or repetition.

  • The technology works well, and setup takes little time

Laser cutters are now quite dependable thanks to technological advancements, so you don’t have to worry about your equipment breaking down. It avoids delays and backups. Designing your product is quick and simple, thanks to programs.

  • It is simple to make changes in the middle of production

Laser cutters can immediately reorient and adjust to the change in demand if you discover during production that you need more, less, or a slightly different variety of a product.

  • Processing Moves Quickly

You can use laser cutters to accomplish numerous tasks simultaneously, overlap multiple projects, or carry out other non-standard tasks.

  • Laser Cutting does not Produce a Mess

Most materials don’t require cleaning after being laser-cut. Your items won’t need to be deburred or sanded down because laser cutting leaves them smooth. You can often remove the product from the cutter and mail it.

  • Technology is constantly improving and going greener

Although laser cutters require a lot of energy, they are becoming incredibly efficient. Additionally, fibre-optic lasers are gradually taking the place of CO2-based lasers.

  • The Potential for Combining with 3D printers is enormous

The growth of 3D printing is similar to that of laser cutting. Shortly, it’s conceivable that the two technologies will come together to provide amazing possibilities.

Applications and Uses of Laser Cutters

  • Metals

In addition to working on various metals, laser cutting is a tool that one may use in various industries. A laser cutter can automatically produce many metal parts for cars, computers, and other devices because it can be controlled and directed by a computer, just like machining. Compared to machining, laser cutting can provide cleaner and more precise cuts. Metal sheet CNC Cutting involves numerous different procedures. Results are frequently superior to those of plasma cutting. Frequently, unusual structures like auto frames or hydro-formed parts require laser cutting, as do many components in the aerospace sector.

  • Reflective Metals

Given that metals have already been discussed, why bring them up again? Because reflective metals reflect light onto themselves, using a strong laser beam to illuminate them causes problems. The metal may self-destruct if it reflects the laser.

Fibre laser cutting provides the solution to this issue. This method uses fibre optic cables to send the laser beam to the metal. The fibre optic cable is unaffected by any light that is reflected. Reflective metals are essential for manufacturing vehicles and semiconductors, including aluminium, silver, copper, and gold.

  • Medical Sciences

In the medical sector, where extreme precision and close dimensional tolerances are crucial, laser cutting also plays a significant role. This technology fits their requirements because it can copy designs with accuracy and a speedy turnaround. After all, the medical business demands high volume.

Laser cutting has been used to create components for surgical implants and various medical equipment, including orthopedic and cardiovascular devices. Laser cutting can produce these devices with the necessary speed and accuracy.

  • Engraving and Marking

The domain of engraving and marking is where laser cutters are used in a slightly less graphic manner. The laser cutter also usually hits the mass market at this point. Several metal signs, logos, and other works are created through engraving and marking. Jewelers typically use laser cutters for engraving needs.

  • Silicon

Our world is mostly powered by silicon. It is a component of our solid-state semiconductors, microchips, and other electronic and computer-related products. It also has a significant presence in the crucial area of solar energy, which has the potential to increase the power of our planet. It is difficult to overstate the significance of the technology because laser cutting is one of the main methods used to prepare silicon for usage.

The laser cutting of silicon is one of the reasons technology keeps getting smaller and more powerful. Because laser cutters have improved in accuracy, they can now cut silicon into ever-tinier fragments.

Industries that Use Laser Cutting

  • Aerospace


Due to the accuracy and versatility required for mechanical devices and construction, this enormous industry is among the major users of precision engineering. In addition to making airplanes, this industry uses laser cutting to make anything from combustor liners to trolleys, conveyors, stillages, and metal detectors. 

Drilling and cutting incredibly small holes and pieces are required. It is frequently necessary to cut heavy-duty aluminum alloys with a low heat-effect zone and a perfect finish. Lasers can only meet these needs. Laser drilling and engraving frequently combine to generate unbeatable results in this business.

