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5 Effective Ways Working With Experienced Metal Fabricators Can Save Your Money

The costs of running a business can be high, so finding ways to keep them down while increasing ROI can take time and effort.

It doesn’t matter how big or small a project is; it is often surprising how spending on them can be a considerable amount of money. Costs associated with tools, labor, and materials can result in a substantial amount of money being spent. Your choice of sheet metal companies could be the solution to reducing your metal fabrication costs while maintaining a high-quality result.

There is great pressure on businesses to keep costs low to maximize the return on their investments. The ultimate solution to cutting costs could be found in a metal fabrication company! Here are a few ways that you can be able to save money through the use of a metal fabrication company. Read on!

Choose Appropriate Material

Materials are often one of the most expensive parts of any project that needs to be undertaken. Therefore, each process step must be refined and trimmed to ensure the minimum amount of material is used. Consider reducing costs with your fabricator regardless of whether you use steel, stainless steel, aluminum, or another material.

What is your tolerance for material types and thicknesses for metal projects? Before going through production, you should ask these questions. Depending on the material, lasers cut at different speeds. Additionally, thinner materials will be cut through by the laser faster.

The time the laser spends running is what you are paying for, so always keep that in mind. Laser-cutting costs can be reduced significantly by selecting the right type of material or finding the right thickness for your part.

As stainless steel sheet manufacturers in India, you may have the option of buying mill-direct materials so that they can negotiate better material prices for you. As a result of their relationships with these mills and the experience they have gained from experience, you can benefit without any effort on your part. It is also important to note that if they buy mill-direct, they also have the means to purchase, ship, and store the materials themselves.

Optimize Your Design with In-House Engineers

The best way to find a metal fabrication partner is to find one who employs in-house engineers and provides design services. These engineers are usually highly skilled and have experience in your chosen fabrication processes. Their recommendation on material choices and in-line processing may help you optimize your design, but you may need to be aware of this.

You can reduce your production, material, and shipping costs by having in-house engineers work on your projects. You can still complete your project to your specifications without these engineers; however, if you make any mistakes in your design, you will notice them in the end.

You get Expert Advice From Your Metal Fabricator.

Good metal fabricators are experts in the field and may have ideas about creating an affordable design that meets your needs. You can be something other than a mechanical engineer to design a metal fabrication project.

Customers often submit projects without discussing the design with an engineer before submitting them to their metal fabrication partner.

Often, clients need to remember that fabricators have experience working on similar projects and can provide suggestions for material improvements, design modifications, etc. You can save money in the long run by using your fabricator’s expertise to create more efficient and cost-effective processes.

It is well known that the method you choose greatly affects the cost of your metal fabrication project. Your fabricator can help you optimize your design if you have been adhering to the same process for years. With this new perspective, you could reduce the cost of materials, production, and shipping while building a quality product.

Get quality equipment, certifications, and suppliers.

The right certified metal fabrication partner will have all the right equipment, suppliers, and certifications to complete any project. Moreover, they understand the industry standards you are held to by the authorities and will have the appropriate processes in place to meet your demands. 

The operation of a metal fabrication company will also have the advantage of having a pre-existing group of vetted suppliers who can provide support as and when the need arises during the project’s duration. A vetted supplier can quickly provide you with the right materials without causing project delays. With the right equipment and skills, an experienced metal fabrication partner will help you complete your project successfully. The equipment, suppliers, and certifications you need are always within reach of an experienced fabrication shop.

Offer single-source solution 

To save as much money as possible, you should make sure that the metal fabrication company completes as many processes as they can themselves. You can save time and money by outsourcing these processes to someone else when your metal fabricator handles everything from design to assembly for you.

To find a company that uses cutting-edge precision sheet metal fabrication equipment, look for one that uses this technology. Using these modern machines for metal fabrication may not always be cheaper, but at the end of the day, it pays off in the long run since the products that are produced with these machines are more reliable, has fewer errors, and look a lot more professional.

