FANUC Robot Software
At ARCS, we can quickly and easily supply you with any FANUC robot software option you would like to add to your robot. Below are some popular FANUC robot software to choose from or click the button to see all FANUC robot software options.
The Advanced DCS Package includes the most popular and most frequently used safety options and the powerful 4D Graphics option in a single, cost-effective package.
Advanced DCS Package
Torch Guard
Torch Guard is a set of options that are used to perform accurate arc welding.
A motion group defines a set of motors and axes that are combined to accomplish a motion task. FANUC robots are an example of a motion group, typically Group 1. Additional motion groups are defined to control axes on a piece of equipment other than the robot. The maximum number of groups that can be supported by a controller is eight. Up to four robots can be added as motion groups to the system.
Multi-Group Motion
Collision Guard provides a highly sensitive method to detect that the robot has collided with an object and then stops the robot immediately. This helps to minimize the potential for damage to the end-of-arm tooling and robot. Collision Guard is effective for both program and jog motion.
Collision Guard
WeldPRO allows users to simulate a robotic arc welding process in 3-D space. You can easily navigate through WeldPRO to create complete workcells by importing actual tooling and workpiece CAD files. Anyone familiar with programming a FANUC robot will be able to easily create new weld paths with proper torch angles and process parameters. All programs and settings [from] the virtual workcell can be transferred to the real robot to decrease installation time.
ROBOGUIDE WeldPRO
Combines the options of Touch Sensing and Through Arc Seam Tracking into one convenient option.
Thick Plate Weld Package
Thru Arc Seam Tracking (TAST) automatically adjusts the robot''s vertical and lateral trajectory to compensate for part warping or misplacement. Often used with Touch Sensing to find the start of the weld joint, TAST measures feedback current and adjusts the robot''s path to keep the weld in the joint center.
Thru Arc Seam Tracking
Touch Sensing uses a sensor, such as a laser sensor, to provide non-contact compensation for part displacement by changing a weld path automatically, eliminating the need to touch up points manually.