Last Updated： Aggregation Period:Jan 14, 2026～Feb 10, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jan 14, 2026～Feb 10, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jan 14, 2026～Feb 10, 2026
This ranking is based on the number of page views on our site.
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We will convert the shape into CAD.
Please use reverse engineering in manufacturing, structural analysis, product development, and mold making. ■ Fusion of scan data and CAD. ■ CAD modeling from scan data. ■ We support both contact and non-contact methods.
Introduction to modeling control systems using the GT-POWER engine model.
The engine performance modeling tool "GT-POWER" of "GT-SUITE" is an engine simulation software adopted by major engine manufacturers for engine design and development. "GT-SUITE" includes all the tools necessary to generate engine plant models that can execute quickly and in real-time from existing GT-POWER models. You can create a physically accurate full model that predicts pressure wave dynamics and in-cylinder combustion, either as a pure software (SiL) application or a real-time (HiL) application. 【Features】 ■ Quickly convert detailed GT-POWER models to high-speed execution versions ■ Use both physics-based and mean-value-based engine models ■ Solve at crank angle to capture valve events, combustion, and tuning ■ Closed-loop combustion control with multiple pulse combustion capabilities ■ Compatible with systems such as ETAS, dSpace, A&D, NI, Mathworks, etc., for both SiL and HiL *For more details, please refer to the PDF materials or feel free to contact us.
Supports all hybrid configurations and control methods! Hybrid, EV, and their respective control systems.
GT-SUITE offers a variety of toolsets for executing simulations that combine physical models of drivetrains for hybrid vehicles (HEV) and electric vehicles (EV) with key control methods for driving. By integrating various components such as electrical machines and energy storage devices of HEVs with vehicle, engine, electrical, thermal, and control libraries, it is possible to create a comprehensive integrated model of HEV or EV vehicles. 【Features】 ■ Supports all hybrid configurations and control methods ■ Vehicle, drivetrain, electrical, and control components ■ Model-based controllers for IC engines, batteries, electrical machines, and brake control ■ Fuel economy evaluation for HEV, PHEV, and EV according to EPA and SAE standards ■ Optimization of control methods for fuel economy and emissions *For more details, please refer to the PDF materials or feel free to contact us.
【Reduce costs by half】For those considering cost reduction in CAD operations.
To achieve low prices, we are implementing cost reductions as much as possible. We are ensuring that the entire process from order to delivery can be completed via the internet. We are reducing costs by minimizing expenses related to paper, printing, binders, CDs, mailing, and labor for sorting and binding. Additionally, this approach is environmentally friendly. We specialize in 2D CAD tracing without design elements and 3D CAD modeling work, which allows us to keep prices low. However, our company is not just a "simple CAD data input center." Please read the following points to understand why. Designers with advanced design skills will handle customer interactions and provide instructions to operators, ensuring that we maintain high quality despite our low prices. In these challenging times, we will strive to be your ally by maintaining both low prices and high quality.
Speedy and versatile mesh creation possible! High-speed, high-performance general-purpose CAE modeling.
The pre- and post-processor 'HyperMesh', which has been widely adopted in various fields both domestically and internationally for over 30 years, has been reborn as 'HyperWorks'. 'HyperWorks' is a general-purpose pre- and post-processing system that enables the rapid and efficient creation of finite element models as well as finite difference models. It allows for diverse mesh creation and offers excellent graphics processing and usability for large and complex models. Additionally, we also handle the pre- and post-processing system 'SimLab', which makes it easy to create finite element models from complex assembly CAD models. 【Features of HyperWorks】 ■ Quick response and sophisticated user interface ■ Fast and versatile mesh creation ■ Mesh modification ■ Parametric changes to features ■ Creation of neutral surfaces *For more details, please refer to the related links or feel free to contact us.
Equipped with direct CAD import and robust mesh creation capabilities, it supports the automation of the CAE process!
"SimLab" is a feature-based modeler that allows for the agile manipulation of large-scale models while quickly creating high-quality finite element models. It is equipped with advanced automatic shape recognition capabilities and automatic optimization functions for mesh arrangement and element quality. Since it can generate high-quality meshes in one go, there is no need to re-mesh and repeatedly input calculations, significantly improving analysis accuracy. 【Features】 ■ High analysis accuracy ■ Diverse mesh shape modification and creation functions ■ Automation of modeling ■ Direct access to CAD and automatic healing ■ Knowledge sharing using templates/process automation ■ Automatic/manual hexahedral mesh and hybrid mesh creation functions *For more details, please refer to the related links or feel free to contact us.
