Laser Welding Machines

Laser Welding Machines

Laser Workstations From OR Laser: Perfectly Designed for Your Needs


Laser-welding systems are now used in many fields to contactlessly make high-quality joints. So they result in flawless seams in metal plates, plastic components, jewelry, and even building – components.

The laser welding equipment is available from OR-Laser meets all of these demands while flexibly permitting highly customized work. So these systems are therefore ideal for virtually any manufacturing task. So the professional-grade laser welding equipment presented in our catalog includes ten different systems that are tailored to meet specific industrial needs.

Laser Welding applications

Applications for Laser Welding Technology

OR-Laser is the best source for a wide variety of professional the laser-technology, so including equipment for precision laser welding and much more. So compared to conventional laser welding technology, laser beam – welding offers enormous advantages and is currently being used in many different fields. So the range of welding lasers extends from – point or area laser beam welding to within tenths of millimeters in the dental & jewelry industries.

When welding with a laser, so there are many forms and a number of possibilities. So some examples include spot, seam, and direct welding. And with laser plastic welding, plastics may be welded & fixed to each other. And another popular method of laser – welding is welding with a scanner, so in which the piece to be processed can be positioned as desired. And each laser system makes it possible to join – components of widely differing materials and combinations. So the benefits are concentrated heat control, high-strength joints with high weld depth, small weld width, & low thermal stress.  So these processes can be automated and monitored online.

Ordering Laser Welding Services and Products With OR Laser

OR Laser is proud to offer a wide variety of custom laser welding – services & industrial laser systems for sale around the world. And with this extensive experience in the research and manufacturing of the laser-machines, we are guaranteed to be the ideal choice for your industrial welding needs. Our laser beam welding-equipment undergoes extensive testing before it is approved to be added to our product-line, and you can be sure that you’ll receive only the highest-quality machines.

This laser welding solutions are used by a wide range of consumers, from the automotive-industry to the dental field. And whether you’re looking for professional consultation services and top-quality equipment, OR Laser has the answer.

Laser cladding with wire

In this process, and the laser beam melts the wire and the base metal, so the melt bonds permanently & resolidifies until a small rise remains. And when the individual welds overlap-precisely, so the desired shape is applied bit by bit.

Laser-cladding with wire is used for the repair of components & functionalizing of surfaces. So this process is particularly economical, clean, and rework is limited to a minimum. And various welding wires are available as filler materials. So this makes it possible to apply material of the same type / to create functional layers according to the requirements for the coating.

1: Laser beam 

2: Wire 

3: Work piece 

4: Application

Laser cladding with powder

Whether it is for design changes or repairs, so laser-cladding with powder upgrades surfaces as if they were cast from one customized, and industrial mold.

With laser-cladding with powder, so a filler metal powder coating is welded onto an existing component with a laser. And a professional looking layer, without pores or cracks & with little mixing & a small heat affected zone, and results.

This additive manufacturing process gives the components higher strength & increases the load capacity. And thanks to laser cladding with powder, repair instead becomes more cost effective, because as worn components can be renewed-exactly at the stressed parts.

Laser cladding with a powder-coating is not only a way to save money, and but it is also an excellent way to save time that would otherwise be spent manufacturing replacements. And the remaining material volume from this form of metal cladding shows no deformation & can keep its original properties. And through the use of metal cladding with lasers & a powder coating, components can be returned to operation quickly.

See the process of laser Cladding with Powder at work

1: Laser beam 

2: Powder feed 

3: Work piece 

4: Application

Our laser systems for sale that are recommended for additive manufacturing


The EVO-MOBILE system is an excellent option for laser cladding with a powder coating in an open workstation. So some of the top features for the EVO MOBILE model include auto weld, high pulse peak power, an high pulse peak power intern video function, and touch screen technology too. And this all of these features are packed into a compact size to eliminate the need to have a large workspace for laser-cladding with powder.


The LRS EVO model is another compact laser-welding-system. And like the EVO Mobile model, so it is ideal for an open welding workstation. And features of the LRS EVO include two Z axes, a teach-in function, simple-operation, range ability, motorized X/Y and Z travel, & a large table capacity of 350 kg.


LASERCAB is a laser-welding-system that is designed for precision. And with the system’s ability to change the diameter of the laser beam during welding, so it offers a lot of flexibility. And other features include touch screen technology, integrated fume extraction, auto weld, X/Y & two Z axes, & a table load capacity of 250 kg. And this system is recommended for busy-production environments with heavy traffic.


The ROBOLASER model is packed-full of possibilities for laser cladding processes. So along with cladding ability, so this equipment also performs welding, cutting, & hardening. And other benefits include quick & short cycles, so a large selection of filler materials, low thermal stress, high hardness, & no structural damage.

