RobotWorx is an industrial robot integrator that sells new and used robots and robotic systems. Read our blog for news about our company and robots. Thu, 26 Jun 2008 15:50:50 -0500 FeedCreator 1.7.2 http://www.robots4welding.com/images/logo_1.jpg http://www.robots4welding.com http://www.robots4welding.com/movies.php?tag=62  This versatile Motoman UP20-6 robot is performing an arc welding application, one of the many applications the UP202-6 robot is capable of performing.]]> RobotWorx http://www.robots4welding.com/movies.php?tag=61 Plasma cutting is just one of the few applications that the SK120 robot is capable of performing. In this video the Motoman SK120 is plasma cutting with speed and superior accuracy.]]> RobotWorx http://www.robots4welding.com/movies.php?tag=60  This Motoman UP6 is performing an arc welding application, one of this robots specialties.]]> RobotWorx http://www.robots4welding.com/movies.php?tag=59 With its cycloidal wrist, 6-axis build, and a 120 kg payload, the Motoman SK120 robot is well-suited for any automation floor. ]]> RobotWorx http://www.robots4welding.com/movies.php?tag=58 Plasma cutting is one of the many applications that the SK120 is capable performing. This robot is equipped with 6 axes and a 120 kg payload.]]> RobotWorx http://www.robots4welding.com/movies.php?tag=57 Take a close up look at a Motoman ArcWorld 6200 workcell with dual arc welding robots.]]> RobotWorx http://www.robots4welding.com/movies.php?tag=56 This Motoman SK120 MRC is plasma cutting a satellite receiver. Note the painstaking accuracy possible with a 6-axis articulated robot.  ]]> RobotWorx http://www.robots4welding.com/movies.php?tag=54  Welding engineer gives an in-depth look at a Motoman dual welding demo cell. Special attention is given to the teach pendant, UP6 robots, and Miller Welding configurations.]]> RobotWorx http://www.robots4welding.com/movies.php?tag=53 This arc welding demonstration includes a Panasonic dual robot cell with a "Ferris Wheel" positioner. The turntable allows a worker to load parts while the robots are welding on the other side. A quick spin, and the process begins once again.]]> RobotWorx http://www.robots4welding.com/movies.php?tag=52 Flexible and compact, the 6-axis Motoman K6 is ideal for low-payload applications like arc welding or material handling. Install this model to the ceiling, floor, or wall to free up space.]]> RobotWorx http://www.robots4welding.com/movies.php?tag=51 RobotWorx was included in a welding episode of Modern Marvels. Watch the precision of this Motoman UP20 as it arc welds the show's title.  ]]> RobotWorx http://www.robots4welding.com/movies.php?tag=50 Panasonic's VR-006 arc welds a circular part in this demonstration. Robotic welding conserves materials, saves time, and improves product quality.   ]]> RobotWorx http://www.robots4welding.com/movies.php?tag=49 Two UP-series arc welding robots are at the heart of the ArcWorld 6200 workcell. Dual robot set-ups offer twice the productivity in half the time.  ]]> RobotWorx http://www.robots4welding.com/movies.php?tag=47 This Motoman dual arc welding cell offers twice the production. The movements of both robots are coordinated in synch with the spinning "Ferris Wheel" style parts positioner. ]]> RobotWorx http://www.robots4welding.com/movies.php?tag=46 The long-arm version of the Fanuc Arc Mate 120 is the perfect robot for this arc welding application. The Fanuc ArcMate 120iL is shown welding quick, effective seams. The accuracy of robotic welding leads to fewer wasted parts. ]]> RobotWorx http://www.robots4welding.com/movies.php?tag=45 The pre-engineered ArcWorld 6000 workcell is an all-inclusive welding system. A SK6 robot is at the heart of this ArcWorld. The cell comes with an operator's station, arc welding package, safety environment, EOAT, and parts positioner. ]]> RobotWorx http://www.robots4welding.com/movies.php?tag=44 Watch as this industrial robot manipulator traces its application path in a practice run. This MR-V6 robot workcell is engineered to arc weld. The parts positioner dips and spins - improving part accessibility and overall cycle speed. ]]> RobotWorx http://www.robots4welding.com/movies.php?tag=43 The high-performance Panasonic AW-8010 offers an accurate arc welding solution. Easy to program, this model's compact build frees up floorspace.]]