Device analysis tool for high breakdown voltage AlGaN/GaN HEMT device structure.
Simulation of AlGaN/GaN HEMT with a magnesium layer structure that has a high breakdown voltage. By optimizing the length of the magnesium (Mg) layer and its doping density, a breakdown voltage of 900V is achieved. (Specifically illustrating the length of the magnesium layer, doping density, and the length of the drift region.) The magnesium layer is effective in enhancing the breakdown voltage of AlGaN/GaN devices.
It is a suitable solution for the definition and regeneration of pulses.
The combination of the R&S Vector Signal Generator and R&S Pulse Sequencer software from Rohde & Schwarz is an ideal solution for defining and reproducing pulses. This solution, reflecting industry demands, is designed to accommodate all pulse scenarios related to radar receiver testing. 【Features】 ■ Quickly and easily model various types of pulses using predefined templates ■ Provides a wide range of pulse shapes and predefined modulation formats ■ Accounts for pulse shape degradation due to real-world effects ■ Generates pulses with an 80dB on/off ratio for I/Q modulated pulses ■ Generates arbitrary pulse sequences with user-defined sequences *For more details, please refer to the PDF document or feel free to contact us.
Our technology is full of playful spirit.
This is the creation of a machining program for 3D shapes using Mastercam. We value the curiosity and playful spirit of "Oh, this is interesting!" While these may not always lead to work, sometimes unexpected ideas or technologies can emerge from them. The model of the electric drill in the photo started when I casually picked it up and thought, "Oh, this pattern is interesting," and I began modeling it by measuring with just a ruler, starting from a state with no drawings or anything.
Modeling through computer processing
Newtex Co., Ltd. is located in Yao City, Osaka Prefecture, and specializes in plastic molds and surface processing such as embossing and etching of metals. Here, we introduce "modeling through computer processing." [Features] ■ Cutting Machine ■ 3D Modeling Machine ■ Roll NC Processing For more details, please refer to our catalog or feel free to contact us.
I.M.C. will fully enter the high-frequency/microwave device model business for GaN (gallium nitride) devices in Japan.
GaN devices, a type of compound semiconductor, have recently become the main players in the field of compound semiconductors due to their high-speed operation and ability to handle high power, with practical applications in high-frequency and microwave amplifiers beginning in earnest. ◆Full-scale Entry of Nonlinear Models for GaN Devices◆ 1. Qorvo has started providing a nonlinear model library to microwave EDA users in Japan. 2. Based on the technology cultivated in GaN HEMT modeling, Qorvo has packaged the process from measurement to model generation and has begun offering it as a professional service. With expertise in modeling, we include high-precision measurements and advanced models with scalability features, and we provide services for model and library development compatible with industry-standard EDA software as a single package service.
For those considering outsourcing CAD modeling! Leave it to us for fair pricing and years of expertise.
Dai Engineering offers the production of "CAD models." Our company has experts in modeling who respond to customer requests with careful work and extensive knowledge. Additionally, we use various CAD software in-house to perform modeling as efficiently as possible, allowing us to provide data at a reasonable price without incurring unnecessary costs. If you have concerns such as "I don't know where to ask" or "I want detailed modeling," please feel free to consult with us. 【Features】 ■ Experts in modeling are on staff ■ Responding to customer requests with careful work and extensive knowledge ■ Capable of providing data at a reasonable price without incurring unnecessary costs ■ Implemented Geomagic DesignX to meet customer demands ■ Able to handle the digitization of point cloud data *For more details, please refer to the PDF materials or feel free to contact us.
Specialist in wooden molds! We support the reduction of lead time in your product development.
Ace wooden patterns support the shortening of lead times for customer product development from various aspects. Since the 1990s, our company has been engaged in the production of wooden patterns for racing car engines, and we have received high praise for our design, processing, and assembly technologies. We apply wooden pattern manufacturing technology to various fields, supporting high-quality sand casting. Additionally, it is possible to improve the accuracy and quality of product shapes by modifying the casting plan without altering the product shape itself. This method can only be realized thanks to the know-how cultivated through years of traditional casting. 【Features】 ■ Responding to total short delivery time needs until the completion of cast products ■ Cutting-edge technological capabilities in the world of cast components ■ Feedback of information that can only be obtained through casting product evaluation *For more details, please refer to the PDF materials or feel free to contact us.