  • Security & Electronics


It seems sensible that security cameras and their systems can benefit from laser cutting, given the exact nature of the parts and materials needed for electronics. The security and electronics industry demands speed, precision, and a quick turnaround on many parts, from the tens of thousands of door handles and seals to the hundreds of computer mounting brackets. 

  • Construction


It’s not a surprise that laser cutting is crucial to the construction industry. If you work in architecture or construction, you can understand how many components and pieces of machinery are needed to complete any building project. You might be surprised to learn that laser cutting has many applications in this industry.

Laser cutting offers the chance to access custom-designed works quickly and stock items, from pipework to tools and even toolboxes to the sculptural work included in the walls as an architectural feature.

  • Automotive


Laser cutting can offer this industry precision product at affordable prices and quick lead times, from stainless steel parts and panels from mild steel that has had its zinc coating removed to tool components used in heavy engineering transport, agriculture, marine, railway, and the maritime industry. Although laser cutting is used to make the majority of car chassis, there is still room for more! Other automotive and transportation organizations should utilize this quick and accurate instrument, as we do when making interior parts for vehicles out of mild steel that has been laser cut!

  • Furniture & Lighting


Laser cutting is the future of this industry in the design process for furniture and lighting, whether batch produced for retail sales or custom-made. Because of its accuracy and flexibility with CAD programming, laser cutting can revolutionize your design and manufacturing processes. A variety of sophisticated designs can be sliced into CNC sheet cutting using a laser cutter to make furniture such as tables, chairs, benches, and lighting fixtures.

  • Energy & Utilities


Energy firms’ power plants and call centers in office buildings already use laser-cut metal for desks, building sidings, and electronics. But by utilizing laser cutting, one may accomplish more in this industry. For instance, we contributed to converting the Draks Power Station into a biomass-based renewable energy power station. By utilizing laser cutting more frequently in this industry, incredible advancements in renewable energy and power efficiency can be made.

Please book an appointment for more information on metal sheet CNC cutting.

Essential Questions to ask before hiring a sheet metal Manufacturer company

Establishing a long-term relationship with the right sheet metal manufacturer is crucial to step up your business in the future. It can be difficult to choose between the available options, but following stringent guidelines will help maintain a great relationship with the right business.

When searching for one, you must ensure that you are looking for stainless steel fabricators that offer outstanding quality at an affordable price and meet your particular requirements. Therefore, it is best to do some research before deciding to know the quality of their service, the costs, the level of experience, and other aspects to look for before signing any contract.

Questions you should ask:

 A quick online search will provide plenty of sheet metal fabrication companies. However, you will have to dig around to find the right one, and there’s no way to get across to the one that ticks all your boxes.

Check out these questions to ask a sheet metal fabricator to ensure you are in the right hands for your project.

What Projects Have They Previously Worked on


Every fabricator has a portfolio that they can present. Each one of them can explain their latest work on their portfolio. Therefore, it would be better to check whether they can make the products and provide the services that you are seeking. 

You must properly analyze the work they have done in the past and do not miss to ask for references from clients who have dealt with them previously. This will help you determine whether they can handle the project you are expecting and whether they are capable of doing it.

What Equipment Do They Use?


If you are considering hiring sheet metal companies, there is one factor you cannot miss out on their equipment. Sheet metal fabricators are only as good as the equipment and the staff they have on hand.  If you want to see the company’s equipment or at least learn more about their equipment in general, please ask to see it.

If you want your project completed on time, you should work with a company that has state-of-the-art equipment. A few of the equipment you will need to look for are new punch presses and lasers that are suitable for your parts, good press brakes that can accommodate your parts, graining equipment that puts a nice finish on the parts, and hardware insertion machines.

Technology has evolved in the fabrication industry. Modern machines are capable of cutting through thick metal easily. Fabricators can offer you better quality and price when they have newer and more innovative equipment. Ensure that your sheet metal fabricator has the equipment to meet your volume needs. 

Do they hold a good reputation?


