MOTOMAN HP20 RD DX100
MOTOMAN MH005LS-A1 DX100
MOTOMAN MH50 II DX200
MOTOMAN UP50N NX100
MOTOMAN WELDING CELL WITH 2 ROBOTS MA1400, NX100, FRONIUS AND POSITIONER RM2-500 3SX
MOTOMAN WELDING CELL WITH EA1900, NX100 CONTROLLER, POSITIONER AND SKS WELDING MACHINE
MOTOMAN WELDING CELL WITH EA1900, NX100 CONTROLLER, POSITIONER RM2-250 AND SKS WELDING MACHINE
The Motoman welding cell with EA1900 with the controller NX100, positioner RM2-250, and SKS welding machine form a powerful automated welding solution that not only enhances efficiency but also improves the quality and reliability of the welding process.
The MOTOMAN EA1900 is a high-performance industrial robot used for welding applications. It is a 6-axis industrial robot that comes with a payload of 3 kg and an arm reach 1893 mm. The positioner RM2-250 facilitates positioning and maneuvering of the workpiece during the welding process. The SKS welding machine is essential for melting and joining materials using the welding technique desired for the specific application.
MOTOMAN WELDING CELL WITH HP50-20 ROBOT, NX100 CONTROLLER, FRONIUS, 2 POSITIONERS AND 11,50 M LINEAR TRACK
MOTOMAN WELDING CELL WITH MH50-20, DX100 CONTROLLER, FRONIUS, 2 POSITIONERS AND 5 M LINEAR TRACK
MOTOMAN WELDING CELL WITH SSF6, CONTROLLER NX100, POSITIONER AND CMT FRONIUS
The Motoman welding cell with SSF6 robot, controller NX100, positioner, and CMT Fronius is a sophisticated welding setup, particularly for arc welding. This configuration is optimized for precise and efficient welding tasks.
The Motoman SSF6 is renowned for its accuracy and speed in arc welding applications, ensuring reliability and high-quality results. Its capabilities make it suitable for various welding tasks where precision is key.
The NX100 controller offers high-speed processing, a user-friendly interface via a Windows CE programming pendant, ample memory capacity, and extensive connectivity options including Ethernet. Its ability to control multiple robots and external axes while integrating an Advanced Robot Motion Control system makes it a versatile and powerful tool for managing complex welding tasks.
The positioner, capable of handling a payload of 350 kg, is crucial for orienting the workpiece precisely, allowing for optimal access and manipulation during welding processes.
The Cold Metal Transfer (CMT) technology by Fronius uses pulsed current to control the transfer of droplets during welding. This method is particularly advantageous for welding thin materials and dissimilar metals, reducing heat input and distortion while producing high-quality welds with minimal spatter. Its effectiveness with non-ferrous metals like aluminum makes it a valuable addition to the welding cell, ensuring precise and controlled welding in critical applications.