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Aikoku POST for 4 axis CAAV5 based is a integrated Post Processor to generate numerical control ISO code for 4 axis machines tools. This Post Processor will bring out the capabilities of 5 axis machines tools. Functionalities: Various 4 axis machine tools support (e.g., Rotary Table & Tilting Head, Double Tilting Head, Double Rotary Table, etc.) Linearization and optimum feed rate of 4 axis Automatic rotary table clamp Production times calculation Various condition verification (e.g., travel, feed rate and spindle limit) Related Product Aikoku POST for 4 axis CAA V5 based is a integrated Post Processor to generate numerical control ISO code for 2 through 4 axis machine tools.

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Aikoku POST for 5 axis CAAV5 based is a integrated Post Processor to generate numerical control ISO code for 5 axis machines tools. This Post Processor will bring out the capabilities of 5 axis machines tools. Functionalities: Various 5 axis machine tools support (e.g., Rotary Table & Tilting Head, Double Tilting Head, Double Rotary Table, etc.) Linearization and optimum feed rate of 5 axis Automatic rotary table clamp Production times calculation Various condition verification (e.g., travel, feed rate and spindle limit) Related Product Aikoku POST for 4 axis CAA V5 based is a integrated Post Processor to generate numerical control ISO code for 2 through 4 axis machine tools.

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AutoForm-ProcessDesignerforCATIA combines expertise in sheet metal forming with the effective design functionalities of CATIA V5. The software allows for the company-wide standardization in process engineering and process design while significantly reducing the time needed to create CAD quality die face tooling surfaces.With AutoForm-ProcessDesignerforCATIA users can create the die layout, which includes not only deep drawing, but also all secondary operations, without having to leave the CATIA environment. This software is tailored to the needs of process designers.The main features of AutoForm-ProcessDesignerforCATIA are: Specially designed CATIA features for process designers Support of company-wide workflow standardization and data consistency Easy and accurate computation of developed flanges Drawbeads including ends can be easily created in various shapes Trim segmentation automatically takes over-cut into account Integrated in the CATIA environment and fully compatible with all CATIA V5 functions

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The AutoForm-CATIA5 module directly integrates AutoForm software and AutoForm parameters into CATIA V5, making two programs associatively linked. User control of AutoForm and the management of simulation files are partially transferred to CATIA. This integration not only greatly improves the speed and efficiency of design and engineering cycles, but also improves the consistency of part data in CATIA and the consistency of process data in AutoForm. Surfaces, curves and tipping information are transferred from AutoForm to CATIA V5, and the corresponding process layout is stored in the CATIA V5 part document. Similarly, surfaces, curves and tipping information are transferred from CATIA V5 to AutoForm to update and store the part geometry and to provide process information.The main features of AutoForm-CATIA5 include:*Rapid development of die faces can be done in CATIA V5 starting from an AutoForm 4D-Process-Layout. Completed die face designs as well as wireframes are automatically transferred from AutoForm to CATIA V5. *Process layout is intuitively and quickly defined and provided in the CATIA V5 structure tree. Thus, active surfaces and other geometric process data, designed with CATIA V5 can be linked with this CATIA V5 process layout. And a forming simulation could be started at any time. *Automatic updating of the entire data chain - from CATIA part geometry through die faces to AutoForm simulations - greatly reduces die development time. Due to this associative link, several alternative tooling concepts can be validated in just one day.

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Board Interchanger for CATIA V5 is the workbench which can work on CATIA V5 directly. It allows direct data exchange between CR-5000 Board Designer and CATIA V5. By this direct data exchange, the process of generating 3D PCB(Printed Circuit Board) model from 2D PCB design data is dramaticaly simplified and shortened. By this solution, the electrical engineer can make use of mechnical information in the process of PCB layout design efficiently, and the mechnical engineer can make use of 3D PCB model for more efficient collision checking and some other purposes on CATIA V5. 1. Exporting the information of PCB shape and constraints information from CATIA V5 into CR-5000 Board Designer. 2. Importing 3D PCB Model into CATIA V5 with PCB assembly information directly from CR-5000 Board Designer. 3. 3D PCB Model generated by Board Interchanger is including the assembly information of the PCB and the electrical components on PCB. 4. 3D shape of each electrical component on PCB can be generated automatically by 2D to 3D conversion based on the foot-print information in CR-5000. 5. 3D shape of each electrical component can be replaced to more detailed model which is prepared on CATIA V5.

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Export of composites and design data from Catia V6 to Coriolis Composites CADFiber standalone software (fiber placement design and simulation ).

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