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simulation(3D CAD) - List of Manufacturers, Suppliers, Companies and Products

Last Updated： Aggregation Period:Jul 23, 2025～Aug 19, 2025
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simulation Product List

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CAD/CAM/CAE/Simulation

CAD/CAM/CAE/Simulation

Contributing to the improvement of on-site quality! Experienced in development using commercially available 3D CAD.

Our company is engaged in the development of various "CAD/CAM systems." With the advancement of 3D design, we have extensive experience in development using commercially available 3D CAD software. We are also involved in activities aimed at developing new technologies through collaborative research with universities. In addition, our "CAE system" conducts machining simulations based on models (2D, 3D) and supports the development of analysis tools for loads (tension, compression, bending), thermal displacement, and more. 【Future Developments】 ■ NC machine tools equipped with 3D CAD/CAM ■ CAM development utilizing GPUs ■ Process design systems for machining *For more details, please refer to the related links or feel free to contact us.

  • 3D CAD

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3D molding simulation

3D molding simulation

We realize reliable products with an excellent system!

This is an introduction to "3D Forming Simulation" by Meisei Metal Industry Co., a comprehensive manufacturer of press molds. We support various types of 3D forming simulations, including SE activities, 3D design, and CAD CAM.

  • Mold Design

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Simulation with high-speed machining capabilities! 【OneCNC 2D Machining】

Simulation with high-speed machining capabilities! 【OneCNC 2D Machining】

CAD/CAM system "OneCNC" Mill series

We would like to introduce the 2D machining capabilities available in the Mill series of the CAD/CAM system "OneCNC." The OneCNC Mill series supports 2D machining such as contour machining, pocket machining, and hole machining through feature recognition. It is equipped with high-speed machining tool paths that consider cutting loads and a feature for finishing cuts, which significantly contributes to extending tool life and reducing machining time. In addition to importing 2D data from DXF, it also supports reading 3D data, allowing for the creation of 2D machining paths using 3D models. 【Supported Modules】 2D CAD/CAM: Mill Express 3D CAD/CAM: Mill Professional, Mill Expert *For more details, please refer to the PDF materials or feel free to contact us.

  • 2D CAM

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Bend Simulation SheetPartner M-BEND

Bend Simulation SheetPartner M-BEND

High-End Bend Simulation SheetPartner M-BEND

SheetPartner M-BEND allows for efficient progression of the bending process by simulating combinations of molds, punches, dies, bending sequences, and whether bending can be executed without interference in advance. Depending on the processing machine, it can even create NC data. Even without a 3D CAD, bending simulations can be performed using only DXF files output from 2D CAD/CAM, making it easy to operate without requiring advanced 3D CAD skills. *For more details, please download the PDF or feel free to contact us.

  • 3D CAD

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Contributing to shorter delivery times and reduced defective products! CAD/CAM and cutting simulation.

Contributing to shorter delivery times and reduced defective products! CAD/CAM and cutting simulation.

Achieve reduced defects and shorter delivery times! Enables early detection of issues and accurate scheduling.

Our company uses CAD/CAM (VISICAD, hyperMILL) to incorporate 3D CAD created in the casting department during mold manufacturing, design the machining shapes, and design and manufacture jigs and tools. By planning exactly as per the actual shape, we can detect issues in advance and achieve accurate scheduling. Additionally, we use the industry-leading VERICUT for cutting simulation, which effectively reduces defects during prototyping and shortens delivery times. [Features] - Incorporate 3D CAD to design machining shapes and design and manufacture jigs and tools - Plan exactly as per the actual shape - Detect issues in advance and achieve accurate scheduling - Use the industry-leading VERICUT for cutting simulation - Effectively reduce defects during prototyping and shorten delivery times *For more details, please refer to the PDF document or feel free to contact us.

  • Other CAD

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3D simulation services for automation devices, equipment, and robots.

3D simulation services for automation devices, equipment, and robots.

By creating and simulating virtual equipment, we quickly provide services such as identifying challenges in equipment implementation and examining feasibility.