Final Thoughts

A sheet metal fabrication company with experience will save money by sourcing the right materials from vetted suppliers and overseeing the entire fabrication process under one roof. It is well worth your initial investment to outsource to the right partner, as the benefits and overall savings will be well worth the time and money spent on the project. 

At RP Lasertech, we offer various metal fabrication services to multiple industries. Our team of professionals can offer clients not only products of high quality but also solutions that are efficient and cost-effective. Furthermore, we can recommend methods that will help you maximize your budget. 

Creating your dream project would be our pleasure!

Custom Stainless Steel Fabrication: Why It is Important for your Commercial Kitchen

Commercial kitchens are all the same size or have different architectural features. There are many different types of equipment used in commercial kitchens and many different menu items prepared in them. Standard sizes are easily available for many items, but custom sizes, applications, and duty levels often require custom fabrication. The easiest to work with is stainless steel.

Stainless steel is the most common material whether a kitchen is residential or commercial. One of the reasons behind this preference is the fact that it is practically indestructible. There is no doubt that stainless steel is one of the best materials to keep a home clean and hygienic, whether you call it a trend or a necessity. It is best known for its ability to fabricate custom metal materials, but it offers a lot more than that. Depending on your requirements, you can discuss with your stainless steel sheet manufacturers in India and choose the size, shape, and finish for your kitchen.

Here are some reasons your commercial kitchen would benefit from custom stainless steel fabrication.

What are the benefits of stainless steel fabrications in the kitchen?

benefits of stainless steel fabrications in the kitchen

Corrosion tolerance

The ability of stainless steel to do this is one of this metal’s most impressive and incredible properties. When water, acid, or any other liquid comes into contact with the stainless steel, it is resistant to corrosion, even though most metals are reactive when exposed to moisture. For this reason, steel is considered one of the most preferred metals for kitchens because of its inherent qualities.

Kitchen appliances are constantly in contact with acids, whether lemon juice, tomato juice, or yoghurt. Furthermore, liquids are rival elements to metals. Stainless steel is effective in preventing corrosion or rust in these circumstances.


You can choose stainless steel if you want to save money on something other than frequent kitchen renovations. Because of its sturdy construction, it is a product that is extremely durable. You can enjoy a longer lifespan when you install this product in your kitchen once it has been installed. You can, however, enjoy stainless steel materials for a long time due to their corrosion resistance.

Easy to clean

Industrial kitchen equipment manufacturers of stainless steel kitchens recommend stainless steel fabrications to their clients. What is the reason? A single wipe leaves your area sparkling, and they are easy to maintain and clean. Bacteria and other germs are prevented from growing on the steel. In this way, cross-contamination and food poisoning risks are minimised.

Heat and colour resistance

While working at various temperatures, stainless steel plays a significant role due to its corrosion resistance. The material is resistant to both heat and cold temperatures. It is, however, necessary to work with the highest and lowest temperatures while doing household tasks in the kitchen. This is why stainless steel has become one of the most popular options for furnishing your kitchen due to its many benefits.

Custom stainless steel fabrication makes it easy to use cold and hot things in your kitchen.

More stylish and stunning look

Aside from its elegant appearance, metal has a modern feel, adding depth to your room. Stainless steel is versatile and adds a unique touch to your kitchen, making it stand out. It does not require any additional colouring to enhance the natural colour of stainless steel. You can customise stainless steel according to your needs and space.

Low Maintenance & sanitary 

Hygiene is the most important factor of good health in your kitchen. The use of a material that is easily cleaned makes sense, therefore. Metals such as stainless steel can be cleaned to maintain cleanliness and hygiene. Consequently, your customers can be assured of their health. 