Laser plastic welding

Today, laser-plastic-welding is replacing other joining techniques such as gluing & ultrasonic welding in many manufacturing & industrial fields. So the modern joining process for plastics is highly flexible & free of particles & solvents, & it provides high strength connections without marking or damaging the work surface. So plastic laser welding is invaluable when precise control or accuracy is needed to protect for the vital internal components, this can be used to successfully weld-plastics even when faced with challenging geometries.

With this illustration, you can see the process of laser plastic welding at work

1: Laser beam 

2: Transparent plastic 

3: Absorbed plastic 

4: Diffusion zone 

5: Joining pressure

Laser welding plastics utilizing the laser transmission welding-method joins two thermoplastic plastics, so a transparent plastic & an absorbing joining partner. And the laser beam penetrates the upper, laser transparent component and melts the lower, so laser absorbing component, and which then bonds with the transparent plastic. So when done properly, this creates a leak free, and secure weld.

And with this type of overlapping welding, and the weld is generated on the inside of the component without the release of particles. So it creates a nearly invisible, optically high quality weld with opaque components. And the local heat input with the laser has a minimal impact on the components, welds can be created even in the immediate vicinity of electronic-components. So because laser plastic welding creates a weld without the need for solvents, it reduces industrial waste & saves on cost, so making it a green solution for manufacturers.

There are four main techniques used in laser plastic-welding

  • Contour welding: Used for welding three dimensional / large parts, contour welding moves the laser in a single pass along the welding joint.
  • Mask welding: Laser welding plastic with this method utilizes a wide beam that moves over the entire surface being welded, with a shield protecting areas where welding is not desired.
  • Quasi-simultaneous welding: This technique utilizes a small beam that makes several passes over the welding joint.
  • Simultaneous welding: Multiple beams pass simultaneously over the welding joint.

For more than 20 years, OR Laser has been at the vanguard of laser technology and innovation. Our plastic-welding services and equipment are industry-tested, perfect for any professional need, and among the best available for sale today.

Browse our selection of laser plastic-welding equipment

Precise, Cost-Effective Production

Achieving strong and visually flawless seams is increasingly important in many production processes. And laser welding systems from OR Laser deliver the precision and efficiency required for large-scale industrial applications. What’s more, we offer a whole range of equipment from which companies of all sizes can pick the system that best suits their requirements.

Laser Welding Systems from OR Laser

OR Laser develops both mobile also stationary laser welding systems that consistently deliver top quality, so whether you work with metals or plastics. Smaller companies and those requiring mobility can opt for the EVO MOBILE, which features a compact, portable design. For midsized companies is ideal for making smaller and intermediate-sized molds, for example. For maximum flexibility, the HTS MOBILE is a mobile solution crafted to handle anything from small to large projects.

No matter which OR Laser system you can choose, you can count on outstanding quality. Each system presented in our catalog comes with a unique selection of specific and general-purpose functions. The compact PICCOLASER, for example, is a small, highly mobile unit that’s ideally suited for jewelers, goldsmiths, and dental technicians.

At the same time, it’s equipped with easy-to-use capabilities that are shared by many of our other meticulously engineered units: joystick control, motorized travel in X/Y/Z, high-pulse peak power, and more. For full versatility, the ROBOLASER is one of our most flexible systems. It’s a multifunctional triumph of ruggedness and precision with welding, cutting, hardening, and cladding functions.


A Closer Look at Metal Fabrication Welding Process

A Closer Look at Metal Fabrication Welding Process

Metal fabrication welding has become an industry in itself with many fabrication shops operating all across the world to provide products that are required in various important industrial sectors. Among the various projects that an efficient service provider dealing with metal fabrication provides are making loose parts, structural frames for buildings and heavy equipment, and hand railings and stairs for buildings.

The entire process of welding begins with preparing shop drawings, which is sometimes provided by the customer needing metal fabricated parts. Or sometimes the job is also entrusted on steel detailers. This is used as a reference point in the final manufacturing process. The CNC machines are programmed accordingly by the manufacturing engineer expert in the process of welding.

A fabrication provider may use many raw materials for manufacturing their products and this may range from plate metal, welding wire, castings, and various other types of fittings. The total fabrication involves many different steps like cutting and burning, forming, machining, welding, and then the final assembly.

Different fabrication shops use different methods for cutting metals to the required size, and they use a variety of tools for the purpose. Shearing is the most common method used in cutting any material as it is very effective and can get the work done in no time for all types of metal fabrication welding. The tools used in this method may range from special band saws equipped with blades, waterjet cutters, plasma and laser cutting tables etc. and many more.

