Universal Robotics, Motoman partner to develop 3-D vision system for robotic applications

Oct. 8, 2009
OCTOBER 8, 2009-- The companies will integrate Universal's Spatial Vision self-calibrating 3-D vision software in Motoman's industrial robots.

OCTOBER 8, 2009--Universal Robotics (Nashville, TN, USA; www.universalrobotics.com) and Motoman (West Carrollton, OH, USA; www.motoman.com) have announced a partnership to develop and market an accurate, cost-effective, and easy-to-implement 3-D vision system for a variety of robotic applications. The companies will integrate Universal's Spatial Vision self-calibrating 3-D vision software in Motoman's industrial robots. The Spatial Vision-enabled robots will be initially launched in the materials handling market in early 2010.

"Motoman is delighted to partner with Universal to launch a new line of Motoman robots enhanced with Spatial Vision," says Roger Christian, vice president, marketing and international groups at Motoman. "The Spatial Vision software is an exciting breakthrough by Universal that will allow us to set a new price-performance point in the robotic 3-D vision systems market. From 3-D bin-picking to racking, these robots will allow our customers to enhance their operations and save valuable time and resources."

Current 3-D robotic vision systems require extensive programming and laborious setup and can be very costly to implement and maintain. These factors have limited the wide adoption of this technology in many markets.

The Spatial Vision system is easy to set up, according to Universal Robotics. It enables automatic self-calibration with full color and high-definition images with millimeter accuracy within a robot's work envelope at a fraction of the cost of current systems.

The Spatial Vision system can automatically identify any dynamic point in 3-D space and calculate the distance to this point using inexpensive web cams. It delivers full-frame color results at 960 x 720 pixels four to five times per second.

In addition to 3-D bin picking, Spatial Vision-enabled robots are suited to automated applications including racking and de-racking of parts, and picking loosely oriented parts on a conveyor belt.

"Spatial Vision software gives robots the real-time high-fidelity input necessary to react to their physical environments. This is an important step towards Universal's efforts to enable machines to efficiently perform difficult or dangerous tasks," claims David Peters, CEO of Universal Robotics. "Motoman is a leader in industrial robotics and we are excited to work with the company to create an overall Spatial Vision solution. These new systems will be utilized throughout the materials handling market and have great potential to enhance efficiencies and improve operations in additional industries."

-- Posted by Vision Systems Design, www.vision-systems.com

Voice Your Opinion

To join the conversation, and become an exclusive member of Vision Systems Design, create an account today!