Industrial Guides

Flux-cored welding wires are a versatile tool for fabricators. However, there are some basic characteristics a welder should know before choosing one. This article addresses some of the important characteristics of flux-cored welding wires.

Welding positioners help to facilitate higher productivity, improve ergonomics and increase consistent, higher quality welds. Read more for an exploration of some of the additional benefits of welding positioners.

CNC cutting machines are among the most vital—and costly—pieces of equipment on the plant floor and therefore must maintain their performance for many years. Here are some tips for optimizing productivity with your CNC cutting machine.

Robotic welding can allow for faster and more efficient production of products, leading to significant savings in both time and money. If your operation is considering making an investment in robotic welding, here are some advantages to consider.

If you’re new to plasma cutting, or just want to upgrade your machine, here are five considerations for helping you make an informed decision on buying a new plasma cutter.

Selecting the right welding helmet will not only keep a welder safe and comfortable on the shop floor but also improve productivity and the quality of your welds. Here are some factors to consider when choosing a welding helmet.

Linde offers several different cutting wheels options, each with its unique characteristics that allow it to perform well in different situations. To help get you started, let’s take a look at some introductory information about cutting wheels before selecting one for your job.

Wondering if orbital welding is the right process for your unique application? Orbital TIG welding systems from Linde can save you time and money while producing top-quality welds on tubing and pipe.

Both oxy-fuel cutting and plasma cutting have their own set of advantages and limitations. Choosing whether to go plasma or oxy-fuel for your steel cutting job depends on a number of factors, including the type of alloy, its thickness and any specific requirements for tolerance and cut quality.

Extend the life of your MIG gun consumables and positively affect the efficiency and profit of your welding operation with these 6 basic tips.

While there are many facets to implementing and operating a successful robotic welding operation, following these six tips and practices can go a long way toward protecting and improving final product quality and productivity.

How do you know you are using the best MIG shielding gas for your job? Choosing the right gas can improve your shop’s productivity, improve weld quality and increase your bottom line.

Fabrication material savings rarely produce significant profits when compared to the productivity improvements obtained on the shop floor. If a sales presentation is based on cost to purchase rather than effectiveness, then the buyer might be unknowingly adding to his fabrication expenses. This decision can also be complicated due to a strong brand name, loyalty to a brand or a convincing salesman.

Freezing weather conditions are known to negatively impact welding equipment if some precautions aren’t taken. Here are a few things you can do to your engine driven welder to improve the likelihood of success when welding in cold weather.

Whether you're working for a large manufacturing company, a small independent fabricator or in your home garage, welding poses hazards that can be harmful to you and those around you. Here are a few safety tips to get you started.

Investing in your first MIG welder can be an overwhelming process. Here are six considerations to take into account when making your purchasing decision.

Whether you use your plasma cutter for DIY projects, arts or heavy-fabrication, here are six tips for helping you to improve your plasma cutting efficiency and quality.