> RobotWorx http://www.robots4welding.com/movies.php?tag=42 When it was first established, RobotWorx used a demo trailer to bring robotic welding demonstration to customer facilities. This way, the robot could be programmed to weld a part on location. This film shows a Panasonic PerformArc. ]]> RobotWorx http://www.robots4welding.com/movies.php?tag=41 Sparks fly as this Motoman SK6 arc welds. Unlike humans, robots are unaffected by the hazardous environment created by arc welding. Safety barriers protect operators from welding glare.  ]]> RobotWorx http://www.robots4welding.com/movies.php?tag=40 Follow the path traced by this Panasonic VR006AL. Programming a robot is simple with Windows-style software and user-friendly teach pendants. ]]> RobotWorx http://www.robots4welding.com/movies.php?tag=39 The Motoman ArcWorld 6200 is ideal for companies looking to increase welding cycle times and handle high-volume production. This dual welding cell includes UP-series robots, an XRC controller, ferris-wheel parts positioner, welding packages, and total safety environment.  ]]> RobotWorx http://www.robots4welding.com/movies.php?tag=38 One of the advantages of robotic automation is repeatability. Robots are capable of returning to the same location again and again. Here the repeatability of a track-mounted Motoman SV3 robot is being tested. The computer records each time the robot completes its cycle. ]]> RobotWorx http://www.robots4welding.com/movies.php?tag=37 Dual welding systems have the ability to be highly complex. Here two Fanuc Arc Mate 100 robots arc weld the same part. This programmed cooperation leads to faster throughput. ]]> RobotWorx http://www.robots4welding.com/movies.php?tag=36 A Motoman K30 demonstrates plasma cutting. This particular robot is a versatile solution for processes as diverse as arc welding and material handling.   ]]> RobotWorx http://www.robots4welding.com/movies.php?tag=30 This intelligent M-710i robot cuts cleanly through a sheet of glass using a router. Robots are capable of meticulous, point-to-point movements, making them the perfect solution for delicate materials such as glass.  ]]> RobotWorx http://www.robots4welding.com/movies.php?tag=28 Automated plasma cutting is very exact. In this application movie, a Motoman SK120 demonstrates the level of control afforded by articulated robots. ]]> RobotWorx http://www.robots4welding.com/movies.php?tag=27 This Motoman robot is meticulously arc welding a stainless steel corner. Every weld begins and ends at the same point. Robotic welding results in less wasted material and better weld seams.    ]]> RobotWorx http://www.robots4welding.com/movies.php?tag=26 With the precision of a surgeon, this Motoman UP50 uses EOAT to cut out a kayak seat. Since they perform with such accuracy, robots typically minimize waste while increasing quality. ]]> RobotWorx http://www.robots4welding.com/movies.php?tag=25 Robotic spot welding is fast and consistent. Robots are cut out for this application because they easily handle the weight of the spot weld guns and withstand the sparks and fumes. ]]> RobotWorx http://www.robots4welding.com/movies.php?tag=24 Equipped with two Motoman UP6 XRC robots, this welding cell is designed for high production and swift cycle times. The movements of the robots are easily programmed and synchronized with one teach pendant. ]]> RobotWorx http://www.robots4welding.com/movies.php?tag=22 The compact base of this Motoman SK45 robot is mounted to a track system for even faster maneuvering. Robotic plasma cutting is a quick, effective automation solution.]]> RobotWorx http://www.robots4welding.com/movies.php?tag=19 Take a tour of RobotWorx, an integrator of industrial welding robots. ]]> RobotWorx http://www.robots4welding.com/movies.php?tag=18 Dual Panasonic VR006 G2 robots weld simultaneously on a PerformArc 350 welding system.  VR006 robots are capable of performing applications such as MIG/TIG welding, air plasma cutting, material handling, and machine tending.]]> RobotWorx http://www.robots4welding.com/movies.php?tag=16 This ArcMate 120iL is perfect for long reach applications. This part is positioned on a table that rotates to allow the robot to easily reach all sides of the project. Fanuc ArcMate 120iL Fanuc ArcMate 120i Fanuc ArcMate 120iB Arc Welding Steel Welding Automation]]> RobotWorx http://www.robots4welding.com/movies.php?tag=15 A Motoman SK45 is a perfect choice for a plasma cutting robot. The medium-range payload, combined with a longer reach and slim arm, allow this robot to have the flexibility required for the precision cutting of large pieces of steel. Motoman SK45 Plasma Cutting]]> RobotWorx http://www.robots4welding.com/movies.php?tag=14 