Customisable/Made to order

When you order a customised piece, you will receive a piece tailored to fit your space and requirements precisely. Your space will be transformed by the product’s unique design and functionality. Creating a custom-fabricated piece requires the forming and welding of each component, which makes customised sizing possible

Heat and cold tolerant

Due to its durability and ease of cleaning, it is also extremely resistant to high temperatures, which makes it perfect for stove cooking with hot metals, as kitchens hold a wide variety of foods in an equal range of temperatures. Stainless steel counters and lines can handle frozen foods, ice baths for produce, and hot foods straight from the oven or stovetop – without warping.

Stainless steel – is always the first choice.

A stainless steel kitchen has a distinct feel and looks that blends perfectly into a modern contemporary kitchen and adds to its appeal. A stainless steel kitchen fabrication is the perfect solution when you want something sleek with a modern look.

Additionally, stainless steel kitchen equipment is becoming increasingly popular because it is environmentally friendly, non-toxic, and recyclable. It is also easily cleanable without harsh chemicals.

How to choose a stainless steel fabricator for your commercial kitchen?

In the process of fabricating stainless steel, there are several stages involved. Examples of these processes include embossing, cupping, spinning, flow forming, and many more. As of today, the majority of these operations and processes are performed using a computer-controlled device, which is very advanced. A service provider with the necessary equipment and tools is then needed.

The importance of experience cannot be overstated. Choosing a stainless steel fabricator with experience in steel fabrication to ensure quality service is a good idea. Finally, ensuring that the company has a license and insurance is important. This will save you a lot of hassle when a construction worker is injured in your home, which is not your fault.

RP Lasertech prides itself on its expertise in custom stainless steel fabrication. With our professional steel fabricators, you can create beautiful and functional pieces for your commercial space that complement your aesthetics and sense of style. Contact us today to start designing and building precision stainless steel pieces by contacting us. 


Commercial kitchens often face unique challenges when it comes to stainless steel fabrication. With stainless steel fabrication, you can put the space you have to its best use, making a new kitchen or adding a new workstation. Choosing the right materials, determining price, and handling installation issues can all be handled by skilled commercial kitchen equipment manufacturers. Taking the time to plan and design your project will ensure that it runs smoothly and meets or exceeds your expectations. Get started with your project by contacting RP Lasertech today.

CNC Laser Cutting: Why We Choose Fiber Over CO2

Due to customers’ stringent design and manufacturing requirements, the demand for more sophisticated machining technologies has remained constant over the years. In today’s world, CNC sheet cutting has been one tool that has helped machinists meet these requirements.

Laser cutters are CNC machines that use a laser beam to engrave, cut, mark, or mark a material using computer numerical control. The cutting of intricate shapes and holes is particularly accurate; it is highly accurate due to its unique design and operation.

There are 2 processes involved in CNC laser cutting, and we will explain their differences in this article. 

What is Fiber laser cutting?

What is fiber laser cutting?

A fiber laser CNC steel cutting process utilizes a solid-state laser that bead melts and pierces metals, resulting in a clean, precise, and efficient metal cut. This technology uses optical fibers instead of gas or crystals as a laser medium, hence fiber laser cutting. 

As lasers produce concentrated light, optical fibers can increase this intensity, which is why fiber is used to elevate lasers to higher powers.

Fibre laser cutters can cut a range of materials and thicknesses depending on the capacity of the equipment. Most fiber laser machines can cut up and cut stainless steel up to 10mm thick. 

What is CO2 Laser Cutting?

What is CO2 Laser Cutting?

High-intensity light particles are created by colliding light particles created by CO2 lasers. These light particles collide with each other to create high-powered particles that can cut through thicker materials relatively easily.

Contrary to fiber lasers, CO2 CNC metal cutting operates differently by using reflection and refocusing rather than focal lenses like fiber lasers, and the beam path delivery system works differently from the fiber lasers.

CO2 lasers are generally more cost-efficient than fiber lasers. Although it is cheaper in the short term, it is still more economical in the long run. Operating costs can be very high for CO2 lasers since they consume a lot of energy.

