Last Updated： Aggregation Period:Oct 15, 2025～Nov 11, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 15, 2025～Nov 11, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 15, 2025～Nov 11, 2025
This ranking is based on the number of page views on our site.
46～60 item / All 194 items
We manufacture lost-wax castings and regular castings.
In lost-wax casting, we pursue small and lightweight products, aiming for precision that is comparable to machining. We accommodate a wide range of materials including gray cast iron, ductile cast iron, stainless cast steel, and special cast steel.
Enabling the realization of high-quality plastic products! Plastic injection molding simulation.
"AUTODESK MOLDFLOW" is a simulation software that allows for detailed verification of the plastic injection molding process through resin flow analysis. By validating plastic product design, mold design, injection molding processes, and the suitability of resin materials, it enables the optimization of various designs, making it possible to achieve high-quality plastic products. Additionally, by conducting verification during the development stage, it allows for the early identification of molding defects and issues that may arise during the molding process. Implementing effective countermeasures for defects helps in reducing costs, shortening development time, and avoiding mass production issues in advance. 【Features】 ■ Enables the realization of high-quality plastic products ■ Allows for the early identification of molding defects and issues that occur during the molding process ■ Helps in reducing costs, shortening development time, and avoiding mass production issues in advance *For more details, please refer to the PDF materials or feel free to contact us.
Long-term simulation of deterioration of concrete structures due to "chloride attack, carbonation, and freeze-thaw damage." Utilization of meteorological observation data from 155 locations nationwide.
The long-term performance simulation program for concrete structures, "LECCA2-Std," is a program that can quantitatively capture the time-dependent changes in deterioration phenomena caused by carbonation, salt damage, or freeze-thaw damage in two dimensions. This program not only enables two-dimensional FEM calculations and the estimation of rebar corrosion amounts but also visually displays distribution maps of rebar corrosion amounts and chloride ion concentrations. Additionally, it allows for the formulation of maintenance plans tailored to product specifications by specifying the physical properties of repair materials. 【Features】 ■ Two-dimensional FEM calculations ■ Prediction of surface concentration and diffusion coefficient ■ Estimation of rebar corrosion amounts ■ Formulation of maintenance plans ■ Visual display *For more details, please refer to the PDF materials or feel free to contact us.
Additional information on new materials! Long-term performance simulation program for concrete structures.
"LECCA2-Lite" is a long-term performance simulation program for concrete structures. It can quantitatively capture the time-dependent changes in deterioration phenomena due to carbonation, salt damage, or freeze-thaw damage in two dimensions. Designed for use by general engineers, it has been developed to limit the analysis modes in "LECCA2" to the necessary range for practical applications. While maintaining the conventional simulation accuracy, it minimizes the number of input parameters, resulting in a more intuitive and user-friendly specification. Additionally, information on new materials based on recent findings has been added, making it suitable for the formulation of maintenance management plans. 【Function List】 ■ 2D FEM calculation ■ Prediction of surface concentration and diffusion coefficient ■ Calculation of rebar corrosion amount ■ Maintenance management plan ■ Visual result display *For more details, please refer to the PDF materials or feel free to contact us.
Achieving highly scalable EV/HEV HILS!
This is a full vehicle model for EV/HEV that is compatible with HILS environments available for system design of EV/HEV and design/testing of control ECUs. By collaborating with dedicated hardware such as motor HILS/battery emulators, it is also possible to create an integrated testing environment for hybrid/motor/battery ECUs that simulates vehicle operation. Please contact us for more details or download the catalog.
Ford Germany successfully achieved cost savings of several tens of millions of euros by introducing simulation into the entire process chain of the press forming process.
At Ford Germany, simulations are conducted for all production parts. The objectives are: ● Cost reduction ● High robustness in production ● Shortening of development time To achieve these, AutoForm has been introduced across the entire process chain of the pressing and forming process. ● Cost reduction ⇒ Attempting to reduce time even in the prototype stage of molds, aiming for cost reduction ⇒ Utilizing AutoForm to optimally use blanks and strip materials ⇒ Considering the reduction of process steps ● High robustness in production ⇒ Implementing shape correction based on reliable calculations from AutoForm-Sigma ⇒ Variations in conditions such as material property differences do not affect reliability ● Shortening of development time ⇒ Adopting AutoForm, which has fast calculation speeds from the early stages of product development to mass production, allowing for the manufacture of high-quality parts even with reduced development time.
By using simulation software, we can quickly deliver molds suitable for production to our customers.
This document explains the simplification of the design and build of press forming molds. It discusses shortening the delivery time of molds by up to two-thirds, utilizing simulations to address the mounting challenges of springback, and improving accuracy and reducing model creation time through the optimization of trim lines. [Contents] ■ Shortening the delivery time of molds by up to two-thirds ■ Utilizing simulations to tackle the mounting challenges of springback ■ Improving accuracy and reducing model creation time through the optimization of trim lines *For more details, please refer to the PDF document or feel free to contact us.
Introduction of software that considers phase transformation between quenching and thermal deformation after cooling.