This ArcWorld 6000 is outfitted with a Motoman UP6 welding robot. The headstock / tailstock allows for easy part positioning on multiple planes. Motoman ArcWorld 6000 Motoman ArcWorld 6200 Motoman UP6]]> RobotWorx http://www.robots4welding.com/movies.php?tag=13 Custom positioners are often used to allow the greatest amount of flexibility and access to the part. In this case, a tilt and rotate positioner is used in conjunction with an OTC / Miller MR-V6 robot for a dry run on a part. OTC AXV6 OTC EXV6]]> RobotWorx http://www.robots4welding.com/movies.php?tag=12 Aluminum welding is a challenge because of the heat required to melt aluminum oxide. This Motoman K6 ERC tackles this issue with the help of a Fronius aluminum welder. This compact robot is ideal for applications that do not require a large reach. Motoman K6 ]]> RobotWorx http://www.robots4welding.com/movies.php?tag=11 What are the advantages to an ArcWorld 6200 workcell? Take a tour of a complete ArcWorld 6200 and learn what this versatile, popular workcell is capable of doing. Motoman ArcWorld 6200]]> RobotWorx http://www.robots4welding.com/movies.php?tag=10 Prototype tooling allows a piece of metal to be held on a headstock / tailstock positioner in order to allow test arc welds. This UP20-6 has been customized by adding an extension to the arm in order to create a longer reach. This is common in situations when a high payload is not required, but a long reach is. Motoman UP20-6 Motoman UP20 Motoman UP6]]> RobotWorx http://www.robots4welding.com/movies.php?tag=9 Plasma cutting creates a clean, accurate cut on steel and other non-ferrous materials that are less than one inch thick. A Nachi SC50 is idea for plasma cutting because it features a longer reach than smaller robot, but is small enough to mount in a variety of situation. The small footprint is perfect for saving space and a riser allows the arm to easily maneuver a table. Nachi SC50 Plasma Cutting]]> RobotWorx http://www.robots4welding.com/movies.php?tag=8 Programming is an important step in the automation process. Often, robots are put through a dry run in order to ensure the correct movements are being made before using a part. This saves sample parts and enables operators to make adjustments without wasting products. This Panasonic AW-8010 is performing a dry run. The part is positioned on a 180 degree indexing table. This table allows an operator or another robot to load a part on the off side while the robot is welding.]]> RobotWorx http://www.robots4welding.com/movies.php?tag=7 Arc Welding can easily be automated with the Motoman UP20. This medium-sized robot is used in many welding applications because of its flexibility. A headstock /tailstock positioner allows for faster throughput. Motoman UP20 Arc Welding MIG Welding]]> RobotWorx http://www.robots4welding.com/movies.php?tag=6 The weight of a spot welding gun requires a larger robot. The Fanuc S-420i is ideal for this type of application. It features a long reach and a high payload to easily move the spot welding gun from point to point. While not as agile as smaller arc welding robots, this large robot features the flexibility to complete large applications. Fanuc S-420i Spot Welding Automation Resistance Welding ]]> RobotWorx http://www.robots4welding.com/movies.php?tag=5 Plasma cutting produces a clean, accurate cut in non-ferrous materials less than an inch thick. Faster than other cutting methods, plasma cutting results in less waste than tradition non-automated cutting processes. This Motoman K30 easily cuts through 1/2 inch steel with the help of a Miller plasma cutter. Motoman K30 Plasma Cutting]]> RobotWorx http://www.robots4welding.com/movies.php?tag=4 A custom positioner rotates a steel part for welding by a Fanuc M-16iL. This long reach robot is has similar specifications to the Fanuc ArcMate 120iL. Fanuc M-16iL Fanuc ArcMate 120iL Steel Welding Automation]]> RobotWorx http://www.robots4welding.com/movies.php?tag=3 Welding a large part, such as this metal box, can be completed in less time when two robots are used. Using two robots also allows helps eliminate reach restrictions that would otherwise make a project unfeasible. Fanuc ArcMate 100i Steel Welding Automation MIG Welding]]> RobotWorx http://www.robots4welding.com/movies.php?tag=2 This ArcWorld 6200 is outfitted with dual Motoman SK6 welding robots. The headstock / tailstock allows for better positioning of large parts and a reduced cycle time. ArcWorld 6200 Motoman SK6 Arc Welding]]> RobotWorx