Last Updated： Aggregation Period:Nov 12, 2025～Dec 09, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Nov 12, 2025～Dec 09, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Nov 12, 2025～Dec 09, 2025
This ranking is based on the number of page views on our site.
16～30 item / All 148 items
SMD component land/mask design software
A new land mask design method for optimal implementation has been systematized based on the implementation know-how of Panasonic Factory Solutions Co., Ltd. FA Research Institute.
![Mitarepo [45] Testing the capabilities of BobCAD-CAM's deburring path.](https://image.mono.ipros.com/public/product/image/9ae/2000689463/IPROS76417783012545106247.jpeg?w=280&h=280)
[Mitarepo] I want to automate the troublesome deburring process! What is the capability of BobCAD-CAM's deburring path? | System Create
"Mitarepo" is a series that introduces what can be done using various products with the concept of "I tried doing this!" We will deliver useful information each time from the wide range of product genres handled by System Create. The theme of Vol. 45 is "Testing the capabilities of the deburring tool path in BobCAD-CAM!" Recently, we will actually verify the capabilities of the newly added deburring tool path in "BobCAD-CAM 3AXIS Premium," which was introduced at Marsgo. This time, we collaborated with G-BEC Technology Co., Ltd. and used their dedicated deburring end mill to perform the deburring! We used aluminum for the workpiece. Assuming the processing of flat holes and tolerance holes, we will check the state of each burr and the processing time. "Can low-cost CAD/CAM really handle deburring?" "Will secondary burrs still appear in the end?" We will explain the capabilities of the BobCAD-CAM deburring tool, along with verification photos and comments from the technical staff. *You can download the materials from the button above.
We propose suitable forms that meet various requirements! For initial design plans and improvements to existing structures.
"OPTISHAPE-TS" is software that assists in the research, development, and design of automotive parts, electrical equipment, construction machinery, and more. With its topology optimization feature, it presents new design proposals that capture the essence of mechanics. It enhances design ideas from the results obtained, enabling early concepts and early designs. We promise to improve current processes through cost reduction and quality enhancement, leading to shortened development and manufacturing periods and reduced costs. 【Features】 ■ Proposes the ideal "shape of things" through structural optimization ■ Improves current processes through cost reduction and quality enhancement ■ Commits to reducing development and manufacturing periods and costs ■ Utilized in various scenarios, including initial design stages and improvements to existing shapes *For more details, please refer to the related links or feel free to contact us.
![[Example] From the initial layout design of the lower arm to detailed design.](https://image.mono.ipros.com/public/product/image/988/2000818727/IPROS08021853080281511956.png?w=280&h=280)
HiramekiWorks" is a structural optimization design software equipped with both "topology optimization functions" and "shape optimization functions.
Topology optimization is useful for the initial layout design of products due to its nature of creating holes in the model. On the other hand, shape optimization modifies the surface shape of the model, allowing for the evaluation of not only rigidity but also stress, making it beneficial for the detailed design of products. In this case, after performing topology optimization on the lower arm to determine the layout shape, shape optimization is conducted on the resulting solid model to obtain a detailed shape that meets rigidity and Mises stress constraints. *For more details, please refer to the related links or feel free to contact us.*
![[Example] Topology optimization of a monitor arm designed with bilateral symmetry in mind.](https://image.mono.ipros.com/public/product/image/ec5/2000818732/IPROS26348288060113669465.png?w=280&h=280)
HiramekiWorks" is a structural optimization design software that includes both "topology optimization functions" and "shape optimization functions.
Topology optimization is a method that expresses the optimal shape based on the density distribution of materials while keeping the mesh of the analysis model fixed. Here, we perform topology optimization with "mirror symmetry" set for the monitor arm, seeking an optimal shape that is highly rigid and symmetrical under four different analysis conditions. *For more details, please refer to the related links or feel free to contact us.*
![[Case Study] Shape optimization of link components considering interference with surrounding parts.](https://image.mono.ipros.com/public/product/image/caf/2000818735/IPROS03434408789020813853.png?w=280&h=280)
"HiramekiWorks" is a structural optimization design software that features both "topology optimization" and "shape optimization" functions.
In shape optimization, you can set a "designable area" as a manufacturing constraint. By using this feature, you can limit shape changes to ensure that they do not extend beyond the specified designable area. Additionally, even if the initial shape already extends beyond the area, you can modify the shape to fit within the designated area. Here, we will perform shape optimization for link components with a set "designable area," minimizing the volume while keeping the maximum displacement below the constraint value and within the bounds of the designable area. *For more details, please refer to the related links or feel free to contact us.*
High-frequency heating coil design software
It is ideal for the design and manufacturing sites of high-frequency heating, quenching, and annealing.
Designing MRI rooms in hospitals and clinics. Simple operation for 3D output of 5 gauss lines.