Since our establishment, we have introduced 3D-CAD (SolidWorks) to improve the quality and efficiency of equipment manufacturing. To maximize the advantages of 3D drawings, we have also implemented 3D simulator software and a VR environment. This allows us to animate conceptual drawings created with 3D-CAD and enables users to experience the equipment in a virtual space. By creating and simulating virtual equipment according to customer requests, we can quickly provide detailed services such as identifying challenges in equipment implementation and examining feasibility.

  • Other CAD related software
  • simulator
  • 3D CAD

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3D Robot Simulation: CATIA, FANUC, Yaskawa

3D Robot Simulation: CATIA, FANUC, Yaskawa

We are utilizing cutting-edge systems such as 3D robot simulation and FEM analysis to improve productivity and quality.

【3D Robot Simulation】 - CATIA DELMIA FAST CURVE - FANUC ROBO GUIDE - Yaskawa Electric MOTO SIM A diverse group of engineers, from skilled professionals to young talent, provides stable quality and the latest technology. Leave everything from design to simulation, analysis, and robot teaching to us. *We have released simulation analysis videos on our website. Please take a look. http://www.yanagita-iw.jp/analysis/

  • simulator
  • Other industrial robots
  • Assembly Machine

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[3D Simulation] Share device images with moving conceptual diagrams.

[3D Simulation] Share device images with moving conceptual diagrams.

We will enhance the front-loading system and work with our customers to derive the "optimal solution" for the equipment.

We provide conceptual proposals using 3D CAD according to the status of business negotiations. By sharing the device image with customers through a 3D model, we aim to eliminate discrepancies in understanding as much as possible and improve quality. Additionally, we believe that by flowing workpieces on the 3D model and processing, assembling, and transporting them, we can significantly enhance the level of shared device imagery. By bringing the 3D model from the detailed design phase (technical) to the conceptual consideration phase (sales), we strengthen the front-loading system and derive the "optimal solution" for the device together with our customers. *For more details, please refer to the PDF document or feel free to contact us.*

  • Other CAD related software
  • simulator
  • 3D CAD

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3D scanning enables simulation of large machinery transportation and installation *Case study of implementation

3D scanning enables simulation of large machinery transportation and installation *Case study of implementation

It is possible to simulate the removal of old equipment and the installation of new equipment! You can now discuss and confirm the delivery route even from a remote location.

We would like to introduce a case where large machinery was delivered and installed at a printing factory by performing a "complete 3D scan of the factory" from a remote location. The printing factory that requested our services was considering the delivery and installation of large machinery, but it was challenging to coordinate while gathering at the factory to see the actual equipment. Reproducing the factory in 3D required aligning with 3D CAD, which would incur enormous costs. With the "BUNSHIN" delivery simulation, it became possible to discuss and confirm the delivery route as if we were on-site, even from a remote location. This helped reduce the time and costs associated with the delivery and installation of the equipment. 【Challenges】 ■ After the COVID-19 pandemic, it is not possible to gather at the factory and coordinate while viewing the actual equipment. ■ Reproducing the factory in 3D requires alignment with 3D CAD, which incurs enormous costs. ■ While there are systems to reproduce virtually, they are merely photo-like data, making it impossible to modify the content or integrate with CAD data. *For more details, please refer to the PDF document or feel free to contact us.

  • simulator

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3D CG production, 3D simulation

3D CG production, 3D simulation

We undertake CG production for the manufacturing industry, including industrial machinery and industrial robots.

■3D CG Production Our company is capable of producing 3D CG tailored to customer needs, including industrial product 3D CG production, 3D CG production for overseas companies, and 3D CG production for medical devices and robots. We provide high-quality CG with compelling appeal through CG visuals, so please feel free to contact us. 【3D CG Production Achievements】 Kawasaki Heavy Industries, Ltd. - CG video for exhibitions Kobe Steel, Ltd. - Promotional video HISAKA Works, Ltd. - Promotional video Promotional video (http://youtu.be/gZRhoTNUOlE) (And many others) ■3D Simulation - 3D Virtual Module Assembly and Operation Simulation This is a simulation where various modules can be registered and assembled. The assembled modules can also be operated. It is possible to set parameters such as motor speed and module weight. - 3D Physics Simulator This is a sample content that sends the same program to both a real robot and a virtual 3D robot to verify operation. It can be used for verification before prototype production, checking connections with peripheral devices, and confirming the operational status of equipment in remote locations.