Of all the steps in metal fabrication, welding is the most important especially if the metal used is steel. As soon as all the parts required for the project are machined, they are assembled and then welded properly for the final product. Proper care should be taken during welding so that no loose parts are left behind or there should be no welding of two wrong parts. Proper temperature should be maintained so that there are no unwanted errors in the final product.

Use custom fabricated metal only from experienced and certified user and ensure greater productivity whatever your area of operation!

I am a registered professional engineer & certified metal fabrication welding service inspector working from the past ten years. I am passionate about writing on prototype machining service industry and wish to share what I has learned from my experience.

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Machining Turning and Milling

You can trust our machinists to create top quality parts for your project using a variety of methods.

Reliable Machining & Milling Services in Billings, MT for Projects of All Sizes

In our machining department, we strive for top notch quality in all of our parts. Our machinists have a large array of knowledge and experience, whether it is turning parts on the lathe or machining them on the milling machine. Whether you just need holes drilled and tapped or your project is more complex, we can accommodate your needs in order to achieve the end product that you desire.

Get Quality Workmanship from Our Machine Shop in Billings, MT
Billings Machine & Welding takes pride in the quality and quick turnaround for the work that our knowledgeable staff puts out. We are pleased to help you in any manner that we can to provide whatever you may need to get your project accomplished.


Welding and Fabricating

Need a project welded or fabricated? We use a variety of techniques to complete your project.

Take Care of Your Project with Quality Welding Fabrication in Billings, MT

In our welding and fabrication department, we are able to work on a huge array of different welding processes. We can offer MIG, TIG, stick electrode, and, of course, brazing and silver solder. We weld on many different metals and are available to help you with your welding and fabrication needs. We look forward to working with you.

Get Quality Workmanship from Our Machine Shop in Billings, MT
Billings Machine & Welding takes pride in the quality and quick turnaround for the work that our knowledgeable staff puts out. We are pleased to help you in any manner that we can to provide whatever you may need to get your project accomplished.



We have a driveline technician to help you with your driveline manufacturing and rebuild needs.

High Quality Driveline Builds & Manufacturing in Billings, MT

We take pride in each driveline that we work on or manufacture. Our driveline technician is very diligent when it comes to how the driveline is manufactured. From removal of the old equipment—including u-joints, yokes, slip yokes, spline shafts, or tubes—we carry all of the replacement parts and equipment needed to get the job done right. After every build or rebuild, we then put the driveline into our balancing machine to ensure a top notch product that performs well.

Get Quality Workmanship from Our Machine Shop in Billings, MT
Billings Machine & Welding takes pride in the quality and quick turnaround for the work that our knowledgeable staff puts out. We are pleased to help you in any manner that we can to provide whatever you may need to get your project accomplished.

Metal Fabrication Welding – How to Get Unsurpassed Quality Products

Metal Fabrication Welding – How to Get Unsurpassed Quality Products

Metal fabrication welding is an integral part of the entire fabrication of metal process. It helps in providing services to an impressive array of processing technologies. Apart from welding, some of the other services the metal fabrication industry can offer are CNC punching, laser, CNC forming, rolling and hardware additions. Apart from these, for offering the best final additions, a Metal Fabrication Welding firm should also manage other facilities like painting, plating and so on.

Among the different metals and metal alloys that require fabrication welding firm for various welding forms are stainless steels, carbon steels and aluminum. The various technologies, which any quality firm brings to the table, include MIG, TIG, MMA and Brazing. Some of the metal fabrication welding projects include stands and tables for TVs/LCD TVs, stands for tabletop machinery, food packaging machine etc. The various fabrications need in hotel equipment category includes trolleys, working cabinets and shelving and various high-precision metal components etc.

Drive production efficiencies with advanced technologies is the basis of welding in fabrication process today. One of the most used techniques in this process is the arc welding method. It is nothing but the use of an electric arc created between an electrode and the base material used to melt the metals at the welding point. The current can be either direct (DC) or alternating (AC) current, and the electrodes can be consumable or non-consumable. A quality team can offer both conventional and hybrid arc systems, and is highly skilled in the entire arc welding, surfacing and cutting technologies.

Among the various industries that use fabrication welding processes are construction, consumer goods, defense, energy and transportation industries. In the construction segment, this is used to in heavy construction and repair equipment, mining and off-highway vehicles etc. In the consumer goods, you would find this used among medical manufacturers for developing smaller, lighter, safer medical devices that meet industry demand for higher product quality, reduced cost and greater production efficiencies. Again, in packaging manufacturing they are used to produce polymers, plastics, and adhesives.

