The ArcTool application software package, integrated with a FANUC robot and controller, provides the user with a unique process solution for robotic arc welding requirements.
The Diagnostic Resource Center (DRC) is an easy-to-use diagnostic interface or “troubleshooting tool” that allows both beginners and advanced users to diagnose controller problems quickly and efficiently. The DRC provides access to an extensive library of diagnostic information, photos, and circuit diagrams for FANUC Robotics’ controllers.
Robot Operations Web-based training (WBT) is the first of a series of Web-based courses that will be available to customers by subscription through the FANUC Robotics' Customer Resource Center (cRc) Web site.
FANUC Robotic's HandlingTool software integrated with a FANUC robot and controller provides an effective process solution for most material handling, material removal and assembly applications. HandlingTool simplifies the setup, programming, and operation of FANUC robots. Built-in macro functions, menu-driven programming tools and point-and-shoot position teaching features allow users to create robot application programs, test an application and run production with minimal training and programming experience.
KAREL is an application development software package integrated with a FANUC robot and SYSTEM R-J3iB Controller. KAREL is powerful enough to handle virtually any robotic handling, processing or assembly application.
FANUC Robotics’ MultiARM Systems provide hardware and software designed to expand the capability of a traditional robotic work cell. Multiple robots and positioners are tightly integrated by the single CPU used for all motion. One teach pendant improves operator safety by providing a single point of control and simplifying work cell integration and maintenance.
FANUC Robotics’ MultiARM Systems provide hardware and software designed to expand the capability of a traditional robotic work cell. Multiple robots and positioners are tightly integrated by the single CPU used for all motion. One teach pendant improves operator safety by providing a single point of control and simplifying work cell integration and maintenance.
FANUC Robotics’ OlpcPRO is a state-of-the-art offline robot program development software designed for FANUC SYSTEM R-J3iB™ and R-30iA™ robots. It supports offline development and maintenance of both KAREL® and Teach Pendant Programming (TPP) used by the FANUC SYSTEM R-J3iB and R-30iA Controllers.
PaintTool simplifies the setup and operation of FANUC robots. Little or no previous programming or operating experience is required. Standard configurations provide fast and easy robot integration, path teaching and production startup. PaintTool can be easily integrated with a cell controller (PLC) or may run in a stand-alone mode.
FANUC Robotics’ PAINTworks III provides the necessary tools for an integrated paint shop control system. Offering centralized cell level control, PAINTworks III interfaces with all paint booth automation equipment including robots, reciprocators and bell zones. PAINTworks III is also used with robotic sealing and dispensing systems offering a continuous control architecture for the entire paint shop.
FANUC Robotics PC Developer's Kit is a powerful tool that enables high performance communication of information and instructions between a PC and FANUC System R-J3 and R-J3iB Controllers. The kit is both a development and run-time environment that gets the MS Windows™ application running quickly. Visual Basic programming expertise is required to develop application packages over PC Developers Kit.
FANUC Robotics’ PC File Services 2008 (PCFS 2008) provides an easy-to-use file management capability for FANUC robots. It allows you to back up and restore robot application files to a PC via Ethernet. PCFS 2008 uses File Transfer Protocol (FTP) to transfer robot programs, variable files, data files and system files to/from FANUC robots using a SYSTEM R-J2™ (V4.40) or later controller. Both manual transfers and automatic schedules are supported.
The PRESSworks operating system package is designed to optimize the performance, throughput, uptime and ease of use of a tandem press line. FANUC Robotics developed the supervisor, line controller and robotic software to focus on the specific needs of the press room. FANUC Robotics worked very closely with key first- and second-tier automotive plant and engineering personnel to develop the system control, error recovery, root cause analysis, system setup screens and operator interfaces. The control operating system, married with a FANUC Robotics robotic transfer system, can increase system uptime (manned yield) by 15 to 25 percent more than a traditional automation solution. This can increase net part throughput by thousands of part per year.
FANUC Robotics designed Random Order PalletTool to automate mixed unit load palletizing. When integrated with a FANUC robot and System RJ-3 Controller, Random Order PalletTool provides an efficient method of setting up, controlling and monitoring mixed palletizing applications. Random Order PalletTool builds upon FANUC Robotics' proven PalletTool® software.
RemovalTool application software, integrated with a FANUC robot, SYSTEM R-J3 or R-J3iB Controllers and a force control device, provides the user with a cost-effective solution for robotic surface and edge finishing applications.
Handling PRO is a member of FANUC Robotics’ ROBOGUIDE family of offline robot simulation software products built on the Virtual Robot Controller. Handling PRO allows users to simulate a robotic process in 3-D space or conduct feasibility studies for robotic applications without the physical need and expense of a prototype work cell setup.
FANUC Robotics' PaintPRO software is a graphical offline programming solution that simplifies robotic path teach and paint process development.PaintPRO is specifically designed to create paths that can be utilized by FANUC Robotics' PaintTool application software.
The ROBOGUIDE-PalletPRO and PalletTool palletizing simulation package helps save time and expense for the development and integration of robotic palletizing and depalletizing systems. ROBOGUIDE-PalletPRO and PalletTool is built on the FANUC Robotics’ Virtual Robot Controller and is a plug-in option to ROBOGUIDE, FANUC Robotics’ simulation software. It is also available as a stand-alone package for palletizing integrators and end users.
WeldPRO, FANUC Robotics’ latest plug-in to the ROBOGUIDE off-line programming tool, allows users to simulate a robotic arc welding process in 3-D space. Driven exclusively by a FANUC Robotics Virtual Robot Controller, WeldPRO is empowered with the most accurate program teaching tools and cycle time information available in any simulation package.
Shape Generation is a cutting utility specifically designed to simplify the setup, programming and touch-up of two-dimensional shapes. The typical method for programming a robot to cut shapes accurately requires teaching dozens of individual points and is often a time consuming trial and error process. FANUC Robotics’ Shape Generation requires only one taught point and a specified shape size, significantly reducing programming time.
The SpotTool+ application software package, integrated with a FANUC Robot and SYSTEM R-J3 Controller, provides a spot welding specific solution for body shop and general industrial robotic applications. SpotTool+ is designed to simplify and standardize the setup and operation of FANUC robots used in body shop applications, including spot welding and dispensing. Built-in functions typical to body shop applications are provided, allowing the operator to easily teach positional data and logical sequences using familiar terms and menu-prompted commands. Full functionality is provided at the teach pendant for setup, operation and troubleshooting, including diagnostics, status reporting and error recovery information.
The TorchMate 3 software option provides a low cost, easy-to-use solution for automatic adjustment of the Tool Center Point (TCP). TorchMate 3 automatically compensates for bent torch barrels and worn contact tips to reduce weld repair and increase system uptime.