  • Other contract services

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NC machine simulation … IMSverify

NC machine simulation … IMSverify

Work machines operate on a PC! Virtual NC machining machine "IMSverfy." It reads NC data and reproduces the movements of NC machine tools within the PC!

A NC machine simulator that interprets G-code data for various controllers, including FANUC and Heidenhain, to perform machining simulations. It simultaneously conducts machining simulations alongside the movement of the machine tool, allowing you to verify the actual movements of the machine while also checking the machining state of the workpiece. It also comes standard with a feature that automatically determines "inclusions" and "leftover material" by comparing product data (CAD data) with machining results in IMSverify. This is done in conjunction with interference checks, enabling pre-machining verification on a PC. IMSverify allows you to confirm the same movements as the actual machine on your PC screen, so even when creating NC data manually without using CAM, you can perform debugging tasks for the NC data as a substitute for the actual machine. It supports not only machining centers but also NC lathes, turning centers, and multi-tasking machines. Your factory can be recreated within the PC screen.

  • simulator

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GT-POWER for acoustic simulation

GT-POWER for acoustic simulation

Advanced features and applications are abundant! Analysis of the acoustic characteristics of the intake and exhaust systems.

Many customers using "GT-SUITE" utilize simulations as a clue for the development of intake and exhaust systems, particularly regarding the acoustic performance of these systems. The advanced Navier-Stokes-based solver inherently resolves the pulsations of pressure waves within the simulated system. The results of these pressure wave pulsations propagate as noise through the engine's intake and exhaust ports. Both the level and characteristics (frequency components) of this propagated noise can be calculated. 【Features】 ■ Rapid and reliable creation and meshing of complex shapes ■ Modeling of intricate components in a short time ■ Meshing of models in orthogonal 3D coordinates ■ Capturing 3D acoustic effects during the runtime of 1D system simulations ■ Executing the overall analysis, including meshing, in batch mode as part of the optimization process *For more details, please refer to the PDF materials or feel free to contact us.

  • Company：IDAJ
  • Price：Other
  • Other analyses
  • Acoustic Analysis

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Manufacturing Cost Simulation aPriori

Manufacturing Cost Simulation aPriori

Calculating manufacturing costs from 3D models, along with manufacturability and sustainability, through front-loading. This will enhance corporate value.

aPriori utilizes 3D data to provide three key metrics necessary for decision-making in manufacturing. (1) Cost: Achieves easy and real-time manufacturing cost simulation with minimal input items. (2) Manufacturability: Graphically identifies cost reduction factors and provides early insights to designers. (3) Sustainability: Calculates CO2 emissions related to manufacturing, including the supply chain, and offers new manufacturing metrics.

  • Software (middle, driver, security, etc.)

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Modeling and Simulation "Altair Inspire"

Modeling and Simulation "Altair Inspire"

The software is easy to learn! It analyzes complex functions and verifies and applies loads!

"Altair Inspire" is software that allows design engineers, product designers, and architects to easily and efficiently create and validate designs with excellent structural characteristics. This product utilizes the design concept generation technology and analysis technology of "Altair OptiStruct." By combining it with existing CAD tools, it supports structural design without rework, as well as reductions in cost, development time, material usage, and product weight. 【Features】 ■ Generation and analysis of structurally efficient concepts ■ Support for optimization and analysis of parts and assemblies ■ Quick and easy cleanup and defeaturing of problem areas within shapes ■ Understanding of behavior for linear static analysis and modal analysis ■ User-friendly interface that can be learned in a short time *For more details, please refer to the related links or feel free to contact us.

  • Structural Analysis

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