Hence, metal fabrication welding is important in all manufacturing and service industry sectors.

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Metal Fabrication Welding for High End Industrial Equipment

Metal Fabrication Welding for High End Industrial Equipment

Choosing a metal fabrication welding provider that can deliver tight-tolerance machining requirements needs some amount of discretion. High-end creation of industrial equipment calls for the right resources, capabilities and experience. A firm that demonstrates all of these characteristics is definitely in a better position to meet your machining requirements.

Fabrication and welding processes are indispensable in prototype machining as well as the final products. In both these cases, it becomes imperative to get the best services at competitive market rates. Whether it is ongoing or repetitive production, getting the same quality and consistency time after time is of supreme importance. Besides, a fabrication or welding job should be good enough to last you for years at a stretch without any maintenance or performance issues. Luckily, a number of companies offering metal fabrication welding have made their presence felt on the internet. You could simply browse through their websites to learn about their capabilities and resources.

In addition, following are a few tips that will help you make an informed choice in choosing the right fabrication and welding service provider:

  • Choose a manufacturer that has a proven track record in manufacturing heavy industrial equipment by using latest and the most advanced fabrication welding techniques. The chosen company should ideally be the masters in fabrication and welding.
  • The next most important thing to check is whether your chosen firm comprises a team of skilled and experienced technicians.An experienced team will help create the most accurate designs and outputs,which in turn will help you achieve the best products.
  • Whether you are an OEM or a contract manufacturer, getting a competitive price for welding and fabrication services is important. Choose a firm that can offer you top notch services at reasonable prices. Besides, the company should respect your deadlines and deliver on-time.

There are several industries that heavily rely on metal fabrication welding and prototype machining at different stages in the product design and development process. Industries such as aerospace, tooling and fixtures, assemblies, composites, energy sector, wind, hydro, nuclear, pipelines, marine segment, repairs, fittings, research labs, laser, transportation and automobiles etc stand to benefit from welding and fabrication.

  • Why is fabrication and welding required?

Metal fabrication and welding is necessary as it lends strength, stability and durability to the working of an equipment or device. The most intricate machine designs can be achieved with these two processes. Thus, it ensures different work patterns and outputs. This process is one of the oldest techniques of creating heavy machinery and equipment and it continues to evolve with the passage of time. It plays an integral role in the design and manufacture of industrial as well as commercial products. If prototype machining and metal fabrication welding isn’t carried out professionally, the chances of a product passing quality tests are low.

I am a registered Professional Engineer & Certified Metal Fabrication Welding Inspector who has worked the last ten years. My interest is the training aspect on Prototype machining service, machine tools, conducts through seminars.

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How to Fabricate a Metal by Welding Process

How to Fabricate a Metal by Welding Process

Metal Fabrication is one of the traditional ways of creating heavy equipment and today many welding companies are providing a modern touch to this technique. Metal fabrication may be described as a value addition process that entails the construction of machines and structures from various raw materials.

There can be no doubt that metal fabrication welding imparts strength and stability for a working equipment or device. Metal Fabrication and welding for heavy industrial devices lends itself to different work patterns and outputs.

Fabrication is rather a wide term to denote building metal structures through the three different steps -cutting, bending, and assembling. The cutting part of fabrication is done by sawing/shearing/chiseling (either manual or powered); cutting is done via CNC cutters using laser, torch, or water jet). The bending is by means of hammering (manual or powered) or press brakes. The assembling is achieved mostly by welding – if not, through adhesives, riveting, threaded fasteners etc.

Structural steel and sheet metal are the standard materials for fabrication – not to speak of the welding wire, flux, and fasteners that will join the cut pieces. There are fabrication shops that undertake these jobs. The products produced by welders, which are often referred to as weldments are classic examples of fabrication. The field of welding continues to evolve with significant advancements in technology. There are highly skilled infrastructure fabrication welding operators who are adepts in basic welding and fabrication methods, blueprint reading etc.

Several welding processes are used in metal fabrication. The two most common welding processes we know for fabricating metals are TIG (Tungsten Inert Gas) welding and MIG (Metal Inert Gas) welding. The other name for TIG is GTAW (Gas Tungsten Arc Welding) and MIG also is oftentimes referred to as GMAW (Gas Metal Arc Welding).

The third is Arc Welding that is a type of welding that uses a welding power supply to create an electric arc between an electrode and the base material to melt the metals at the welding point. You can use either direct (DC) or alternating (AC) current and consumable or non-consumable electrodes.