What is the difference between CO2 and Fiber Laser?

difference between CO2 and Fiber Laser

The debate between CO2 and fiber laser requires careful consideration of various factors. A number of factors must be considered, from energy sources and light wavelengths to the cutting process parameters, such as speeds and precision. 

The following is a head-to-head comparison of fiber vs. CO2 lasers that addresses your questions.


  • Power Source
Fiber lasers emit light from LEDs, concentrating it with fiber optical lenses to amplify it. 

However, CO2 lasers generate waves that are powerful enough to cut through different objects easily by stimulating mixtures of gases such as CO2, N2, and Xe.

  • Energy Consumption
A fiber laser has extremely high efficiency. Compared to CO2 lasers, fiber lasers consume 30% less power, enabling them to complete tasks more quickly and with fewer resources.
  • Light Wavelengths
Infrared lasers such as CO2 and fiber work on the same wavelength. In general, CO2 lasers emit wavelengths between 10,600 nm and 2200 nm, while fiber lasers emit wavelengths between 780 and 2200 nm.
  • Speeds of cutting
Regarding thinner workpieces, fiber lasers offer much better-cutting speed. The speed of 2 KW fiber lasers is usually comparable to that of 5 KW or 6 KW CO2 lasers. Because fiber lasers have such a high power density, they are mainly responsible for this. CO2 lasers are slower than optical lasers because their power is concentrated at a single point.
  • Precision in cutting
Fiber lasers are better when we talk about the exact stability and precision that can be achieved. The manufacturing sector pays attention to another aspect of precision, which relates to the edge smoothness of CNC cutting sheets. As a result, CO2 lasers are much better in this area, so you should decide which is more appropriate for your needs.
  • Cutting Range
Regarding metal sheets, fiber laser machines have a cutting range that can go as far as 13mm on a single sheet. The high-speed versions can cut aluminum up to 30mm, but they are extremely expensive.

In contrast, CO2 lasers are limited only by their power. CO2 lasers can cut through various widths depending on their wattage.

  • Ease of use
Fiber lasers are relatively simple compared to CO2 lasers. They do not require any complex or complicated systems, which also makes them easier to operate as well as learn to operate.
  • Costs of investment
CO2 and fiber lasers require different initial investments. The technology is fairly new, and only a few manufacturers manufacture fiber lasers. Fiber lasers are, therefore, quite expensive. However, the machines you need for CO2 lasers are less expensive than those for other lasers because they’ve been around for a while.


What applications can be cut with a fiber and CO2 Laser?

Lasers based on CO2 have dominated the market long and have been around longer than fiber lasers. The development of fiber lasers, however, has led to an increase in the number of companies replacing their CO2 machines with fiber lasers due to the advent of fiber lasers.

Traditionally, CO2 lasers have been used in pharmaceutical manufacturing, food production, electronic component fabrication, fabric cutting, and building industries. In recent years, fiber lasers have gained popularity due to their excellent cut quality, high precision, and rapid cutting speeds in the medical, aerospace, automotive, and electronics industries. 

How to choose the right type of machine for you and your business

A CNC laser cutting service specializing in laser cutting would seem to be best regarding the total cost of purchase, maintenance, and operation. Due to its focus on consistency, quality, and competitive price, RP Lasertech has a tremendous reputation in the market.

You can cut whatever metal you utilize with our high-performance fiber or CO2 laser cutters to create high-quality, precision parts that satisfy your customers.

From an industry-leading manufacturer of metal fabrication equipment, we offer fiber laser cutting and CO2 laser cutting systems that offer a range of innovative features:

  • Sizes and speeds to suit any need
  • Provide a wide range of capabilities, including automation
  • Faster throughput, higher accuracy, and better parts
  • Reduce waste by helping
  • Achieve maximum productivity and profitability

Final Thoughts

RP Lasertech‘s engineers are available to discuss the specific requirements for CNC cutting metal sheets and how we can help you meet them with the right CNC cutting machine for your needs.

