Josh Leath
Articles by Josh Leath
Key Drivers for Selecting a Welding Work Cell
Top considerations shops should weigh when automating weld processing. When it comes to work cells, more players in the industry are offering mobile carts, AI path programming and more.
Joining Forces: Tech Trends Shaping Robotic Welding
Adopt technologies that handle market pressures and empower workers to ensure your long-term success.
Improving the Approachability of Automation
Automation is more accessible than ever to manage labor shortages, process inconsistencies and more.
Flexible Fixturing for Cobot Welding
Using intuitive platforms during the fixture design and implementation stages will go far in accelerating production.
Mitigating Hazards with Robots
Embrace robots to enhance worker safety and increase worker satisfaction in order to achieve greater overall productivity, boosting return on investment.
The Cobot Difference: The Benefits for Small Shop Adoption
Cobots are helping job shops thrive. Thanks to advances in technologies, cobots help where welding workspace is tight and/or capacity needs a boost.
Maximize Your Investment in a Welding Cobot
A collaborative robot (cobot) welds more efficiently, more consistently, and has a longer reach than its human counterparts. Here’s what to consider as you shop for a model that will boost your operation’s throughput and quality.
The Smarter Way to Tube Weld
Robotic welding is no longer just for low-mix, high-volume production. Robot manufacturers are using artificial intelligence (AI) and machine learning to develop “smart” systems that quickly and easily handle both programming and welding.
Think of Weld Traceability As Your Company’s Unofficial Insurance Policy
Robotic welding cells with arc-monitoring and -reporting capability provide peace of mind in two ways. They ensure consistent production and automatically collect and store data a fabrication company can easily share with customers that impose traceability requirements.
Will the Real Collaborative Robot (aka Cobot) Please Stand Up?
A robotic system is ‘collaborative’ only if all elements – robot, tooling, workpiece, and work area – meet international safety standards. Depending on application, you may be able to turn a standard industrial robot into a cobot and comply.
How Robots Smooth Demand in a Fluctuating Market
Whether a shop is looking to add robots for the first time or an established manufacturer wants to implement extra technology for handling production pitfalls, the use of robotics to catapult momentum, boost production and accelerate ROI can provide a wealth of options for smoothing demand in a fluctuating market.
The Jig is Up: Flexible Part Positioning
Whether welding or handling, the flexibility of a six-axis robot arm is tough to beat. A single workcell with multiple robots can complete several processes with great reliability for the consistency needed to maintain 24/7 operations in an industrial climate that lacks skilled workers.
Making Robots “Tick” for Your Operations
One robot on its own can make a difference in production efficiency. But many shops are realizing how – although what makes one robot “tick” will most likely vary from another – the use of multiple robots in conjunction with each other and/or peripheral technologies can further improve efficiency and accelerate payback.
Building a Robotic Workcell Champion
How do the most productive and efficient shops achieve faster ROI and rationalize more cell purchases? Many have a trained champion who garners support from other team members to meet deadlines and becomes accountable for the new or existing robotic workcell.
How to Choose the Right Positioner for Your Robotic Welding Application
Excellence in welding automation relies heavily upon the capabilities of the positioner being used for the application. Selecting the right positioner technology requires a clear understanding of the positioner options and features that are available to gain the flexibility you need to improve weld quality and decrease cycle times.
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