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.
1～15 item / All 101 items
Easy operation / Feature-rich 2D / 2.5D CAM system
"Mill Application" is an add-on software for HandyCAD Mark2, a highly practical 2D/2.5D CAM system that creates NC data in a short time with sophisticated operability.
ArtCAM software that supports intuitive design and allows editing of complex shapes.
ArtCAM combines CAD functionality that allows for the easy creation of models that traditional mechanical CAD/CAM software struggles with, based on designs and images, with CAM functionality that supports 2D shapes and 3D models. It can import CAD data such as DXF and IGES, as well as design data from programs like Illustrator and image data, making it one of the few CAM software capable of creating high-quality models for embossing and generating NC machining paths.
CAD/CAM integrated software that meets a wide range of needs from 2D to 3D.
PocketCAM is a CAD/CAM software that comes standard with 2D drawing and 3D surface creation functions, compatible with all NC machining machines from 2-axis machining to simultaneous 5-axis machining.
High-precision plotter with diverse functions and clear operation.
1. It features an 8.4-inch touch panel, providing excellent operability. 2. Shapes can be freely moved to the desired position for drawing. 3. Drawing will not occur outside the set paper size range. 4. LAN connection is possible. 5. Drawing is based on DXF data. 6. DXF data is drawn using continuous lines for efficiency, and overlapping lines are not drawn. 7. It is equipped with functions to enhance drawing accuracy, such as precision correction, magnification correction, and backlash correction. 8. Whiskers can be automatically output.
The optimized NC program is efficient. It significantly improves processing efficiency, reduces material waste, and accelerates the time to market for parts.
**Main Benefits of Vericut Optimizer** Vericut Optimizer is an NC program optimization solution that can operate independently without using Vericut. Even if you are satisfied with your current CAM verification software and have no intention of purchasing Vericut, Vericut Optimizer is the optimal choice.
![[Case Study] Stress Reduction through Optimization of Fillet Shape ★ Detailed Materials Available](https://image.mono.ipros.com/public/product/image/a98/2000819219/IPROS26665538486046773833.png?w=280&h=280)
Focusing on the fillet section of the wrench component, we reduce the generated stress concentration! We guide it to an optimal shape that meets manufacturing requirements while maintaining a uniform R shape.
We would like to introduce a case study on the optimization of fillet shapes aimed at stress reduction. Taking manufacturing requirements into account, we sought a shape that minimizes stress while maintaining a uniform R shape. As a result, due to the axial symmetry setting, we were able to alleviate stress while preserving symmetry. Typically, when evaluating and optimizing local stress, the shape does not remain symmetric. However, with "OPTISHAPE-TS," it is possible to optimize while considering symmetry, allowing for changes in shape while maintaining the symmetry of the R shape, as in this case. [Case Overview] ■ Analysis Model - Elements: Tetrahedral second-order elements - Number of elements: 220,782 - Number of nodes: 324,937 ■ Result: Stress was alleviated while maintaining symmetry due to the axial symmetry setting. *For more details, please refer to the PDF document or feel free to contact us.
![[Case Study] Topology Optimization to Reduce Spot Welding ★ Detailed Materials Available](https://image.mono.ipros.com/public/product/image/cf0/2000819247/IPROS14616262939383515943.png?w=280&h=280)
By optimizing the solid elements that will be the spot welding parts, we reduce the number of spots.
Using topology optimization, we sought an optimal arrangement from candidates for spot welding with a limited number of spots. As a result, we were able to reduce the number of spots based on the presence or absence of solid elements in the spot welding areas and determine an optimal arrangement. Additionally, the natural frequencies did not change before and after optimization, allowing us to reduce the number of spots by 30% without altering the initial performance. 【Case Overview】 ■ Optimization Conditions - Objective Function: Maximization of natural frequencies for the 7th, 8th, 9th, and 14th modes - Constraints: 30% reduction in the number of spots ■ Results: 30% reduction in the number of spots while maintaining the same natural frequencies *For more details, please refer to the PDF document or feel free to contact us.
Generate CAD data that can be smoothly used in design and CAE from optimized shape STL data! Efficiently reduce work costs ★ Case study collection available ★
★For those who are struggling with how to utilize CAD from structural optimization results★ 'S-Generator' is software that can generate high-precision CAD data composed of freeform surfaces, planes, and cylindrical surfaces from STL data after structural optimization. Surface irregularities, unnecessary holes, and distorted curves can also be corrected in advance, and the generated data can be handled as solid models in various CAD software. We are currently offering a trial version that allows you to test all features, so please feel free to contact us. ★Case study collection available★ For more details on other products, please refer to the materials available for "PDF download."
