The best welding processes: Application and areas of use at a glance
Whether filigree electronic housings, robust machine frames or hygienically demanding medical technology: BVS Blechtechnik relies on state-of-the-art welding processes and guarantees consistently high quality – from individual items to series production.
- Wide range of welding processes (TIG, MIG/MAG, laser, spot and stud welding) for every requirement
- Automated welding processes for maximum efficiency and repeat accuracy
- Processing a wide variety of materials such as aluminum, steel, stainless steel or special materials
- Fully documented quality and industry-specific tests
BVS Blechtechnik is your professional partner for industrial welding – precise, reliable and optimally tailored to your requirements.
Reliable welded joints – flexible, safe and process-accurate
Welding is one of the most important processes in modern metalworking. It enables different materials to be joined together permanently and reliably – from thin aluminum sheets to robust steel alloys. Various welding processes are used in industry, each of which has its own specific advantages depending on the material, design and quantity.
As an approved specialist welding company, BVS Blechtechnik offers a wide range of processes that meet the highest quality standards. Whether manual processing in our welding booths or automated welding cells with robots – every project benefits from precise processes, state-of-the-art technology and many years of expertise.
The areas of application for our welding solutions are diverse: they range from electrical engineering and medical technology to renewable energies, aviation, measurement technology and telecommunications. Thanks to state-of-the-art systems – including automated welding cells, CNC stud welding systems and laser welding systems – both prototypes and series production can be implemented economically, precisely and reliably.
Fusion welding – precise connections for the highest demands
Fusion welding processes are among the most important methods in industrial production. The materials are joined together by targeted melting – without the need for additional pressure. Common methods include MIG, MAG, TIG and laser welding. BVS also uses techniques such as spot welding and stud welding to cover a wide range of applications.
The result is a comprehensive portfolio from which the right solution can be selected depending on the project requirements – whether for filigree precision, fast large-scale production or particularly resilient connections.
Selecting the right welding process
The decision for the right procedure depends on various factors:
- Customer requirements (appearance, strength, budget, deadline)
- Material and material thickness (e.g. stainless steel, aluminum, steel)
- Project type and quantity (individual items, small series or large series)
BVS advises customers individually: our skilled workers and engineers work with you to determine which process offers the greatest added value for your project. Thanks to our large pool of welding techniques, we are able to react flexibly to different framework conditions (e.g. deadline pressure).
Advantages and challenges at a glance
- Laser welding
- Advantages: maximum precision, minimal distortion, very fast processing
- Challenge: not all materials are equally suitable → BVS advises on the choice of material and optimizes the seam tracking with modern technology (e.g. TruLaser Weld 5000).
- MIG/MAG welding
- Advantages: high productivity, flexible use for many materials
- Challenge: quality can fluctuate with thick materials or large volumes → BVS compensates for this with automated welding cells with robots that ensure consistent quality.
- TIG welding
- Advantages: very clean, visually high-quality seams, especially with thin materials
- Challenge: relatively time-consuming → BVS uses the process specifically for projects where quality comes before speed.
- Spot welding
- Advantages: fast, cost-effective, ideal for sheet metal
- Challenge: limited access to hard-to-reach areas → BVS uses special electrode molds and robots to precisely process even complex components.
- Stud welding
- Advantages: reliable fastening of bolts and pins, minimal reworking required
- Challenge: requires clean surface preparation → BVS ensures this through standardized processes.
Application and areas of use
The choice of the right welding process always depends on several factors: the material used, the design of the component and the planned quantity. BVS’s strengths are particularly evident when it comes to complex geometries, changing materials or small batch sizes. Thanks to the broad pool of welding processes – from laser welding, MIG/MAG and TIG processes to spot welding or stud welding – an optimum solution can be found for every project.
Flexibility in materials and series sizes
Whether filigree stainless steel components in small series or robust steel housings in large quantities: BVS has the expertise and technical equipment to implement the requirements precisely. Different materials and material thicknesses are welded using the appropriate process – always taking into account customer requirements, budget specifications and the required delivery times.
The role of automation
Automation is a key element: modern welding cells with robots (e.g. TruArc Weld 1000) or laser welding systems (TruLaser Weld 5000 and Amada FLW-LE) enable maximum efficiency and consistently high quality – even for complex projects. The combination of automated processes and manual welding expertise ensures that BVS can manufacture both large series and custom-made products economically and precisely.
Industry diversity
BVS welding processes are used in numerous key industries:
- Automotive industry – for body parts, structural components or add-on parts
- Aerospace – for high-precision, resilient connections
- Medical technology – for clean, fine seams on sensitive materials
- Chemical and electrical engineering – for safe and durable components in demanding environments
Quality through the right choice
Every process has its strengths and limitations. It is crucial to choose the right technology for the respective component. Thanks to many years of experience and state-of-the-art system technology, BVS is able to create a combination of efficiency, precision and cost-effectiveness for every requirement.
Safety precautions during welding
Welding is one of the key technologies in sheet metal processing – at the same time, it is a work process in which the highest safety standards must be observed. Protective clothing, welding helmets with suitable filters, gloves and special work clothing are essential to prevent injuries caused by flying sparks, UV radiation or heat.
Equally important is a safely designed workplace: flammable materials are consistently removed and all workstations and machines are equipped with state-of-the-art extraction systems to minimize smoke and gas development. In addition, BVS Blechtechnik uses standardized safety measures that reliably prevent accidents and ensure safe execution.
In this way, BVS combines precision in production with maximum occupational safety – to protect employees, components and processes.
Safety precautions during welding
Welding technology is constantly evolving – new processes, materials and digital solutions are expanding the possibilities and increasing precision. Laser beam welding or hybrid welding processes already offer maximum precision with efficient use of materials. In combination with automation, robotics and digital process monitoring, quality, speed and reproducibility can be increased even further.
Topics such as sustainability and resource efficiency are also becoming increasingly important: energy-saving processes, minimal use of materials and an optimized process chain are key future trends.
An illustrative example is provided by a project in Böblingen: There, the production of a microwave laboratory device was switched from manual welding to automated laser welding. The new method reduced distortion, increased the accuracy of fit during installation and at the same time ensured a tight weld seam. It is precisely this combination of technological progress and practical implementation that makes the difference – and underlines the role of modern processes for demanding applications.
For BVS Blechtechnik, this means that investment in modern systems, continuous employee training and the integration of digital systems will continue to ensure stable, precise and economical welding solutions for our customers in the future – regardless of the industry, component geometry or quantity.
Industrial welding therefore not only remains a key technology in metal processing, but is also developing into an innovation driver for entire industries.
Thanks to the variety of welding processes, BVS can process a wide range of workpieces and metals – from aluminum and stainless steel to special alloys – precisely and reliably.
FAQ on the subject of welding processes at BVS Blechtechnik
Which welding processes does BVS offer?
BVS relies on a wide range of processes: TIG, MIG/MAG, spot and stud welding as well as high-precision laser welding. This enables us to offer the right solution depending on the material and requirements.
What are the advantages of laser welding?
Laser welding enables extremely precise, tight and low-distortion weld seams. It is particularly suitable for complex geometries, sensitive materials and applications with high quality requirements, e.g. in medical technology.
When is automated welding worthwhile?
Automated welding cells with robots ensure consistent quality, fast cycle times and high efficiency in series production. Significant efficiency benefits can also be achieved with medium quantities.
How does BVS ensure welding quality?
Quality is guaranteed by certified processes, test plans and trained specialists. In addition, we advise customers individually to find the best process for the material, budget and project objective.
