BLUE OCEAN ROBOTICS ANNOUNCES 3D BIN PICKING PLATFORM

A standard solution based on collaborative robot and proven 3D vision technology

Cincinnati, OH - November 11, 2015 - Blue Ocean Robotics, a leading provider of emerging robots and automation solutions announced the release of a standard solution for 3D bin picking of small industrial parts.


The Mini-Picker bin picking solution is available with the Universal Robots UR5 collaborative robot. A robot that leads the industry in ROI and ease of deployment and re-deployment as production needs change. The system is well-suited for machine loading of small parts. Automating the loading and unloading of machines results in increased production rates and increased machine utilization (or OEE). The system will be available with additional robot brands to cover a wider range of parts soon.

"We are pleased to announce the release of the Mini-Picker solution. The core technology is based on work from world leading bin-picking company Scape Technologies with over 25 systems running in production, many of them in the automotive industry." says Tim DeRosett, co-founder and CEO of Blue Ocean Robotics, LLC. "This system greatly reduces the complexity and cost of deploying robots for industrial bin-picking applications."

About Blue Ocean Robotics ApS
Founded in 2013, Blue Ocean Robotics ApS, is a leading provider of emerging robotic solutions and services to improve quality-of-life, working environments and productivity - for humans.
www.blue-ocean-robotics.com

Featured Product

New incremental encoder IERF3 L from FAULHABER

New incremental encoder IERF3 L from FAULHABER

FAULHABER is expanding its product range with the ultra-precise incremental encoder IERF3 L. Thanks to the optical measuring principle and state-of-the-art chip technology, the device offers the highest resolution, excellent repeatability, and outstanding signal quality. In typical applications, the positioning accuracy is 0.1° and the repeatability 0.007°. This makes the encoder the perfect solution for high-precision positioning applications in confined spaces.