Last Updated： Aggregation Period:Jul 16, 2025～Aug 12, 2025
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Editable CATIA data
"IronCAD Translator" and "A&V Translator" are data conversion software for IRONCAD. The former enables the import/export of CATIA native data and the import of other major 3D CAD formats within IRONCAD. The latter allows for the import/export of architectural data such as IFC and Revit, the import of SolidWorks Drawings, and the export of DLTF.
Lineup of EQS and EQSIRT! Software designed to perform multivariate analysis.
"Multivariate Software" is software designed to perform multivariate analysis, a statistical method for analyzing data generated from multiple sources and multiple variables. We offer "EQS," which innovates the approach to structural equation modeling (SEM), and "EQSIRT," a program for item response theory (IRT) analysis. Please feel free to contact us when you need assistance. 【Features of EQSIRT】 ■ Can use Rasch, 1PL, 2PL, and 3PL models for binary data ■ Can use Graded Response Model (GRM), Generalized Partial Credit Model (GPCM), Rating Scale Model (RSM), and Nominal Response Model (NRM) for ordinal data ■ Can include both binary items and ordinal items in the scale as needed *For more details, please refer to the PDF materials or feel free to contact us.
Proofing software that enables hybrid proofing.
"COLOR TUNER 4.3" is an inkjet printer-compatible proofing software that covers everything from soft proofing to hard proofing and certified color verification. With a unified interface that can be operated through a web browser, it allows for real-time output instructions and progress checks for proofs from anywhere in the world. There is no need to install dedicated software on client computers, enabling a highly convenient proofing environment that can be utilized by many people, from prepress personnel to designers, photographers, and clients. 【Features】 ■ Flexible workflow construction is possible ■ Compatible with new printers from various manufacturers ■ Supports EPSON SC-P series and built-in measuring device (ILS30EP) ■ Equipped with three types of printing methods to choose from based on application, accommodating various workflows ■ Significantly enhanced spot color simulation function *For more details, please refer to the PDF materials or feel free to contact us.
A simulation tool equipped with AI that optimizes sending speed with easy operation.
【Eureka Chronos Features】 The artificial intelligence (AI: Artificial Intelligence) algorithm (patented by Roboris Sir) automatically adjusts the feed rate based on the actual cutting tool conditions, maintaining the amount of material removed (VR) as constant as possible over time, enabling the optimization of cutting processes. It is possible to achieve a reduction in processing time of over 30% compared to conventional cutting processing times.
Design optimization support tool for utilizing composite materials in product lightweighting.
The composite material design support software HyperSizer was commercialized in 1996 based on a composite material model program developed by NASA. It aims to assist in the lightweighting of products that are cost-effective through optimal material selection, arrangement, and structure of composite materials. In today's world, where further lightweighting of products is required, the consideration of composite materials is indispensable. It works in conjunction with structural analysis software such as Abaqus and Femap with NX Nastran to optimize composite products. ■ Manufactured by Collier Research Corporation in the United States.
Recommended for safe building design and smooth facility operation. It predicts pedestrian movement routes and identifies conditions and density for congestion occurrence.
Software for simulating and analyzing how many pedestrians move within buildings, what routes each person chooses, and where congestion occurs as a result. By defining individual agendas and personalities for each pedestrian model moving within 2D/3D CAD models, it is possible to conduct very realistic pedestrian flow simulations, as each pedestrian model independently selects routes and behaves accordingly. This can be utilized in various architectural designs, disaster simulations, and redevelopment of existing facilities.
