FASTTIP

Product OverviewWith FASTTIP, CENIT provides award-winning and established offline programming software for 3D point-to-point processing, which can be...

A solution by: CENIT

Application domain: Manufacturing

Solution Overview

Product OverviewWith FASTTIP, CENIT provides award-winning and established offline programming software for 3D point-to-point processing, which can be implemented in the field of robotics as well as machining. Several technologies from spot welding and clinching in body-in-white processes to (multilayer) drilling and riveting in the aerospace (airframe assembly) and automotive field can be programmed, mapped and supported.Thanks to offline programming with FASTTIP for 3D point-to-point applications, large volumes of joining elements (fasteners) can be efficiently an easily managed, programmed, simulated and optimized within CATIA V5.Product Advantages Fully integrated 3D programming, postprocessing, simulation and process verification High degree of automation and professional data flow: Process features, displaying of all fasteners (TXT, point/line, point/surface, UDF, point/property), purging data for surfaces, creation of points, determination of work direction, grouping and sequence planning Adjustable riveting operation: Definition of process parameters, selection of geometry (rubberband, polygon-selection, standard V5 queries), definition of approach and depart motions, process events Integrated tool machines or robot cell simulation Function to read back existing programs Automatic conversion of jointing representation in process features Comfortable filtering, selection and sequencing of process features Automatic layer analysis for multilayer drilling Powerful functions to calculate smooth and collision-free tool paths Flexible functionalities for detailing, changing and supplementing fasteners Reliable robot and machine programs 

Benefits

  • Award-winning software – innovation of the year 2009
  • Closed process through direct access to native V5 data
  • Fast, user friendly and secure offline programming
  • Comfortable management of many fastener/joining elements
  • Can be deployed for gantry as well as multi-robot programming
  • Increased availability of systems through the omission of the teach-in process
  • Extensive robot and machine library
  • High quality thanks to previous simulation and collision control

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