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FASTSUITE FOR V5

The successful, highly specific manufacturing solutions of the digital factory by CENIT are consolidated in our FASTSUITE product family. It stands for efficient and progressive process automation in the fields of robot simulation and offline programming, NC manufacturing as well as the automated creation of manufacturing-relevant product information.

The first generation supplements the established standard solution by Dassault Systèmes. FASTSUITE is fully and seamlessly integrated in CATIA and DELMIA, creating maximum efficient support for your manufacturing processes.

Thanks to the long-standing CAA development partnership with Dassault Systèmes, we ensure comprehensive and secure processes with the FASTSUITE software platform.

OFFLINE PROGRAMMING SOLUTIONS

FASTSUITE products are the result of more than 25 years of experience in the field of manufacturing. Our proven offline programming systems can be well automated and are therefore a tried-and-tested solution for efficient processes.

By relying on the V5 infrastructure of Dassault Systèmes the offline programming solution FASTSUITE makes use of the functionalities of CATIA and DELMIA V5. At the same time, with our process-specific implementation kits (PIK) we are able to implement customer-specific adjustments.

It is our goal to provide our customers with a turnkey and fast productive system. This is why we clarify the technical issues with our partners and system manufacturers in advance.

With targeted training, education and on-site support by our experts, we pass on our knowledge and experience, thus facilitating the introduction of an extremely efficient manner of offline programming.

Products

FASTCURVE

For contour processing using robots.

Powerful offline programming system for 3D contours in robot environments

Potential fields of application: Laser-beam cutting, water-jet cutting, ultrasound cutting, sealing, roll hemming, laser-beam hardening…

FASTSURF

For surface processing.

Offline programming and analysis of complex 3D surface processes

Potential fields of application: Painting, polishing, bonding, non-destructive testing, sand blasting, shot blasting, laser deposition welding

FASTTIP

For point machining.

Offline programming and simulation of automated robotic systems

Potential field of application: Riveting, drilling, point welding, multilayer Drilling

FASTTRIM

For contour processing using machines.

Powerful offline programming system for 3D contouring in machine environments

Potential fields of application: laser-beam cutting, water-jet cutting, ultrasound cutting, turning, milling, laser-beam hardening…

FASTPOST

Create and adapt post processors for CATIA and other APT-based programming systems.

Individual structuring of the NC output syntax

PP execution directly in CATIA V5 without additional costs for a runtime environment

FASTCONTROL

For realistic machine Simulation.

NC output of the post processor forms the basis for the simulation

Complete and coordinated package: integrated machine model, post processor and virtual machine control (Siemens VNCK and Heidenhain VirtualTNC

FASTJOINT

For management of joining elements in CATIA.

Intuitive and centralized working environment for the management of large volumes of joining elements for technologies like Riveting, Screwing, Spot welding, Clinching

Valuable support in the Change…

FAST4AXES

For programming of wire EDM processes.

Integration of machine tool specific technologies by powerful, standard postprocessors

Low prerequisites to make a CATIA V5 wire EDM system cost beneficial

FASTTRIMSTEEL

For trim steel design for sheet metal die trimming.

Automatic generation of the base geometry (cast body or stock material), the NC prepared surfaces of the knife head and final trimming tool body

Dedicated solution for trim steel design incl.…

FASTELECTRODE

Electrodes for sinking EDM processes.

Dedicated solution for electrode design and documentation

Full parameterization of electrodes for an efficient change management

Benefits

  • Integrated programming and simulation
  • Complete simulation of the system
  • Associativity between the geometry of the components as well as the specific manufacturing process
  • Options for automating the process to create programs
  • Increase in programming efficiency
  • Increased system security
  • Standardized procedure in programming
  • Independence from machine and robotics manufacturers