The term ‘Metal’ in Gas Metal Arc Welding denotes the wire that is used to create the arc. It is shielded by inert gas and the feeding wire also acts as the filler rod. MIG is a semi-automatic welding process and it is quite straightforward. Versatility is the key advantage of MIG welding process. It is capable of joining several types of metals and it can be performed in different positions.

TIG welding starts with a tungsten electrode shielded by inert gas and filler rod is fed into the weld puddle separately. The gas shielding that is needed to protect the molten metal from contamination and amperage is supplied during the TIG welding operation. TIG welding, though slower than MIG process, produces a more precise weld and can be used at lower amperages for thinner metal and even exotic metals.

Even though TIG is a well known welding process, it has some limitations. It requires greater welder dexterity, it yields lower deposition rates and it is costlier for welding thick metal sections.

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The Importance of Welding in Industries

The Importance of Welding in Industries

Welding means the process of joining metals by causing coalescence due to heat. It happens by melting the workpiece with weld pool. The joint gets stronger when it cools down. It’s heats when the weld pool is used with the workpiece & produces weld in that time. In all fabrication companies welding is very essential. Since welding has been used in steel fabrication its uses has expanded in other industrial sectors like construction, mechanical and car manufacturing etc. If we look back in the past, we can see that welding had been used for many years. It has been passed through the Bronze age and the Iron age and it has branched around the world.

There are three kinds of welding, they are ARC, MIG and TIG welding. There have been many different kinds of welding which have branched as the years passed. Arc welding is done by consumable electrode by aiming to an electric arc. Parent metal & the addition of metal must be together when the electrode is stuck. Metal Inert Gas or MIG is the easiest way of welding. It is like wire but combined electrode and filler material. It is easy to use because the welding process has been made very easy. TIG welding uses a permanent non-melting electrode made of tungsten. This kind of welding process is very flexible because the metal added separately.

These three kinds of welding requires a power supplier for maintaining electric arc between electrode & base material to melt metals at the meeting point. DC or AC currents can be used for these kind of welding. In every type of welding some semi-inert gas is used o prevent combustion in the welding region.

A welder must be well trained for welding works. Sometimes many problems occur because of lack of safety precautions. Working unsafely i.e without welding glass and near combustible materials can be a dangerous. By taking preventive measures, the risks of death or health hazards can be reduced. For example, in the Arc Welding the worker must wear helmet, hand gloves & other protective things which helps the welder to work in safely the process is very essential and has been used in various industries.

Sarah Hanley is an expert in steel fabrication and works in a Steel Fabrication Dubai. He has consulted many clients on issues of construction, steel fabrication and mechanical engineering.

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Metal Fabrication Welding in the Energy Sector

Metal Fabrication Welding in the Energy Sector

Metal fabrication welding is an essential part of the entire metal fabrication process. It is of great significance in almost all the important industry sectors in today’s civilization. Among all the diverse industry sectors, the energy sector uses these services quite extensively. In fact, recently many innovative processes have been developed to get optimal results for companies involved in this sector that include oil and gas exploration, production and refinement and chemical processing.

Both traditional and advanced energy suppliers rely on fabrication welding expertise in materials joining and proven energy industry experience. This industry uses a variety of services to help them to design for manufacturability, improve reliability, and realize cost savings through product and process optimization. Yes, quality metal fabrication welding involves optimizing fabrication, operation, maintenance and repair of complex refinery equipment as well.

Apart from the refining industry, other energy sectors that use the fabrication welding services are battery and fuel cell manufacturers, as well as other advanced energy providers. This helps in proper designing for manufacturability, transitioning to high-volume manufacturing and getting products to market at a faster rate. Talking of energy, let us look at its usefulness in the assembling of lithium-ion batteries, which is finding increasing application due to their high voltage, high power density, and low weight compared to other battery varieties.

Fabrication and welding can be used increasingly in accomplishing a very hard task namely tabbing dissimilar materials in assembling Lithium-ion cell. Well in this method, ultrasonic welding method is used to join thin aluminum, copper or nickel tabs, often in multiple-layers and to thicker (and often dissimilar) interconnects. This indeed bears great results. Moreover, this is economical as it requires no flux, can also be used with coated materials, produces low-resistance joints and produces the minimal amount of heat.

Well, so where can you avail the services of the best metal fabrication welding expert. The answer is simple the internet. Indeed the online source offers you many options for all your fabrication needs. This is one platform where you can get access to many different firms that suit your specific fabrication needs. So, just log online and fulfill all your metal fabrication needs from just the comforts of your home and at the most cost effective prices.

I am a registered professional engineer & certified metal fabrication welding process inspector working from the past ten years. I am passionate about writing on industry and wish to share what I has learned from my experience.

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