![[Support Menu] 3D Data Modeling](https://image.mono.ipros.com/public/product/image/33a/2001043785/IPROS35676531288958587484.png?w=280&h=280)
Outstanding modeling technology! 3D data creation of products using high-end CAD is possible.
We would like to introduce the "3D Data Modeling" support menu offered by Assist Corporation. We provide advanced modeling skills through dedicated staff, and we can create 3D data from sketches, photos, and drawings. We also perform reverse modeling from physical objects using non-contact 3D measurement devices and conduct shape comparisons with product data. 【Features】 ■ Creation of 3D data for products using high-end CAD ■ Data modeling from sketches, photos, and drawings is also possible ■ Reverse modeling from physical objects using non-contact 3D measurement devices and shape comparisons with product data are also possible *For more details, please refer to the PDF materials or feel free to contact us.
30% reduction in modeling man-hours! Accelerating development through the standardization and efficiency of introduction modeling.
"3D modeling" is a process that can dramatically improve the productivity, speed, and accuracy of the development process. It allows for visual confirmation of shapes that are difficult to prototype, enabling consideration and analysis during the development stage. Additionally, we respond to manufacturing needs on-site by using "design review models," "mold production models," and "analysis models." 【Features】 ■ Design review model → 3D data that confirms the relationship with other parts ■ Mold production model → 3D data that can be directly used when creating mold data ■ Analysis model → 3D data that meshes necessary parts and is less prone to creation errors *For more details, please refer to the PDF materials or feel free to contact us.
Experienced engineers will solve your company's problems. We will assist you with design considerations, modeling, and analysis, leading to production!
Our company offers "product and mechanism design, 3D/2D CAD modeling, analysis, and CG services." Whether it's parts for transportation equipment like automobiles, home appliances/components, medical devices, plants, or consumer products, regardless of size, if you are having trouble with drawing production, design, or modeling, please feel free to leave it to us. Additionally, we also provide proposals and services for manufacturing from mass production mold creation to molding and assembly, as well as handling various engineering plastics. *For more details, please refer to the PDF materials or feel free to contact us.
We will provide technology that can be reproduced without the need for high-performance equipment.
We would like to introduce a case study of 3D CAD modeling work undertaken by Thinkri P.A. In this case, we will present an example where our company created data while the client conducted redesign and analysis using "3D CAD modeling in reverse engineering." [Case Study: Request Details] ■ We want to 3D scan an existing product and convert it into CAD data. ■ We want to differentiate between necessary and unnecessary shapes for the CAD data conversion. ■ We want to remove fine edge lines from the output data. ■ We want to improve data accuracy for future CAE analysis, etc. *For more details, please refer to the PDF document or feel free to contact us.
システムのM&Sにおけるすべてのステージにおいて、様々なニーズに対応可能！
『Scenargie(R)(シナジー)』は、高い拡張性を備えた統合シミュレーション フレームワークです。 大規模かつ複雑なシステムを対象に、並列離散事象シミュレーション技術、 マルチエージェントシミュレーション(MAS)技術、地理情報システム(GIS) 技術などの多彩な先進技術を用いることにより、現実的なシナリオを想定した エンド・エンド間のシステム性能を評価することを実現しました。 【機能紹介】 ■地理情報(GIS)を読込んだシナリオの作成 ■電波伝搬ライブラリとの連携 ■統計情報解析機能 ■シミュレーション録画機能 ■柔軟な地図作成機能 ※詳しくはPDFをダウンロードしていただくか、お気軽にお問い合わせください。
Free creation that pursues design and expressiveness. Utilizing high-level CG knowledge and practical experience learned abroad for creative video production.
The essential hero image for promotions serves as a character image that enhances sales promotion and the impression it leaves on the audience is influenced by that image. At Stylus, we provide rendering images that capture the target audience using high-level CG techniques.
We will explain "3D models," which have come to be utilized in various fields, from the basics of "3D models" to actual use cases.