An excellent reputation is important when selecting a sheet metal fabrication company. The internet often contains reviews of certain companies. It may be worthwhile to ask around the trade to find out what others have experienced dealing with a certain company. This will allow you to determine whether the company can be relied upon to complete the task on time and meet your expectations.

How much experience do your sheet fabricators have?


The process of fabricating sheet metal can be very intricate, and it takes a great deal of experience to do it correctly. A well-crafted product comes from someone with experience who knows how to do the job and how to do it properly. It may cost more to hire experienced steel fabricators than those with less experience, but the investment will likely be worthwhile in the long run.

Ask what previous jobs a sheet metal fabrication company has handled in the past to get an idea of how much experience they have. They will likely be a good match if they have been involved in similar jobs.

Can they provide custom engineering solutions?


As most projects differ, readymade solutions often do not match the project’s requirements. Therefore, you should look for sheet metal fabricators who can design a product that meets all of your specifications and industry requirements for safety and functionality. 

Engineers can only deliver a high-quality solution with the appropriate training and considerable experience. When considering whether or not to work with a company, getting more information about their design and engineering teams and production departments is a good idea.

Can I trust the pricing?


The price should not be the only or main consideration, but it is important.  The cheapest price may not be the best deal, and that company may have overlooked something in their quoting process, which will cost you more in the long run. Always go for the best possible deal rather than the cheapest price since you usually get what you pay for.  To avoid quoting multiple vendors for every project, you should establish a good relationship with a manufacturer.  

A manufacturer must also be able to provide a quote in a reasonable amount of time.  Partner with a metal manufacturing company that can provide quotes on time while considering all your requirements. 

Are they Certified?


Certified Fabricators can produce components that meet the quality standard required by their industries for precision sheet metal fabrication.

Do not be fooled by large facilities and modern equipment when deciding whether to hire a company. For your project to succeed, ensure that their certifications are relevant and up-to-date

Are they provide installation services?


Some clients will especially appreciate the extra service, as they are placing orders for units with complex systems that need to be fitted with complex equipment. You may need to pay a little more for the service, but at least you can ensure that the product will function according to your specifications. Fabricators know the intricacies of the product better than anyone else, so they are the ones to install it because they are the ones who know it best.



When you ask these questions, you will be on your way to finding the right sheet metal fabricator that will fit all your needs. Before choosing a fabrication company, it is important to compare the services they provide with many others. Additionally, you shouldn’t base your decision solely on price. You will most likely get what you pay for when choosing a fabrication company worth it’s salt.

As a stainless steel sheet manufacturer in India, RP Lasertech offers customers convenience, innovation, resources, and expertise at a very reasonable price. We achieve this by combining cutting-edge design with modern professionalism. With RP Lasertech, you will always receive the highest quality, service, and value. Contact us to get more information on sheet manufacturing & price quotes. 

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.

Safety Tips to Follow When Using CNC Laser Machine

Due to their increased shop productivity, CNC cutting sheet through laser machines is becoming increasingly popular. High-tech is very user-friendly and simplifies the lives of the employees. However, if someone doesn’t know what they are doing, they risk hurting themselves. Every worker should know the following safety precautions while CNC sheet cutting via CNC laser machine.

How does CNC laser cutting work?

CNC laser cutting is a thermal-based, non-contact method. A CNC laser cutter has a laser head with a nozzle and a laser focusing lens. This head and lens assembly focus a laser beam-column of extremely intense light through the nozzle onto the workpiece, melting and cutting it to the desired shape. Compressing gas is used in CNC lasers to cool the focusing lens and expel the evaporated metal from the workpiece while also passing through the nozzle that ejects the laser beam.

The heat density at a location on a metallic surface that is the focus of a strong laser beam increases, causing fast heating and partial vaporization of that point on the metal. Creating the appropriate customs forms and features is supported by CNC technology that coordinates the movements of this laser head and beams in the work area.

Five Safety Tips to Follow

Safety is of utmost importance when operating CNC laser machines as they can be very damaging if safety measures are not followed. Here are a few safety tips that should be followed while operating a CNC laser machine.