Which Metal Cutting Method Is Better? CNC Laser Cutting vs Plasma Cutting

Laser and plasma cutting are the two most popular methods of CNC cutting metal sheets in the metal industry. Here is a quick guide and insight into how each technique works.

What Is a Plasma Cutting? 

Plasma Cutting

Developed as an alternative to flame cutting in the 1950s, plasma cutting is the oldest form of cutting. Electrically ionised gases are fired from nozzles at high speeds toward the workpiece of the plasma laser cutter to superheat and ionise them during plasma cutting. The gas then forms an electrical arc. This electric arc creates electrically conductive plasma channels by ionising some of the gas. This plasma is heated by electricity as it travels down the cutter torch, melting through the workpiece. Hot molten metal is blown away by plasma and compressed gas.

Plasma Cutting – Advantages and Disadvantages


  • It can achieve a faster cutting speed than CNC sheet cutting and flame cutting for a medium-thick plate, much faster than laser cutting or flame cutting.
  • It is cheaper to invest in this equipment initially, and it requires much less future maintenance.


  • Plasma metal cutter surface perpendicularity is poor: there is a large oblique cutting edge on one side of the cutting surface, and the surface is not perpendicular.
  • Increase the production of cutting slag: cutting slag will accumulate at the bottom of the cutting surface during the cutting process. It is necessary to grind away this slag, which increases labour costs as well, so as not to affect the post-processing quality.
  • Plasma cutting produces dust and arc light: Plasma cutting generates harmful gases and arcs during the cutting process.

What Is CNC Laser Cutting?

CNC Laser Cutting

Developed in the 1960s, CNC laser cutting is a technique for cutting holes in diamond dies. In this process, high-power lasers burn, melt, vaporise, or blow away materials through oxygen, nitrogen, and compressed air. Laser beams are emitted from tubes, reflected by mirrors, and guided into the laser head. When you cut or engrave something with this machine, a lens inside the head focuses the beam on the surface of your CNC cutting sheet. A laser can either be a fiber laser or a CO2 laser.

Cost, Quality, Technology used, Precision

CNC Laser Cutting – Advantages and Disadvantages


  •  It is possible to weld directly from the cut surface without grinding if there are small cuts.
  • This process allows thin sheets to be cut at 10 meters per minute, much faster than plasma cutting.
  • The exceptional cutting quality is characterised by a small amount of deformation, low surface roughness, and a low degree of oblique cutting.
  • With a positioning accuracy of 0.05mm and re-positioning accuracy of 0.02mm, the positioning system has a high level of precision.
  •  The machine can cut many materials, including metal, wood, plastic, rubber, PVC, leather, textiles, and organic glass.


  • Cost is the number one factor.
  • Investing in the first place and maintaining it later require higher costs.
  • Currently, laser cutting is more cost-effective for thin plates.
  • Due to the low efficiency when cutting thick plates, laser cutting isn’t suitable unless high quality is required.

Key Differences between laser cutting and plasma cutting

There are fundamental differences between plasma cutting and CNC plasma cutter. The plasma-cutting process uses plasma, while the laser-cutting process uses amplified laser light.

Parameters Laser Cutting  Plasma Cutting 
By Principle On the other hand, the laser cutting process involves the generation of laser beams by laser devices. To transmit laser beams, a series of reflectors are used. Once the beam has been focused on the workpiece, it is directed by a focus lens. Using the laser beam, you can create a smooth, high-quality surface finish by heating and melting the focal point. Depending on the material, plasma cutting uses compressed gases such as oxygen, air, or inert gases. In this process, a plasma channel is artificially created through the workpiece. Due to the high temperature of the plasma, any object, no matter how thick, can be melted, evaporated, or burned.
By Application Lasers have higher precision, direction, and intensity than lasers, which require no post-processing. It is also more cost-effective to use plasma cutting rather than CNC steel cutting. Plasma-cut material’s range of options is limited compared to a laser-cut material’s wide range. Cutting thin sheets with lasers is better than cutting them with plasma. A plasma cutter is used when the following characteristics are needed: a small deformation, a quick cutting speed, a narrow cutting slot, and a small heat-affected area.
By Cost Laser cutting is typically more expensive than plasma cutting, but it offers greater detail. Lasers can therefore be used to engrave details on metal or cut out small shapes. Plasma, on the other hand, is less costly and is better for simple cuts. The plasma cutters can easily cut through thicker sheets of metal.
By Material Lasers cutting technique is widely used in cutting wood, plastic, glass, and many other materials. While only conductors of electricity can be cut by plasma. Because Instead of using an optical beam to create cuts, plasma uses electrically conductive gas.

