PI's New Sophisticated Hexapod Motion Controller

The new smaller and more powerful C-887.52 hexapod controller, just released by PI, makes hexapod 6-D positioning easy.

The Amazon Robotics Challenge. And, the winner is...

Of 25 teams from around the world, the winner of the Amazon Robotic Bin-Picking Challenge is the Technische Universität Berlin using Barrett's WAM robotic arm.

Amazon Picking Challenge aimed at improving warehouse robotics

By David Szondy for Gizmag:  One of the biggest events at the recent 2015 IEEE International Conference on Robotics and Automation (ICRA) in Seattle was the first Amazon Picking Challenge, in which 31 teams from around the world competed for US$26,000 in prizes. The challenge set entrants with the real-world task of building a robot that can do the same job as an Amazon stock picker.According to Amazon Chief Technology Officer Peter Wurman, who initiated the challenge, the task of picking items off the shelf may seem simple, but it involves all domains of robotics. The robot has to capable of object and pose recognition. It must be able to plan its grasps, adjust manipulations, plan how to move, and be able to execute tasks while noticing and correcting any errors. This might suggest that the robots would need to be of a new, specialized design, but for the Picking Challenge, Amazon made no such requirement. According to one participant we talked to, the more important factors were sensors and computer modelling, so ICRA 2015 saw all sorts of robots competing, such as the general purpose Baxter and PR2, industrial arms of various sizes, and even special-built frames that move up, down, left or right to position the arm. Even the manipulators used by the various teams ranged from hooks, to hand-like graspers, and vacuum pickups.   Continue reading for competition results:

DJI and Accel Launch SkyFund to Seed Innovation Across the UAV Ecosystem

SkyFund aims to accelerate entrepreneurship throughout the aerial economy

Schunk - High-speed picker with safety functionality

Compared with electrically operated small component grippers that are available on the market the SCHUNK EGP features high speed with simultaneous high gripping force, which can be adjusted in two or four steps, depending on the model.

Advanced Motion Controls Expands their EtherCAT Product Offering

ADVANCED Motion Controls provides products for the fastest, most flexible form of industrial Ethernet control - EtherCAT.

Perception Neuron Wraps Up Silicon Valley Tour After Attending Maker Faire and SVVR 2015

The world's first fully adaptive and affordable motion capture system made a guest appearance at Maker Faire Bay Area, and offered virtual reality demos and joined industry luminaries in a panel about the future of Virtual Reality input devices during SVVR in San Jose

PIL Launches New P53 Steel Head Ultrasonic Sensor for Use in Harsh Environments

Hoffmann-Krippner partners with PIL for distribution in the US and Canada

Patrick Henry Student to Attend DARPA Robotics Challenge

Jared Voight to cover event on behalf of Polaris

EPSON Announces New CV2 Vision Systems

Epson CV2 Vision Systems - Increased Performance with Faster Processing, More Cameras, Higher Resolution Support and much more

New, Low Cost Right Angled DC Gearmotor now available from MMP!

Midwest Motion Products Inc., with Manufacturing and Office Facilities now based in Howard Lake, Minnesota, is pleased to announce the release of the new "TM57-GRA52" Right Angled Gearmotor System. This new 1:1 Right Angled Gearbox allows for significantly increased versatility, and design whose geometry allows for the unit to be mounted in tight spaces.

Advanced Motion Controls Expands their EtherCAT Product Offering

ADVANCED Motion Controls announce the release of a full family of high performance EtherCAT Servo Drives. Models are available with AC (single or three phase) or DC inputs, from 7.5amp continuous (15A pk) to 50amp continuous (100A pk).

CLEARPATH ROBOTICS ANNOUNCES MOBILITY SOLUTION FOR RETHINK ROBOTICS' BAXTER ROBOT

Clearpath Robotics announced the newest member of its robot fleet: an omnidirectional development platform called Ridgeback. The mobile robot is designed to carry heavy payloads and easily integrate with a variety of manipulators and sensors. Ridgeback was unveiled as a mobile base for Rethink Robotics' Baxter research platform at ICRA 2015 in Seattle, Washington.  "Many of our customers have approached us looking for a way to use Baxter for mobile manipulation research - these customers inspired the concept of Ridgeback. The platform is designed so that Baxter can plug into Ridgeback and go," said Julian Ware, General Manager for Research Products at Clearpath Robotics. "Ridgeback includes all the ROS, visualization and simulation support needed to start doing interesting research right out of the box."  Ridgeback's rugged drivetrain and chassis is designed to move manipulators and other heavy payloads with ease. Omnidirectional wheels provide precision control for forward, lateral or twisting movements in constrained environments. Following suit of other Clearpath robots, Ridgeback is ROS-ready and designed for rapid integration of sensors and payloads; specific consideration has been made for the integration of the Baxter research platform.

Google Virtual Reality at IMMERSION 2015 in Paris this September

Google Virtual Reality (VR) to be featured in talks, exhibits, demos and hands-on workshops at IMMERSION 2015 in Paris this September

KUKA Systems Commercializes New PULSE Line Technology

PULSE technology is extremely fast and flexible - 30% faster than conventional friction-based transfer systems.

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