Robotics Assembly

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Several issues need to be addressed before there will be more widespread use of robotic screwdriving. Cost, robot design, training, culture and other factors must be considered by manufacturing engineers.

CLEMSON, SC—Engineering students at Clemson University have designed a flexible machine that automatically installs O-rings.

Carbon-fiber reinforced composites are popular in the aerospace and marine industries as a lightweight alternative to aluminum, steel and other metals. The material is also used to produce railcars, wind turbine blades and sporting goods.

Industrial fabric curtain walls are growing in popularity. In assembly plants, two of the fastest-growing applications are for lowering noise levels and controlling dust.

Mennie precision-machines transmission and fuel-system parts and assemblies used in mission-critical applications. Customers include Caterpillar, Bosch Rexroth, Saur-Danfoss, Eaton Hydraulics, Poclain Hydraulics, Allison Transmission, American Axle and Cummins.

Assemblers must work quickly while meeting strict quality requirements.

The facility was created by Lipson in 2001 to develop robots that “create and are creative. We explore novel autonomous systems that can design and make other machines automatically,” he points out.

PLEASANTON, CA—A Chinese explosives manufacturer has placed a $1.1 million order with Adept Technology Inc. for its Quattro s650 delta-style robots. Shenzhen King Explorer Science & Technology Co. will use the robots on its automated packaging lines.

DUNCAN, SC—Staubli Robotics has introduced a new robot, the RX170 high-speed machining robot, for fast, accurate milling of carbon-fiber-reinforced polymers and other composite materials.

WEST CALDWELL, NJ—Japan UNIX has given Fancort Industries exclusive distribution rights to sell and service their robotic soldering systems throughout North America.