Fabricators and job shops are adopting Productive Robotics' budget-friendly 7-axis, augmented intelligent OB7 collaborative "teach-by-touch" robots to automate repetitive tasks, reduce setup time and perform a variety of machine operations. At Automate 2022, Productive Robotics will introduce a new, automated vision system for its cobot line.
Fabricators and job shops are adopting Productive Robotics' budget-friendly 7-axis, augmented intelligent OB7 collaborative robots to automate repetitive tasks, reduce setup time and perform a variety of machine operations. Designed and produced in the U.S., Productive Robotics' proprietary, "no programming" user interface allows operators to teach OB7 by simply showing it each step of a job. At Automate 2022, Productive Robotics will introduce a new, automated vision system for its cobot line. Visitors are invited to Booth #626 to see the technology demonstrated and to experience first-hand how easy it is to train the sighted cobot to perform a task.
"Our goal has always been to simplify the use of cobots on the shop floor by eliminating the need for software and programming," says Zac Bogart, president of Productive Robotics. "Now we've made OB7 even easier to use by giving it sight. With this evolutionary step, OB7's ability to adapt to its work environment is significantly enhanced. Operators simply show OB7 what to pick up, push one button, and OB Vision learns to recognize the object and pick it up in one automated step."
The sighted cobots eliminate the need for fixtures and staging parts for pickup; two of the largest bottlenecks when it comes to implementing collaborative robots. With a sighted OB7, manufacturers can deploy cobots faster and produce more complex parts while reducing costs. It can perform vision-based bin picking and provide sensitive gripping for handling delicate parts.
Booth demonstrations will include 3D bin picking, CNC mill and lathe tending, palletizing and de-palletizing and deburring. The sighted OB7 will also perform visual parts identification, delicate part handling and adhesive dispensing and gluing. "We wanted to get the mind of the operator into the mind of OB7," Bogart says. "With a tablet, a technician or operator will be able to see what OB7 sees as it automatically identifies parts that it can touch, handle and pickup."
Each of the OB7's joints can rotate 360 degrees in both directions. The cobot can sense collisions at every joint, a function that triggers a safe stop. The OB7 can also be stopped with an operator's hand and restarted with a tap on one of its joints. When running at collaborative speeds, guarding is not required. For high speed operations, a laser safety scanner is available.
To automate OB7, fabricators can add a Productive Robotics parallel electric gripper/end effector, patented robot rolling stand and work table. The cobot is also compatible with other grippers, cameras and accessories. Data collection is supported by Productive Robotics' cloud analytics system making it easy for small to medium-sized job shops to implement real-time reporting on cobot activity. Installation of the OB7 can take approximately two hours. Productive Robotics will exhibit OB7, OB7 Stretch, MAX 8 and MAX 12 models with a reach of 1 meter to 1.7 meters and a payload capacity of 4 to 12 kilograms..
Productive Robotics Inc. designs and manufactures industrial collaborative robots and accessories for a wide range of markets. Productive Robotics' augmented intelligent machines—the OB7, OB7 Stretch model, MAX 8 and MAX 12—are the only cobots on the market designed and built in the U.S. A proprietary, "no programming" user interface allows fabricators and job shops to teach the cobot by simply showing it each step of a task or job. The plug-and-play machines are engineered to work with new or legacy equipment and have the flexibility to perform both simple and complex activities. Productive Robotics' cloud analytics system streamlines connectivity requirements for nimble data collection and reporting. Installation for the kitted OB7 cobots is simple and quick,can be performed in a day or less whether an application calls for repetitive part work, tending a CNC machine or manning a lights out operation.