ABIBLOG USA: ABICOR BINZEL's Welding Blog

Wire feeding in laser metal joining applications is all about precise wire positioning relative to a laser beam and accuracy in wire feeding speed. Wire feeding system layout and configuration are key parts in ensuring a successful application that makes the communication between user, integrator, and equipment manufacturers, at early project stages, highly important for a laser metal joining cell performance.

When it comes to weld inspection, this portion of your weld process is among the most crucial. With a majority of facilities using visual weld inspection methods to pass welds as good or bad, you encounter a major inconsistency issue and run the risk of missing bad welds.

Aluminum welding has become one of the most popular forms of welding in the industry today, with a special interest being in the automotive sector. Understanding how to successfully weld aluminum becomes the tricky part, as it is not the easiest material to work with. The process as a whole has its challenges, from preparation and correct welding techniques to specific equipment that should be used to help your operation run smoothly.

For this reason, aluminum requires specific consumables to ensure your welding jobs are completed with minimal issues and ease. In this blog, we will break down the necessary consumables needed to properly weld aluminum.

Those experienced in push-pull welding understand the challenges that can arise when using this type of equipment. When it comes to ensuring consistent and problem-free wire feeding, you can frequently experience issues or limitations - some being tied specifically to your push-pull welding gun.

As aluminum welding remains a rising force in the industry, continuing to test and understand the problems that come along with it is essential. With all the advantages that aluminum brings, there are also some aspects of this material that makes it tricky to weld with. For starters, aluminum is very soft, leading to many of the issues we will discuss.

There is no question that aluminum has special characteristics that require it be welded different than other metals. Aluminum is a very soft metal, with a high melting point that requires high voltages. Distorting aluminum is easy and can happen pretty quickly, as the wire will start oxidizing almost immediately, leading to a host of issues. Spool guns were designed to help feed difficult wire in an effort to avoid messy welding by placing the feeder right on the gun. Reliable wire feeding is among the most important parts of welding.

ABICOR BINZEL North America is excited to announce the launch of their latest solution; the FreedomDrive™ push-pull system!   

Robotic MIG welding requires a choice between which type of welding torch to use in your operation. The option between water-cooled and air-cooled torches requires weighing the pros and cons because making your decision. Each torch has its benefits and downfalls that can alter the productivity of your operation.

When considering the needs of your robotic welding set up, there are far more components to worry about than just the torch. Cables are an often-overlooked part of your setup, but can make a world of difference in efficiency and productivity.

Your cable decision stems from a full understanding of your robotic welding process. In this blog, we will break down the necessary steps you should take as you consider different robotic MIG torch cables.

When it comes to your robotic welding torch, the swanneck (sometimes known as the gooseneck or torch neck) is one of your most critical parts. What is a swanneck? It is the front end or “working end” of a robotic welding torch, where the contact tip and gas nozzle are mounted to deliver the electrical current, filler wire, and shielding gas into the weld joint.