Adept Technology unveils its new Adept Cobra s800 Inverted robot. The Cobra s800 Inverted robot is the only SCARA robot designed exclusively for high speed packaging with fully integrated vision and conveyor tracking.
Designed to make use of available ceiling space, the Cobra s800 Inverted robot is ideal for over-the-belt high speed packaging for multiple industries, including food and beverage, medical, pharmaceutical, personal care products and electronics.
This ceiling mounted high-speed SCARA robot features Adept's proven servo-controls and amplifiers embedded into the base of the robot, and is controlled by the small but powerful SmartController CX, which can control up to 24 axes of motion. Its unique design minimizes cabling and reduces the amount of space required inside a control cabinet. Specifications for this new robot include an 800mm reach, a 210mm vertical stroke, and a maximum payload of 5.5kg. There is also an IP65 option for usage in manufacturing environments that require frequent cleaning of their automation equipment to prevent product contamination during production.
The Cobra s800 Inverted comes with access to the latest in Adept software, controls and Adept's 24/7 service and support, delivering a higher level of robot performance. The Cobra s800 Inverted is available to order immediately.
About Adept Technology
Adept Technology, Inc. designs, manufactures and markets robotic systems, motion control and machine vision technology for global markets including automotive, consumer electronics, consumer goods, food, industrial tooling, medical devices, and pharmaceutical. Adept robots, controllers, and software are used for small parts assembly, material handling and packaging. Adept intelligent automation product lines include industrial robots, configurable linear modules, machine controllers for robot mechanisms and other flexible automation equipment, machine vision, and systems and applications software. Founded in 1983, Adept Technology is the largest U.S.-based manufacturer of industrial robots.
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