Last Updated： Aggregation Period:Sep 03, 2025～Sep 30, 2025
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We would like to introduce a case study of a customer who uses Moldex3D.
This is a three-dimensional resin flow analysis program for injection molding that incorporates advanced features. The analysis engine enables analyses with millions of elements to be performed on a PC-based system.
Currently conducting a rental campaign for the latest version of VX3D.
It enables intuitive automatic visualization solutions such as auto-cropping, clipping, and zoom cube functions, provides various measurement tools for 2D or 3D data analysis, and offers powerful reporting features to users. In particular, it is developed for practical industrial CT applications and can be effectively utilized for defect analysis in industrial purposes by adding the VXPI (Void Detection Module) as an add-on.
![[Data] Analysis of 3D Printer Simulation Body Using SPH Method](https://image.mono.ipros.com/public/product/image/e9d/2000498973/IPROS90033303253881536971.png?w=280&h=280)
SPH method! We are introducing the analysis of a 3D printer simulation body using diagrams.
This document introduces the analysis of a 3D printer simulation body using the SPH method. It simulates the viscous flow of highly viscous resin extruded from the 3D printer nozzle. Coupled analysis of thermal conduction and flow analysis considering the temperature dependence, solidification, and shrinkage of the resin will be conducted. We invite you to read it. 【Contents】 ■ Overview of the 3D printer simulation body analysis ■ Analysis results (flow conditions, temperature, shear rate distribution) *For more details, please refer to the PDF document or feel free to contact us.
A collection of user analysis examples is packed! We are giving away a free collection of analysis cases for the thermal fluid analysis software 'FLOW-3D'!
The "FLOW-3D Analysis Case Collection" is a compilation of analysis cases from users who utilize "FLOW-3D." Our product, which possesses advanced capabilities for accurately predicting free surface flows, is an excellent CFD software that can be used not only for improving production processes but also during the design phase. This collection introduces cases where analyses of manufacturing processes were conducted using "FLOW-3D," leading to design improvements. [Featured Cases] ■ Production of metallic glass thin strips using the single roll method ■ Impact of gaps in inspection paper coating ■ Area control of soldering through coining processing ■ Welding analysis examples using "FLOW-3D" ■ Numerical analysis of selective laser melting using Ti-6Al-4V metal powder, among others *For more details, please request the materials or view the PDF data from the download section.
2D slice data measurement and analysis software
VX2D is a two-dimensional X-ray imaging software for measuring and analyzing 2D slice data (Manufacturer: 3D Industrial Imaging Co., Ltd.). It provides various measurement tools and can output measurement information to Excel, as well as utilize various filtering functions for more advanced analysis. Additionally, the ball void detection module is a module for VX2D that performs automatic analysis of solder balls.
Various analysis examples, including a welding analysis example using FLOW-3D(R), are published!
This catalog is a collection of analysis examples for the welding analysis module "FLOW Weld" provided by Flow Science Japan, Inc., which offers sales and rentals of FLOW-3D(R) and FLOW-3D Cast, technical support, and various services for contract development and analysis. "FLOW Weld" is an additional module that adds models necessary for welding analysis to FLOW-3D, utilizing the basic functions of FLOW-3D(R) such as surface tension, free surface analysis, and phase change models for melting, solidification, and evaporation, enabling the analysis of various welding phenomena. [Contents] ■ Examples of welding analysis using FLOW-3D(R) ■ Comparison of analyses using FLOW Weld with experimental results ■ Keyhole dynamics and porosity formation induced in remote laser welding 1, 2, 3 ■ Processing of high reflectivity and high thermal conductivity materials using high-power single-mode fiber lasers ■ Effects of fluid convection on molten pool formation in laser cladding, etc. *For more details, please download the PDF or feel free to contact us.
Three-dimensional motion analysis software Visual3D
Visual3D is a globally recognized three-dimensional motion analysis software in the field of biomechanics that allows for the creation of biomechanical models, data analysis, and report generation based on measurement data obtained from a three-dimensional motion analysis system. Users from various fields such as rehabilitation, neuroscience, engineering, robotics, sports (performance, injury prevention), and orthopedics utilize it. By using Visual3D, you can fully analyze data obtained from your existing motion capture system and maximize the potential of that data.
Finite element method-based crack propagation analysis! Supports multiple crack front edges, multiple cracks, and multiple loading cases.
"FRANC3D" is a 3D fracture analysis software that enables the predictive analysis of crack growth in complex mechanical structural components and the evaluation of their service life. There are no limitations on the shape of components, local loading conditions, or the evolving crack shapes, regardless of complexity. Additionally, it is designed to be used in combination with general-purpose finite element (FE) analysis programs, and currently supports interfaces with three commercial programs: ANSYS, ABAQUS, and NASTRAN. 【Features】 ■ Utilizes reliable existing FE solvers and initial mesh models ■ Submodel meshing for high-precision arbitrary crack growth analysis ■ User-controlled crack growth laws for kink angles and increments ■ Fatigue model that allows for the definition of relative crack propagation ■ Multiple cracks with multiple crack surfaces and loading configurations *For more details, please refer to the PDF materials or feel free to contact us.
![[Example] Resin flow analysis software '3D TIMON'](https://image.mono.ipros.com/public/product/image/8e8/2000513854/IPROS28500065168874571195.jpeg?w=280&h=280)
We introduce the CAE software "3D TIMON," which uses 3D models to calculate the flow of molten resin inside molds and predict various molding defects.