"μ-MRI" is software that allows even those without knowledge of three-dimensional electromagnetic field analysis to easily design MRI shield rooms in hospitals and clinics. By selecting an MRI from Philips, GE, Siemens, or Canon with a strength of 1.5/3.0T and simply inputting the dimensions of the shield room layout and the number of shield panels, precise calculations using the finite element method can be executed. It displays the 1 to 5 Gauss lines in three dimensions, allowing for the confirmation and adjustment of leakage magnetic fields from any angle. It is used by medical architecture and shield room design and construction companies. 【Features】 ■ Settings for room contours, shield materials and quantities, ceiling, floor, window, and door conditions ■ With just the calculation execution button, it goes from model construction to calculation execution and result display ■ Options for purchase, rental, and contract analysis are available Additionally, - We also provide consulting, analysis, and development services. *In addition to regular introductory seminars, we are currently offering on-site demonstrations and free benchmark trials. For more details, please feel free to contact us via the "Contact Form." *Introduction video for the three-dimensional MRI shield room design software "μ-MRI": https://youtu.be/8gkPwg5MPZM
Proposing a structure that meets various requirements, with a lightweight design, strong structure, and excellent vibration characteristics!!!
OPTISHAPE-TS is a Japanese software that was born as the world's first commercial phase optimization software and has continued to evolve by incorporating the latest optimization technologies for over 25 years. It can achieve weight reduction, strength enhancement, and control of vibration characteristics while meeting various constraints such as design and manufacturing requirements. 【Features】 - Built-in various finite element solvers necessary for structural optimization - Equipped with various optimization functions tailored to applications - Unique non-parametric shape optimization using a force method allows for drastic shapes - Optimization calculations accelerated through parallel processing 【Functions】 - Optimization functions - Topology optimization - Non-parametric shape optimization - Level set method shape optimization - Finite element analysis functions - Static elastic analysis - Eigenvalue vibration analysis - Steady-state heat conduction-static elastic coupled analysis - Frequency response analysis - Eigenvalue buckling analysis - Structural-acoustic coupled analysis For more detailed information, please refer to the catalog or contact us directly.
Providing new solutions for cable design and wiring operations! No complex operations required, easy to use.
"XVL Studio WR" is an original XVL Studio package from Zuken that enables 3D cable wiring in conjunction with circuit connection information. By creating an XVL of the mechanical assembly to be wired from 3D CAD and reflecting the connection information from the circuit CAD (E3.series) on top of it, wiring design can be performed. Additionally, the designed cable wiring data can be utilized in wiring length lists and manufacturing instructions. 【Features】 ■ Utilizes existing circuit diagram CAD and 3D CAD data ■ No special preparation required, easy to operate ■ Intuitive and simple wiring operations ■ Usable by those without experience in 3D CAD ■ Flexible operation that is not limited to specific departments such as electrical design, mechanical design, and production technology ■ Wide range of applications from design front-loading to the creation of manufacturing instructions *For more details, please refer to the PDF materials or feel free to contact us.
Press die design software. Easy creation of 3D strip layouts from 3D solid models.
"3DQuickPress" is a SolidWorks add-in software for the design of progressive die molds. It automatically recognizes press features from 3D solid models and quickly and easily creates 3D strip layouts. The mold structure design enables automatic design using PRL (Production Ready Library), a unique feature of 3DQuickPress, significantly reducing design time. It is equipped with a wealth of necessary functions for press die design, reducing the workload of designers with features such as automatic drawing creation and automatic bill of materials generation. [For more details, please download the catalog or feel free to contact us.]
Free white paper!! A must-see for designers in the oil and gas industry!
SOLIDWORKS provides a complete 3D product development solution that meets the demands of the rapidly evolving oil and gas industry. By using SOLIDWORKS, engineers can utilize 3D design data more efficiently at every stage of the development process, achieving increased productivity and overall cost reduction. From conceptual design and component selection to design validation and manufacturing, SOLIDWORKS offers integrated tools necessary for speeding up time to market, controlling development costs, improving product quality and innovation, and enhancing competitiveness for engineers in the oil and gas industry. We are currently offering a "white paper" that thoroughly analyzes and explains information useful for engineers in the oil and gas industry based on research findings, available for free! ▼ The white paper can be downloaded from the link below ▼
Generative design to the next level.
Altair Inspire is software that allows design engineers, product designers, and architects to easily and efficiently create and validate designs with excellent structural properties. Inspire utilizes the industry-leading design concept generation and analysis technologies of Altair OptiStruct. The software is easy to learn and, when combined with existing CAD tools, helps reduce rework in structural design, costs, development time, material usage, and product weight.
Topology exploration of electric motors and multiphysics optimization.
Altair FluxMotor is a software for the basic functional design of electric motors. It allows you to create motor models by setting winding, materials, and other parameters using various shape templates, and perform analysis, post-processing, and result comparison. With the new multiphysics capabilities, it can not only predict the electromagnetic performance of the motor within a single environment but also optimize cooling strategies and NVH performance.
A rich library of antennas and platforms! AI automatically explores suitable antenna shapes.
Our company supports optimal design of antennas and frequency selective surfaces through advanced high-frequency electromagnetic field simulation and optimization technology. Equipped with a convenient component library for starting antenna design. Additionally, by evaluating and optimizing the characteristics of FSS and applying those characteristics to any surface, efficient FSS design is possible. Furthermore, by utilizing Altair's products, you can have AI explore antenna shapes that meet specified requirements. 【Services】 ■ Antenna Design ■ Frequency Selective Surfaces (FSS) ■ AI-Driven Design *For more details, please download the PDF or feel free to contact us.
