When you install a single tool on a robot’s wrist, you limit your ‘bot to just one function. Multiple tools allow robots to do more. Automatic tool changers are the enabling technology. To show you how I’m showcasing one of John Martin‘s latest projects, this is a double robot bolting system with many unique challenges.
This video shows off a heavy-duty material handling job using two large KUKA robots (600kg and 300kg capacity).
The jobs at ARC Specialties keep getting bigger and so do the robots.
At ARC Specialties we have always welcomed school tours. What was unique about this one is that Johnny Tyler has taken on the responsibility of organizing and hosting these events.
Robots can’t weld/paint/cut/or grip a part that they can’t reach. An envelope study or reach study is one of the most basic steps in the design of a system. Yet even today with advanced tools like Robotmaster offline programming software we still see systems fail when envelope limitations are not considered.
ARC Specialties hosts our First Friday Lunch the first Friday of the month, and if you are in town with extend an invitation to drop by and visit. This month’s event was lead with a presentation from one our programmers, Zachary Freeman, on our 7-axis GTA hot wire cladding system, ARC-5 Infinity.
All of the indicators that I watch are pointing towards a strong year-end and a great 2022. Our backlog is up 5X, we are hiring, and as you can see from the photos below, the ARC Specialties First Friday Lunch is BACK in a big way. Today we had 15 guests from all over the industry, spirits were high, and the conversation was positive.
THANKS to the American Welding Society and the Welding Foundation there are over $2 million in scholarships available for students in welding-related programs.
Yesterday we had the honor of hosting Bob Roth the President of the American Welding Society (AWS) and past President JOHN BRAY on a tour of ARC Specialties. It is volunteers like Bob & John that make the American Welding Society work.
It amazes me how many robotic welding applications are still done without sensors and software to adapt to part variations. Without adaptive control, you need precise part shape and placement, plus a precise tool center point (TCP) or you produce bad welds.