  • Never Leave Your Laser Unattended When Firing

Never Leave Your Laser Unattended When Firing

A laser cutter uses strong lasers that could catch fire in an accident or catastrophe. Accidents can occur when people use the cutter carelessly. The operator should monitor the operation whenever the machine is firing. There should be more than two operators working the machine because smaller projects take less time to complete, and larger ones can take several hours. If the first operator needs a break, the other operator can step in to continue inspecting the machine while it is firing. If you leave the laser cutter alone while firing, serious harm is dangerous.

  • Never Cut Material with Unknown Properties

Never Cut Material with Unknown Properties

The qualities of different materials vary so greatly that a laser cannot cut on all sorts of materials. For instance, some lasers are designed specifically for use with paper and wood, while others work well with toles and PVC. Avoid using the machine to cut just any material because doing so could harm or cause fumes to fill your workplace.

A ventilation system is included with laser cutting machines to ensure a smooth operation. Cutting materials like PVC and other polymers without a ventilation system can produce dangerous fumes that are fatal if inhaled. 

  • Always Keep A Clean Workshop

Always Keep A Clean Workshop

Laser cutting safety and cleanliness go hand in hand to reduce the danger of injury. Even though the material cut by laser cutters is entirely dissolved, there is still a risk of fire if the remaining scrap is allowed to remain in the catch-bin. The majority of people are unaware that little particles of chopped materials, like sawdust, in the air can catch fire and explode. The likelihood of accidents and other major laser cutting safety issues is decreased by maintaining a tidy and clutter-free workspace.

  • Be Informed


The operator should always know how to operate a laser cutter and engraver before using one safely. Before utilizing any equipment, the worker should read the user manual carefully to comprehend all safety considerations.

Knowing your equipment and reading its handbook can help you determine whether, for instance, eye protection is needed to operate your specific laser cutter safely. That being said, workplaces should display warning signs to alert people to safety hazards and adequately designate safety gear, such as fire extinguishers and eyewash stations close to the area with lasers. 

  • Be Alert


When using any gear, including lasers, it’s crucial to keep safety in mind constantly. Utilize best practices daily by emphasizing safety before beginning a project and avoiding carelessness when operating your laser cutting equipment. Be mindful of your surroundings and regular working routines. You can always contact the technical support of your supplier and conduct a check before using the laser. If there is ever any risk involved regarding the security of a specific substance or aspect of your machine’s operation, you should always have an emergency plan and look for potential safety hazards.


It is of utmost importance to follow the safety precautions to operate a CNC laser machine safely and avoid accidents or mishappenings. For premium CNC laser cutting services, you can contact RP Lasertech. We offer metal sheet CNC cutting services at affordable rates and work with safety to deliver quickly and with precision. Our magnificent laser cutters and the team of professionals work together to deliver the best in the market. Give us a call today. 

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.

What is a CNC Laser Cutter? How it Works, Types & Advantages

A CNC laser cutter is a chunk of machinery that employs a concentrated, powerful laser beam to mark, chop, or engrave a material to design certain forms. Particularly when cutting delicate forms and tiny holes, its distinct design, and operation make it extremely accurate.

How does CNC Laser Cutting Works?


A CNC laser cutter has a laser head with a nozzle and a laser focusing lens. This head and lens assembly direct a laser beam—a column of extremely intense light—through the nozzle onto the workpiece, melting and cutting it to the required shape. Compressed gas is used in CNC lasers to cool the focusing lens and expel the evaporated metal from the workpiece while also passing through the nozzle that ejects the laser beam.

Types of CNC Laser Cutter


The sorts of lasers used in the machines account for the variations in CNC metal cutting laser cutters, and the type of laser affects the types of materials that the laser can cut and the thickness of those materials. Typically, a powerful laser is best for business purposes.