By using 3D TIMON for resin flow analysis, it is possible to predict molding defects at the design stage, thereby reducing the number of mold modifications and prototypes, which leads to a shortened development period and cost reduction. The analysis procedure is as follows: 【Step 1】 Mesh the target shape for analysis. (By meshing, the target shape can be represented as a "collection of small simple shapes," allowing for computation on a computer.) 【Step 2】 Set the necessary conditions such as "filling time," "injection pressure," "holding pressure," "holding time," "cooling time," "resin temperature," "mold temperature," and "resin data." 【Step 3】 Start automatic calculations by the computer.
![[Application Example] 3D Image Visualization System BS-VA](https://image.mono.ipros.com/public/product/image/21b/2000402228/IPROS17210602384970417070.PNG?w=280&h=280)
This is a jointly developed product with iPlants System Co., Ltd.
We would like to introduce a product that applies "Smart X-ray." The "3D Image Visualization System BS-VA" is a 3D CT image measurement and analysis software designed to analyze image information in more detail from the 3D image data created by BEAMSENSE CT. It was developed in collaboration with iPlants System Co., Ltd., a venture originating from Iwate Prefectural University. 【Applicable Uses】 - Measurement of distances and angles between two or multiple points within a 3D image - Calculation of the size, number, and volume ratio of voids within a three-dimensional image - Calculation of volume ratios of materials with significantly different absorption coefficients - Creation of STL data for 3D printers *For more details, please refer to the PDF materials or feel free to contact us.
![Plastic molding flow analysis software [Moldex3D]](https://image.mono.ipros.com/public/product/image/8e2/2382016/IPROS24377956262261850551.jpeg?w=280&h=280)
We provide technology that reduces trial and error through complete 3D simulation visualization technology!
Moldex3D, a complete 3D resin flow analysis software, simulates the behavior inside molds during the plastic molding process on a computer, aiming to proactively identify and prevent various potential issues that may arise during the process. 【Features】 ■ Large-scale and high-speed analysis using the finite volume method for high-precision 3D analysis In traditional finite element methods (FEM), computation time increases geometrically with the number of elements, whereas in the finite volume method (FVM), it increases linearly, making it overwhelmingly advantageous as the number of elements increases. ■ High-precision 3D analysis By accurately solving the Navier-Stokes equations based on non-Newtonian fluids and considering the effects of inertia and gravity, it can handle complex phenomena such as runner balance and jetting. Unsteady cooling analysis and vent analysis are also supported as standard features. ■ High-performance computing capabilities By efficiently utilizing multi-core, multi-CPU, and multi-PC clusters, it achieves high computation speeds. It supports: - Flow analysis - Pressure holding analysis - Cooling analysis - Stress analysis - Warpage analysis - Structural analysis integration For detailed features, please refer to the catalog.
We provide a seamless environment for the development and use of medical AI!
"Growth RTV" is a 3D medical imaging deep learning support platform equipped with programmable Python integration features. Even if you are not familiar with handling DICOM, you can easily obtain 3D image data with simple Python scripts and perform data annotation, data analysis, data extraction and processing, and training for deep learning. Please feel free to contact us if you have any requests. 【Examples of AI Development Achievements】 ■ Automatic 3D region extraction of organs using AI ■ 3D-CT super-resolution using AI ■ Reduction of CT metal artifacts (MAR) using AI *For more details, please download the PDF or contact us.
Software for automatic detection of voids from 3DX line CT images.
The 【VXPI】 is an add-on module for VX3D that automatically detects voids from 3DX X-ray CT images (manufacturer: 3D Industrial Imaging Co., Ltd.). It provides information on the size, volume, location, and density of inclusions and cavities, and is capable of detecting defects such as shrinkage cavities, gas holes, and foreign objects in aluminum, magnesium, iron, zinc, and plastics. Defect analysis can be performed not only on metal cast parts like aluminum, magnesium, iron, and zinc but also on plastic parts using 3DX X-ray CT images.
Complex shapes of surfaces and numerous spots can be freely created and expressed!
"Imaris" is software that can analyze 3D/4D data obtained from various microscopes, such as laser microscopes and super-resolution microscopes. It provides a complete workflow for researchers to manage and analyze microscope image data, including methods for browsing images on different drives, analysis and interpretation, and sharing results. There are software options like "Imaris Stitcher" for creating a single 2D/3D/4D dataset from microscope images. 【Modules (partial)】 ■Measurement Pro ■Imaris Track Lineage ■Imaris Coloc ■Imaris ClearView ■Filament Tracer *For more details, please refer to the PDF materials or feel free to contact us.
Introducing software that calculates the density, temperature, and pressure distribution of neutral particles using the DSMC method!
"RGS3D" is a module that uses the DSMC method (particle model) to analyze the flow field of rarefied gases in various vacuum devices. It excels in analyzing flow fields when the Knudsen number (Kn; a dimensionless number that evaluates the rarefaction of the flow, Kn = mean free path / representative length of the flow) exceeds the application limits of the Navier-Stokes equations, specifically for Kn > 0.01. Additionally, when Kn > 1, a fast Monte Carlo method can be selected. 【Features】 ■ Analyzes the behavior of neutral particles without charge under general rarefied gas conditions ■ Enables analysis of viscous flow regions by specifying a new collision calculation method ■ Capable of analyzing structures of arbitrary shapes and spatial mesh divisions ■ Provides accurate analysis for any mixed gas ■ When collisions with walls are dominant, a fast Monte Carlo method can be selected *For more details, please refer to the PDF document or feel free to contact us.