Which one to Use-Laser or Plasma?

There are many factors to consider when choosing a material, such as its thickness and type. A laser cutter offers greater accuracy and consistency, while a plasma cutter offers more versatility and requires a lower initial investment.

Laser cutters are suitable for thin or medium-thick parts with tight tolerances, high-precision cuts, or parts with tight tolerances.

Common uses for plasma cutters include cutting parts made of metals with high reflective properties, cutting parts made from thicker materials, and cutting simple shapes.


There is no one-size-fits-all approach when it comes to projects. We may choose to use a laser CNC machine or a plasma cutting machine depending on our time and budget constraints. In addition, how we get to the end product depends on the thickness and material of your project. Therefore, you can be sure that the final product will meet your expectations! Let a leading CNC laser cutting service like RP Lasertech’s experienced fabrication team know about your next project today!

How Many Types Of Cable Trays Are There? Application & Selection Guide

Choosing cable trays for your engineering project can be challenging when many options are available. The options are quite varied but don’t get overwhelmed. You’ll learn about the types of cable trays and how to choose the right cable tray for your project. The types of cable tray fittings and features offered by cable tray manufacturers also interest you. 

What is a cable tray? What are its types?

Generally, cable trays are rigid structural systems used to fasten cables or trays securely.

During a connection between two points, cable trays are used to carry a large number of cables or conduit tubes. Environmental conditions and installation requirements must be considered when selecting a tray material.

Compared to electrical conduits, cable trays are safer, more reliable, improve space utilization, and are less expensive. 

Ladder Cable Tray

Ladder Cable Tray - RP



Ladder trays (looks like ladders) are used primarily in feeder applications to carry multiple cables for longer runs with higher current carrying capacity. You can cut, shape, and fit ladder trays horizontally or vertically.


  • Long-span applications require solid rail protection and system strength with sleek radius fittings.
  • The most common widths are 12 inches, 18 inches, 24 inches, 30 inches, and 36 inches.
  • A typical depth is three, four, five, or half a dozen inches
  • Ten, twelve, twenty, and twenty-four-foot lengths are common
  • Inch spacing of half a dozen, nine, twelve, and eighteen rings.


Solid Bottom Cable Tray

Solid Bottom Cable Tray

Cables are protected to the maximum extent by the solid bottom tray. Solid bottom cable trays can reduce electromagnetic interference/radio frequency interference. A solid bottom cable tray is recommended for optical fiber installations where cable dropoff could adversely affect system performance.


  • Continual nonventilated cable support with accessory cable protection available on the market in gilded and covering materials
  • In environmental areas, the bottom is solid, and the covers are solid metal for cable that is not plenum-rated
  • There are common widths of half-dozen, 12, 18, 24, thirty, and thirty-six inches.
  • There are three, four, five, and half-a-dozen common depths
  • Typical lengths are 10, 12, 20 & 24 feet

Trough Cable Tray

Trays consisting of longitudinal side members and a ventilated or solid bottom are called trough trays. Solid bottom trough trays are used for transporting smaller instrumentation, computer equipment, telephones, control systems, and fiber optic cables between locations.


  • The ventilation is moderate, with accessorial cable support frequency at an all-time low, providing cable support every four inches.
  • Available in metals and metalloids
  • A half dozen, 12, 18, 24, 30, 36 & 36 inches are the most common widths
  • Three, four, five, and half-a-dozen inches are typical depths
  • ten, twelve, twenty, and twenty-four feet are typical lengths.
  • Four-inch-on-center mounted rung spacing.