  • Gas Lasers/C02 Laser Cutters

CO2 that has been electronically stimulated is used to cut. Other gases like nitrogen and helium are included in the mixture that creates the CO2 laser.

Due to their effectiveness, low cost, and ability to cut and raster various materials, CO2 lasers are the most used laser cutters. These lasers can produce a smoother finish when used to cut thicker materials. A CO2 laser’s wavelength is 10.6 mm, and compared to a fiber laser of the same power, a CO2 laser has more energy to cut through thicker materials.

  • Crystal Laser Cutters

Beams made of nd: YVO (neodymium-doped yttrium ortho-vanadate) and nd: YAG is produced by crystal laser cutters (neodymium-doped yttrium aluminum garnet). They have shorter wavelengths than CO2 lasers, meaning they have a higher intensity, allowing them to cut through thicker and stronger materials. However, because of their enormous strength, their parts deteriorate quickly.

  • Fiber laser cutters

Fiberglass is used in this instance for cutting. The family of “solid-state lasers” includes disc lasers, and nd: YAG includes fiber lasers. The “seed laser” is the source of the lasers, which are then amplified using specific fibers. 

Fiber lasers are two to three times more energy-efficient than gas lasers, have no moving parts, and can cut reflective materials without caring about back reflections. Despite being roughly comparable to neodymium lasers, fiber lasers need less upkeep. Consequently, they provide a less expensive and durable option than crystal lasers. Both metal and non-metal materials are compatible with these lasers.

What Are the Advantages of Laser Cutting?


  • Flexibility

With laser cutting, there is no requirement to switch out tools for every cut. A similar setup can be used to cut numerous different forms from the same material thickness. Furthermore, complex cuts provide no issues.

  • Precision

Accuracy is one of the main benefits of laser cutting compared to other thermal cutting techniques. One can attain high precision without post-treatment with an accuracy of +/-0.1 mm. Such a high quality typically negates the need for further tolerances.

  • Repeatability

Parts nearly duplicates of one another are guaranteed with +/- 0.05 mm.

  • Speed

The laser cutter’s capability ultimately determines the precise advantage point. Compared to conventional mechanical cutting techniques, laser cutting is much faster, particularly when it comes to trickier cuts. Up to a thickness of around 10 mm, the laser outperforms conventional thermal cutting techniques like plasma or flame cutting in terms of speed.

  •  Automation 

Modern laser cutting technology is highly automated; thus, the job requires little human labor. While an expert machine operator still contributes significantly to the end product’s quality, the cutting speed and minimal manual labor requirement lead to cheaper costs than those associated with other cutting techniques. Even feeding systems and follow-up conveyors are standard equipment on many machines. Of course, such configurations result in a more expensive laser cutting machine.

  • Quality

Laser cutters only leave a little burr when properly set up. In many cases, it is not even essential to remove it. Yes, the material, its thickness, and other elements play a role. Having a limited heat-affected zone is an additional benefit. A narrower HAZ area produces more predictable and dependable parts as the microstructure and the HAZ change.

  • Contactless Cutting

Only the laser beam touches the material when cutting with a laser. Since there is no mechanical friction, tools won’t become worn out.

  • Versatility

One of the most significant features of laser cutting’s excellence is this. There are two ways adaptability shows up. Many different types of materials can be sliced using laser technology. Various metals, acrylic, MDF, wood, paper, and other materials are among them. We can configure different tasks onto a single computer. Of course, the power of your machine will determine your capacity to cut some of these materials.

Many laser cutters can do more than just cut things. Another application for these devices is laser branding. Additionally, there are numerous uses for marking when creating common products. The technique is also appropriate for a range of profiles.


CNC Cutting metal sheet services, whether it be steel, aluminum, brass, or nickel, are one of the most popular uses for lasers because they produce precise cuts and finishes. Laser cutting is widely used in the semiconductors, electronics, medical, aircraft, and transportation sectors. Lasers are also used to cut silicon, ceramics, and non-metals.

Give us a call for the Best CNC laser cutting services or check out our website for more information & assistance.

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