The "AutoForm-PhaseChange Plug-In" is software that, when combined with the AutoForm-Thermo Plug-In, can realistically simulate the hot press forming process of ultra-high-strength steel materials. In the automotive industry, the hot press forming process is extremely important to meet the requirements for improving collision safety levels and reducing weight. 【Features】 - Realistic simulation of the hot press forming and quenching processes - Forming of complex-shaped parts with suppressed springback effects - Press-formed parts that meet target local strength characteristics - Improved accuracy in collision analysis 【Main Functions】 - Rapid simulation of direct and indirect hot press forming processes - Complete thermo-mechanical coupled simulation considering phase-dependent material properties - Phase transformation during quenching and thermal deformation after cooling - Support for tailored tempering processes - Graphic display of final part characteristics, including thickness distribution, strain-stress distribution, and the distribution and ratio of different material phases, along with the resulting hardness.
Programming and simulation of work machines! Contributing to the improvement of NC program accuracy.
We would like to introduce resource validation using the 3D simulation "3DEXPERIENCE DELMIA," focusing on "NC part machining." It fully supports milling, turning, and mill-turn operations. It integrates turning and milling processes into a single NC program and defines the NC program in the context of a virtual NC machine. It verifies high-speed and collision-free accurate tool paths, contributing to the improvement of NC program accuracy. 【Features】 ■ Full support for milling, turning, and mill-turn operations ■ Integration of turning and milling processes into a single NC program ■ Definition of the NC program in the context of a virtual NC machine ■ Integrated machining simulation with material removal ■ Creation of cutting tools and tool assemblies using ISO 13399 standards *For more details, please refer to the PDF document or feel free to contact us.
Access and edit variables based on 103 types of anthropometry! Supports the creation of accurate mannequin models.
Introducing the verification of work environments considering workability and safety using the 3D simulation "3DEXPERIENCE DELMIA." Achieving early identification of ergonomic issues. Supporting the creation of accurate mannequin models and conducting simulations and verifications of work processes. Additionally, access to and editing of variables based on 103 types of anthropometry is possible. 【Features】 ■ Support for creating accurate mannequin models ■ Access to and editing of variables based on 103 types of anthropometry ■ Simulation and verification of work processes ■ Verification of visibility, reach, space, posture, comfort, and safety based on ergonomics *For more details, please refer to the PDF materials or feel free to contact us.
Instantly calculate the resin filling path predicted from the product shape, enabling quick optimization of gate positions and adjustment of weld lines.
Real-time level predictions of time-history flow paths in resin injection molding have become possible through our unique calculation algorithm, which focuses on the effects of product shape, injection position, and injection volume ratio. In addition to initial scheme considerations, seamless collaboration with ASU/MOLD allows for rapid narrowing down of cases for detailed analysis, thereby reducing lead times.
Simulate solar power generation, self-consumption, and storage batteries with i-Pals! From estimates to proposals, achieve maximum performance with a smart tool!
We will be exhibiting at the Makuhari Messe from October 2 (Wednesday) to October 4 (Friday). "i-Pals" is Windows-compatible software that streamlines the simulation and proposal process for solar power generation systems. Whether for industrial or residential use, it allows for the creation of shadow diagrams and simulations of self-consumption and battery storage with just the push of a button. With easy operation, it efficiently enables the proposal of better plans. 【Do you have any of these concerns?】 ■ "The design work for solar power generation is time-consuming." ■ "I want to perform simulations for battery storage." ■ "I want to accurately simulate power generation and self-consumption rates." With "i-Pals," we utilize a wealth of drawing tools to flexibly accommodate both ground-mounted and roof installations. With a variety of drawing tools and power generation simulation functions, we can quickly create the best plan by comparing and combining multiple patterns. We achieve efficient business execution and proposal work. If you are having trouble with estimates, designs, or proposals for solar power generation or battery storage, please download our materials and take a look! ～ 【Free】 Trial Information ～ We have prepared sample simulations. Please experience it through the link below!
Easy, convenient, and fun! Anyone can easily view and manipulate 3D.
On-site 3D makes it easier to understand the overall picture of construction by converting the site into 3D, deepening communication with clients and local residents, and enhancing the contractor's technical capabilities and reliability. The 3D data created follows the construction process, allowing anyone to perform 3D simulations for each stage, and additionally enabling cross-section cuts, transparent displays, walkthroughs, and shadow analysis. Internet-based viewing operations are also possible as needed. 【Features】 - Easy to understand for anyone - Anyone can easily view and manipulate the 3D model - Remote operation available on computers and iPads - Can be used for explanations on-site - Can be linked with Google Earth, allowing for location information to be grasped For more details, please contact us or download the catalog.
Management in VR, a new perspective! Viewing and managing reports in VR space is possible.
"E-GeoVR" is a product that allows for the exploration and visualization of measurement data and face photographs within tunnels. By sharing geological and face observation results in real-time, it enables the prior assessment of risks. Additionally, through simulations using VR, it allows for the proper arrangement and scheduling of materials, manpower, and machinery, effectively reducing construction costs and time. 【Features】 ■ Simulation of geology and topography ■ Remote presence via VR ■ Cost and time efficiency *For more details, please refer to the PDF materials or feel free to contact us.
Create realistic construction images from current photos! Easily simulate your vision.
"Realim Standard" is an exterior renovation simulation software developed for general residential exterior renovation contractors. Based on current photos, it quickly proposes various construction image simulations, enhancing order acquisition capabilities and reducing outsourcing production costs. Additionally, by using "Realim View," it can be easily shared in the cloud while on the go, allowing clients to consider colors and materials at their own homes. [Features] ■ Improved order rate with realistic images and quick proposal capabilities ■ Easy presentations at showrooms or while out *For more details, please download the PDF or feel free to contact us.
