Most lightweight welding torches are designed to last. Problem is, a lot of welders and welding professionals don’t believe it. There are ‘problems’ with lightweight torches – they can have a bad rap, or are misunderstood. Light doesn’t mean weak. In fact, a lot of times it’s just the opposite.
The Central Hessian District Association of the German Association for Welding and Allied Processes e. V. (DVS) organized a day for welding technology with the support of ABICOR BINZEL, who hosted the event at their global headquarters in Alten-Buseck. Germany. The guests, 15 vocational students from the field of metal construction and construction mechanics and 4 vocational school teachers from the Werner-von-Siemens School in Wetzlar enjoyed an exciting day dedicated to welding on November 29th 2017.
Usually when I'm meeting with a Foreman or Production Manager and get a chance to talk first hand to his or her welders, one of the most common topics that come up is their contact tips. The problem: they have to change them too much. This kills productivity for the shop, takes a big bite out of cost, and generally just creates a less efficient atmosphere for the welder to work in.
So why are your contact tips not lasting? And what are the problems that cause the contact tips to fail? How do you prevent them? I'm going to go through below the 3 most common contact tip problems I run across on a day to day basis, and how typically you can overcome those problems.
When it comes to robotic mig welding you often have to ask the question about whether you should go air-cooled or water-cooled. It's always good to have the right tool in the right place for both optimal performance and cost. Basically, looking at water-cooled versus air cooled, there are obvious cases where you would choose one over the other.
When choosing a through-arm torch or an over-arm torch, one should know the advantages, disadvantages, and the compatibility of each. And you might be surprised about which orientation is best for you, and what mount might be best for you depending on your process.
ABICOR BINZEL is excited to announce the launch of three new ABIMIG torch models to our manual MIG welding line. Our new ABIMIG AT and ABIMIG A combine the ergonomic and comfortable grip of the existing WT in an air-cooled model.
I've been in the welding industry for something going on 40 years. I've seen a lot, and to this day I still see a lot of welding operations out there that put some crazy contraptions on their welding fixtures to get their welds done. Some of them make sense for the applications, but a lot of times they're doing it to their own detriment.
When deciding on a new welding torch, value is everything. Value means you are getting the best performance, the easiest maintenance, and most comfortable usage for your competitive purchasing dollars. And when considering what value is when you’re looking at all the MIG gun options out there to try, superior design will deliver that value time and again. And if that design comes from the very same kind people who will end up using the final product, then you know you have a welding gun that was designed with the welder in mind.
If you weld with an ABICOR BINZEL air-cooled MIG gun, like the MB series, you're likely welding with the ultra-lightweight and durable BIKOX® cable. Like all cables, they can become damaged from wear and tear in and around the production plant, and might need a little tender loving care to get them back to working in the optimal manner.
Let’s begin by understanding duty cycle. We all know what it is, but just for a quick refresh: Duty cycle is a rating measurement of 10 minute increments using CO2 gas. So, if we take a 350 amp gun as an example – that means at it’s maximum it can weld 10 minutes at 350 amps with a constant current using CO2 gas.