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Optimization Software(work) - List of Manufacturers, Suppliers, Companies and Products

Last Updated： Aggregation Period:Sep 03, 2025～Sep 30, 2025
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Optimization Software Product List

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SOLIDWORKS Add-in Structural Optimization Software

SOLIDWORKS Add-in Structural Optimization Software

Achieve increased product strength and weight reduction! Equipped with two types of optimization technologies.

Our company handles the SOLIDWORKS add-in structural optimization software 'HiramekiWorks'. This product allows for structural optimization calculations to be performed on CAD models created in SOLIDWORKS. After the optimization is complete, it automatically generates a solid model from the optimization results and outputs it in SOLIDWORKS. It is equipped with two types of optimization techniques for shape optimization, allowing users to gain ideas for improving shapes in various design scenarios while leveraging the unique features of each technique. 【Features】 ■ Performs structural optimization calculations on CAD models created in SOLIDWORKS ■ Automatically creates solid models after optimization execution ■ Seamlessly edits design data and executes analysis after optimization ■ Equipped with two types of optimization techniques: topology optimization and shape optimization ■ Enables improvements in product strength and weight reduction *For more details, please refer to the PDF materials or feel free to contact us.

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  • Other analyses

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Structural optimization software "HiramekiWorks"

Structural optimization software "HiramekiWorks"

Equipped with two types of non-parametric structural optimization techniques! Responding to practical needs in the design field!

"HiramekiWorks" is a structural optimization software for SOLIDWORKS add-ins. It allows for the creation of design shapes that enable product lightweighting and cost reduction while meeting design standards. In addition to topology optimization for conceptual design, it also includes shape optimization for detailed design, addressing practical design needs such as lightweighting and stress reduction. 【Features】 ■ Automatic regeneration of solid models after optimization calculations ■ Resulting models can be used directly as analysis data ■ Optimization calculations can be executed under the analysis conditions of SOLIDWORKS Simulation ■ Includes shape optimization for detailed design ■ Addresses practical design needs such as lightweighting and stress reduction *For more details, please refer to the PDF materials or feel free to contact us.

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General-purpose optimization software 'fxLooper'

General-purpose optimization software 'fxLooper'

General-purpose optimization software integrated with CAD software and simulation software.

"fxLooper" is a general-purpose optimization software that can automatically design and analyze multiple conditions and shapes by collaborating with CAD software and simulation software, as well as explore suitable options from countless conditions and shapes. By visualizing the designed and analyzed data as graphs, it is possible to analyze the impact and trends of conditions and shapes on suitability. [Features] ■ Program creation function ■ Data analysis and visualization function *For more details, please download the PDF or contact us.

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Eureka Chronos: NC Optimization Software

Eureka Chronos: NC Optimization Software

A simulation tool equipped with AI that optimizes sending speed with easy operation.

【Eureka Chronos Features】 The artificial intelligence (AI: Artificial Intelligence) algorithm (patented by Roboris Sir) automatically adjusts the feed rate based on the actual cutting tool conditions, maintaining the amount of material removed (VR) as constant as possible over time, enabling the optimization of cutting processes. It is possible to achieve a reduction in processing time of over 30% compared to conventional cutting processing times.

  • simulator

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Optimization software for equipment management business 'AWB'

Optimization software for equipment management business 'AWB'

Maximizing operational efficiency and minimizing costs through maintenance cycle calculations. Supported by experts in equipment management and failure analysis.

The "Availability Workbench (AWB)" is software that calculates the failure probability and lifespan of equipment based on equipment configuration, work performance, and failure history information, supporting maintenance-related tasks. It can seamlessly integrate with various analysis tools, ERP, and EAM, allowing for calculations from failure rates to lifecycle costs. 【Targeted Tasks】 ■ Evaluation of equipment failure characteristics and lifespan under in-house installation environments and usage conditions ■ Calculation of quantitative values to determine maintenance cycles ■ Verification of the comprehensiveness of tasks and maintenance cycles ■ Optimization of combinations of various tasks ■ Consideration of costs, operational rates, necessary spare parts, and required personnel due to maintenance implementation ■ Determination of maintenance methods based on risk ■ Creation of medium- to long-term maintenance plans based on LCC evaluation *You can view materials introducing the functions via the download button below. Please feel free to contact us with any inquiries.

  • Other embedded systems (software and hardware)

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Achieving optimization of 3D printer data '4D ADDITIVE'

Achieving optimization of 3D printer data '4D ADDITIVE'

3D printer data output software with data correction functionality. Directly reads 3D data and outputs optimized 3D printer data.

4D_ADDITIVE allows for the direct loading of various formats of 3D data in a seamless process, making data modification and direct modeling easy to execute. The imported data automatically fills gaps using a healing function and corrects duplicate elements, twisted surfaces, and shape errors. The optimized data can be saved in AMF, 3MF, or STL formats compatible with various software, and based on user-defined parameters, it can predict the roughness of all areas of the parts and visualize it using a color scale. Additionally, measurement functions, wall thickness checks, and clearance checks can be used to analyze critical areas for the manufacturing process.

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Design Performance Study - Optimization Altair HyperStudy

Design Performance Study - Optimization Altair HyperStudy

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.

  • Other analyses

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Lightweight Design and Improved Design: Case Studies of Structural Optimization Software Solutions

Lightweight Design and Improved Design: Case Studies of Structural Optimization Software Solutions

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.

  • Structural Analysis
  • Contract Analysis
  • Stress Analysis

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