Channel Cable Tray

Channel Cable Tray


An effective way to support cable drops and branch cable runs from the backbone cable tray is through channel cable trays. When conduit cannot be used to install cable trays, channel cable trays are used.


  • The backbone cable receptacle system provides economical support for drop cable runs and branch cable runs
  • commonplace widths of three, 4, & half-dozen inches in metal systems and up to eight inches in metalloid systems
  • For metal systems, it is common to have a depth of 1-3/4 inches, and for metalloid systems, it is common to have a depth of 1,1-1/8 or 1-5/8 inches
  • 10 feet, 12 feet, 20 feet, and 24 feet are the most common lengths.


Wire Mesh Cable Tray

Cable trays are used in all industries in data centers and office buildings of electronic data processing centers. It is less expensive to lay cables with mesh cable trays, also called cable baskets, by wire mesh cable tray manufacture.


  • Field-adjustable website primarily for fiber optic cables, low voltage, and telecommunications applications.
  • In these systems, steel wire mesh is usually plated with atomic number 30
  • There are commonly available widths of 2, 4, 6, 8, 12, 16, 18, twenty & twenty-four inches
  • One, two, and four inches are common depths
  • Ten feet is a common length.

How to choose a cable tray?

Cable tray manufacturers in India keep to the following factors for selection: 

  • The type and number of cables supported.
  • Conditions in the environment: Will these cables have to be subjected to extreme weather or construction conditions?
  • Possibility of corrosion
  • Cable weights installed
  • The radius of the bend in the cable and tray
  • Cable entry and exit freedom What will the difficulty of running cables along the tray be?
  • Installation is simple
  • Expandability: Can an extra tray be easily added?
  • The amount of heat produced
  • The length of the support spans


 The National Electrical Manufacturers Association (NEMA) produces a variety of documents about cable tray.

    • NEMA VE1 covers general cable tray specifications, manufacturing standards, and performance criteria.
    • NEMA VE2 is an installation guideline for cable tray installations.
    • NEMA FG1 covers the fiberglass cable tray systems.
  • The National Electrical Code (NEC), specifically Articles 250, 318, 392, and 800, also cover different aspects of cable trays.
  • An electrical cable tray may be classified as UL-certified if used as an equipment grounding conductor. Underwriters Laboratory (UL) and American National Standards Institute (ANSI) maintain ANSI/UL568 for non-metallic cable tray systems.
    • UL 568: Monmetallic Cable Tray Systems
  • Fiberglass cable trays can be utilized to comply with ASTM E-84 and ASTM D-635 (flame rating and self-extinguishing criteria) (smoke density rating).
  • The National Electrical Contractors Association (NECA) has standards for the installation of cables in a tray made of metal:
    • The standard for Installing Metal Cable Tray Systems (NECA NEIS 105)


For more information on cable tray application, installation, and materials, get in touch with a cable tray manufacturer near me! 

Cable trays manufactured by RP Lasertech are known for their various qualities, like resistance to corrosion, durability, and long-lasting performance. They also allow customers to purchase from them at top costs. We are here to assist you. 

An Ultimate Guide to Sheet Metal Fabrication Thickness: What You Need to Know

Sheet metals are used for many things, including roofing, welding, automotive manufacturing, food processing, and special precision sheet metal fabrication. But you may be wondering how those smooth, beautiful pieces are measured. This thickness is determined by a system called the gauge system.

This article explains the importance of sheet metal gauges for fabrication. Also included are instructions for measuring gauge and choosing the right metal thickness.

The importance of sheet metal thickness

A job’s workflow is affected by the thickness of sheet metal from start to finish. The sheet metal vendors near me plan each move using the blueprint in metal fabrication design. The method of completing a project will differ depending on the thickness of the material.

