ABB RobotStudio Picking PowerPac simplifies the design and programming of complex robotic pick-and-pack systems by identifying potential risks and optimizing cell designs with accurate 3D simulations.
April 29, 2014
by Canadian Packaging Staff
AUBURN HILLS, Mich.—ABB Robotics introduces its Robot Studio Picking PowerPac software, which combines two prominent ABB software technologies—RobotStudio and PickMaster 3—into a single bundle, greatly simplifying both the design and programming of complex robotic picking-and-packing systems.
The RobotStudio Picking PowerPac boosts the performance of picking lines, allowing systems to be optimized in the 3D virtual world before being built in the real world, with the risks in designing picking lines—such as the variations in the product inflow—thoroughly tested and refined before costly mistakes are made on the production line.
The software allows for the improvement of existing lines configured using PickMaster 3 by recording current product flow with cameras and then feeding them into the Picking PowerPac for validation and optimization.
“As a company we put a lot of effort into creating solutions that are truly innovative and address real needs among our customers,” says ABB product manager Klas Bengtsson. “With the Picking PowerPac, we have combined the precision, power and reliability found in all ABB Robotics software with the ease-of-use and simulation capabilities of RobotStudio.”
The Picking PowerPac software bundle allows users:
Once the cell configuration is complete, the new software provides a fully functional picking cell simulation with accurate robot performance information. The complete RobotStudio model is then ready to be transferred directly to the robot controller for cell operation.
“The Picking PowerPac allows systems integrators and end users alike the ability to easily design and develop picking simulations that will eventually run in the real world. All of the system adjustments in PickMaster 3 are available in this add-in, to accurately optimize single and multiple robot picking simulations,” adds ABB packaging products and applications manager Rick Tallian.
The new software will be especially effective in programming the high speed picking and packing IRB 360 FlexPicker robot, the most widely-used Delta robot in the industry.
The IRB 360 family now includes variants with payloads of one kilogram, three kg, six kg and eight kg and reaches of 800 mm, 1130 mm and 1600 mm.
For more information, visit www.abb.com/robotics.