"3D models" have been utilized in creative fields such as games and animation (3DCG) as well as in engineering fields like design and manufacturing (3DCAD). However, due to advancements in modeling software, improvements in hardware performance for processing 3D models, and the proliferation of VR and AR, they have begun to be used in various fields. 【Contents】 ■ What is a 3D model ■ Formats and characteristics of 3D models ■ The process of 3D modeling ■ Advantages and use cases of 3D models ■ List of equipment used ■ FAQ If there are no drawings available or if modeling is difficult due to complex shapes, a 3D scanner can be used to create a 3D model from point clouds. By creating a 3D model, the following tasks become possible: 【Uses of 3D models】 ■ Drawing creation ■ VR/AR ■ Reverse engineering ■ Simulation ■ Digital archiving ■ 3D printing, etc.
Achieved an 80% reduction in the man-hours for vehicle interior sound analysis modeling! Significantly improved meshing of interior components and the vehicle interior space.
Jupiter-Cabin Acoustic is a mesh modeling feature for cabin acoustic analysis. Due to the need for large shape interpolation and numerous acoustic-structural couplings, cabin acoustic modeling typically involves manual routine work, making it a task that is often personalized and strongly desires a reduction in man-hours. By using the dedicated features of Jupiter-Cabin Acoustic, it becomes easier to create high-precision analysis models. In particular, meshing of interior components and cabin space is significantly improved with surface reverse engineering capabilities and powerful wrapping functions. ############################################################################ For features and case studies, please refer to the product page in the related links. Feel free to contact us with any inquiries, no matter how trivial.
This time, I modeled the streets and interiors. I completely recreated the actual streets!
This time, we modeled the streets and interiors. We have completely recreated the actual streets! You can see the city from angles that are usually not visible! Please be sure to watch until the end. *For more details, please refer to the PDF document or feel free to contact us.
This time, I modeled Higashi-Omiya Station. Of course, this is also to scale.
This time, we modeled Higashi-Omiya Station. Of course, this is also to scale. Since there are trains running in the model, please try to find them. *For more details, please refer to the PDF document or feel free to contact us.
Robotization of factories - With 3D data, interference checks are possible, making implementation much easier.
Do you have any questions or issues regarding the introduction of robots? We have a model of the new robot to be introduced, but we would like to create a 3D model of the existing equipment to consider and simulate the robotization. We want to check for interference with the equipment in advance... For those who have such concerns, 3D modeling can be very helpful! We will carry out measurements and data creation without stopping the factory or doing manual measurements. There are many benefits to modeling. *For more details, please refer to the PDF document or feel free to contact us.
The ultimate goal is to provide models with CAESES in one click and at high speed!
This article introduces FRIENDSHIP SYSTEMS, the developer of the optimization software CAESES, and their modeling request from MTU Friedrichshafen. MTU Friedrichshafen designs large turbochargers for diesel engines and uses CAESES for the design of engine components such as volutes. Some of their impeller designs are created using NUMECA Autoblade, and these models are exported in ASCII format (.vda). This format essentially includes point data for the profiles of the hub and shroud in the meridional direction, as well as the blade shapes. *For more details, you can view the related links. For further information, please download the PDF or feel free to contact us.*
It is now possible to automatically optimize the cooling structure and cooling performance in conjunction with changes to the blade shape!
The blades used in aircraft engines and gas turbines become very hot, so cooling air is supplied to the countless holes on the blade surface through cooling passages provided inside the blades. In conventional design methods, automatic optimization was considered difficult due to the complexity of shapes, robustness of mesh generation, and computation time. However, this case presents an example of fully automated optimization using CAESES. *For more detailed information, please refer to the related links. For further details, you can download the PDF or feel free to contact us.*
Explanation of the geometry settings for turbo ducts and model variations!
When designing high-performance engines in the field of motorsports, it is necessary to pay attention to complex duct shapes, intake manifolds, and other uniquely shaped components. To increase the engine's horsepower, it is essential to find the appropriate shapes for these configurations. For example, advanced designs like high-flow turbo ducts can significantly accelerate the entire process through flexible and variable CAD shapes. By using a series of design variables, shape deformation can be performed through automated optimization strategies, allowing for the minimization or achievement of objective functions (such as pressure loss and desired flow characteristics like uniformity). At the same time, it is important to ensure that these do not violate constraints related to the designated space. *For more detailed information, please refer to the related links. For further inquiries, feel free to download the PDF or contact us.*