The fabrication process by a sheet metal fabrication company includes steps such as bending and cutting, which require selecting the right thickness and tools. The thinner the gauge, the more pressure it takes to bend it, and the stronger the equipment, the easier it is to cut it. If you need sheet metal laser-cut, bent, weld, ground, powder-coated, or powder-coated, stainless steel fabricators have the tools, skills, and knowledge to handle any big or small project.

How does gauge in sheet metal thickness work?

Metal thickness is measured by gauge. The gauge of metals may differ, but their thickness may be the same. For example, the gauge of an aluminum sheet differs from that of a galvanized steel sheet of the same size.

 North Americans often use the term gauge. The gauge is most commonly used to describe metal thickness by engineers.

Gauge (Ga.) is a unit of measurement for diameter. The diameter is large when the gauge is small, so the thickness is also large. The metal’s thickness is expressed in weight per square foot.

 Metals with the same thickness but different gauges are ferrous and nonferrous. Metal gauges are included on the chart for sheet metal, however.

 A standard sheet of steel with a gauge of 10 is 3.416 millimeters thick, while a sheet of aluminum, brass, or copper with the same gauge is 2.88 millimeters thick. The thickness of standard steel of 20 gauge is 0.912 mm, whereas the thickness of non-ferrous steel is 0.813mm.

Measuring Sheet Metal Thickness

 Converting metal thicknesses in inches to gauge is generally not standardized by a sheet metal company in Manesar. The tape must be used to measure the thickness of sheet metal in order to calculate its gauge. The thickness of sheet metal can be matched to the appropriate gauge on the chart by using a sheet metal gauge.

 Transporting sheet metal often involves forming it into flat pieces and rolling it. Hot or cold rolling can be used to form sheet metal.

 A slight variation in thickness is tolerable in the metal gauge, however. Steel metal thickness can be measured using this formula;

Steel Type Identification

Cold-rolled steel is generally the most common type of steel you will find. Steel of this type does not have any coatings or chemical additives. However, the zinc coating on galvanized sheet metal is 0.001 inches thick. Stainless steel, on the other hand, is chromium-coated to reduce corrosion.

Sample of square feet

Measuring a square foot is the best way to get an accurate result. It is easier to calculate the wall’s thickness with this square-foot piece’s help. There will be extra calculations if a larger or smaller piece is weighed.

Measure the weight of the steel metal

 To convert the weight of the material into a pound per square foot, you will need to measure the weight. There is a close relationship between steel weight and gauge number. According to stainless steel sheet manufacturers in India, the weight per square foot of the material should be 41.82 pounds.

Inch Gauge Calculation

Inches are the gauge measurement of steel metal, calculated by multiplying your figure by 41.82. You will establish the accurate metal gauge of the steel metal above by referring to the U.S Standard gauge for sheet steel.

 There is, however, a slight difference between this process for metals such as aluminum, brass, copper, zinc, lead, and aluminum alloys.

What is the importance of determining sheet metal thickness?

The thickness of sheet metal plays an integral role in nearly all metalworking processes. Sheet metal thickness is a crucial parameter in any metal fabrication process by a sheet metal company near me, whether it is galvanized steel, standard steel, or nonferrous metals such as aluminum, brass, or copper.

Contact RP Lasertech for Expert Advice

Manufacturing and fabrication processes require consideration of sheet metal thickness. As a general rule, sheets of metal range in thickness from 0.5mm to 6mm, depending on their intended use. A project’s success and effectiveness are dependent on choosing the right thickness. To ensure your project uses the right specifications of sheet metal for quality and durable finishes, it is prudent to seek expert advice from a sheet metal fabrication company such as RP Lasertech.

We assess each customer’s needs to provide them with the appropriate sheet metal for their project at RP Lasertech. We are best placed to advise you on the metals you need to ensure reliability and durability because we are committed to producing the highest quality fabrications that meet international standards. Let us know about your project for more information regarding our products & services.

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.

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