Full of hints for solving problems such as weight reduction, strength enhancement, and cost reduction. Valuable user case presentations utilizing CAE software for structural optimization.
At Quint Co., Ltd., we hold the "Quint Exchange Meeting," which features keynote speeches from active professionals and presentations of case studies from Quint product users, including structural optimization. (Once a year) The event is filled with valuable content that provides insights into problem-solving that you won't hear elsewhere, and it has been well-received every year. *In 2024, it will be held in a hybrid format on September 20th. ≪Main Presentations for 2024≫ ◆Keynote Speech◆ "Automotive Body Design Using Topology Optimization" Kohei Yuge, Emeritus Professor, Seikei University ◆User Case Presentations◆ "New Product Development of Tools Utilizing Topology Optimization Design" Kyoto Mechanical Tools Co., Ltd. "Efforts in Applying Structural Optimization in the Design of Electric Guitars and Speakers" Yamaha Corporation For more details, please refer to the 【PDF】 or 【Related Links】! If you are interested, please feel free to contact us. You can also download our product ★Case Study Collection★ from this page.
A collection of case studies focused on solving issues specific to injection molding, such as weld lines and warping! Even smoother integration with resin flow analysis software like 3D TIMON.
This document is a collection of case studies focused on solving challenges in injection molding using the general-purpose parameter optimization software 'AMDESS.' It includes examples such as "Measures to control the occurrence of weld lines to address appearance defects," "Simultaneous filling of multi-cavity molds," and "Measures to address connector warpage." Detailed explanations of the overview and work content are provided, so please feel free to download and take a look. [Contents] ■ Case Study: Measures to control the occurrence of weld lines to address appearance defects ■ Case Study: Simultaneous filling of multi-cavity molds ■ Case Study: Measures to address connector warpage ■ Case Study: Exploration of gate positions considering warpage measures and robust design ■ Case Study: Reducing clamping force to downsize the molding machine *For more details, please refer to the PDF document or feel free to contact us.
A must-see for those struggling with lightweight design! We are currently offering a collection of case studies that summarize examples of shape optimization considering maximum principal stress and detailed shape optimization after topology optimization!
In this case study collection, we introduce problem-solving examples using the structural optimization design software 'HiramekiWorks.' We include cases where shape changes are restricted to avoid exceeding the designated design area, as well as examples of applying topology optimization using the level set method in the structural examination of delivery drones. From the analysis model to optimization conditions, results, and discussions, we provide detailed explanations using figures and tables. Please feel free to download and take a look. [Contents] ■ Shape optimization of table legs considering wall thickness ■ Examination of lightweight reinforcement layouts ■ Examination of optimal shapes considering multiple load patterns ■ Shape optimization cases considering interference with other components ■ Idea generation cases for skeletal structures suitable for desired conditions ■ Design support for efficient reinforcement ribs *For more details, please refer to the PDF document or feel free to contact us.
Composite Material Optimization Software for Designers: Designer Version of HypeSizer Inheriting NASA's Expertise.
The HyperSizer Express composite optimization software for designers, developed by Collier Research Corporation in the United States, was released on March 7, 2016. This software was developed to make HyperSizer Pro, which was commercialized in 1996 based on a composite model program developed by NASA, more accessible to a larger number of designers. As a result, designers in fields where the use of composites is expected to increase, such as automotive, sports equipment, and medical applications, will be able to perform composite product design verification in conjunction with FEA models like NASTRAN and Abaqus.
Simulation software "VERICUT" physics-based feed rate optimization module
The option module 'Force' of the simulation software 'VERICUT' is a physics-based NC program optimization module that analyzes and optimizes cutting conditions throughout the entire NC program. VERICUT Force calculates the contact between cutting tools and materials for each cutting section and adjusts the feed rate optimally and consistently, taking into account the edge and material of the cutting tool. - Significant cycle time savings - Charted cutting condition information from NC program analysis - Achieves maximum chip thickness throughout the entire machining process - Analysis considering the edge and material of the cutting tool - Maximizes the performance and technology of the cutting tool - Improves cutting conditions that may adversely affect overload, spindle power, spindle torque, tool deflection, etc.
Exploration and optimization of powerful design
Altair HyperStudy is a design exploration and optimization software developed for engineers and designers. It enables design exploration and multi-objective optimization across multiple technical domains. HyperStudy utilizes experimental design, metamodeling, and optimization techniques to create rational design variations, manage analysis execution, and collect data. Users can understand the effects of design changes, perform trade-off analysis, and optimize product performance and reliability. The intuitive user interface of HyperStudy is seamlessly integrated with HyperWorks, providing an easy-to-use optimal design environment for non-experts.
