Tag Archives: Welding Works

A SOLUTION FOR TWO ROBOTIC MATERIAL REMOVAL OPERATIONS DESIGNED BY CARNEGIE MELLON ROBOTICS INSTITUTE ENGINEERS

Gate grinding, filing, polishing and other material removal operations rely substantially on physical labour and require skill and experience to perform correctly. These tasks seem difficult to automate due to their complexity and subtlety, according to a paper from ATI Industrial Automation. Removing material from curved, rounded or irregular surfaces presents several process difficulties that

Read More

APPLICATION OF MACHINE TENDING WITH KAWASAKI ROBOTS

Battery Builders (BBI), an industrial lead-acid battery manufacturer based in Naperville, Illinois, made the decision to modernise its building, and it seemed natural to include its six-station COS (Cast-On-Strap) equipment in those upgrades. It installed a Kawasaki high payload robot with a robotic cell consisting of six process stations working with robotic integrator MAC Engineering.

Read More

JUST LIKE A REAL ARTIST, A SCULPTING ROBOT CREATES IMAGES ON PUMPKINS.

By developing a robot barber that cuts your hair, inventor Shane Wighton, of YouTube channel Stuff Made Here, has already achieved internet fame. He did nothing more than wait for the robot to do the job, praying that it wouldn’t “form” its face in the process, with its head sticking out of a hole in

Read More

FACTORS IN THE APPLICATION OF ROBOT MATERIAL HANDLING WITH YASKAWA MOTOMAN ROBOTS

Between 2021 and 2026, the automated material handling equipment market is forecast to grow at a steady 12.0% CAGR. Manufacturers are using cheaper, more adaptable and agile robots to meet demanding requirements and remain competitive in the face of the global pandemic and beyond. This is especially true for applications involving material handling, such as

Read More

MACHINING WITH INDUSTRIAL ROBOTS GENERATES HIGHER PRODUCTION SPEED

Metallic and non-metallic materials are being moulded by robots more frequently, with the latter being processed according to hardness, geometric complexity, physical tolerance and desired surface polish. Industrial robots now have better mechanical capabilities and can produce goods at higher speeds thanks to recent technological advances. Worldwide, the use of robotics in production is steadily

Read More

ROBOT PROGRAMMING

The vast majority of jobs still require manual programming, although new offline robot programming tools are evolving and becoming more widely used. The industry standard for CNC machine programming is to employ robust, easy-to-use offline software. As a result, overall manufacturing costs have been reduced, accuracy has improved, machine downtime has been reduced, more complex

Read More

ROBOTIC BLACKSMITHING

The production of high-quality structural elements can undergo a revolution thanks to “robotic blacksmithing“. Metamorphic production combines the precision and control of machines and robotic systems with the gradual deformation of a blacksmith. A group of undergraduate students at Ohio State University demonstrated the fundamental idea of robotic blacksmithing, formally known as metamorphic manufacturing, in

Read More

ROBOTS FOR HIGH VOLUME MANUFACTURING ENVIRONMENTS

An industrial pick-and-place robot is used to handle and place products on a production line. They are typically used in high-volume manufacturing environments where they can quickly and accurately load products onto conveyor belts or other production tools. This may involve actions such as removing products from one machine and placing them on the conveyor

Read More

THE SEVENTH AXIS IN THE INDUSTRIAL ROBOT

Having the potential to increase profits for producers around the world, the “Seventh Axis” is a phenomenon in the field of robotic automation. Robotics is seeing an increase in the use of “linear tracks”. A linear transfer system known as a seventh axis is used to move robots along another linear (or seventh) axis. These

Read More

FRICTION STIR WELDING WITH KUKA SYSTEMS

A solid-state joining technique called friction stir welding creates full contact joints with exceptional integrity. There is no need for external filler materials, flux or shielding gases for friction stir welding. All in-process control and quality control is automated, the process is fully repeatable and machine controlled. How does it work? When two workpieces rotate

Read More