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Volvo Car Corporation has adopted TriboForm for the door inner of the new Volvo XC90 to achieve its goals.
**Impact of Introducing TriboForm** By improving the prediction accuracy of strain, flow, and springback, we achieve "shortened development time," "reduced development costs," and "increased ROI (return on investment)."
The digital process twin centered on AutoForm's press die forming analysis has achieved a reduction in development man-hours.
The environment for automobile development is changing more significantly than ever due to societal changes such as electric vehicles and autonomous driving, leading to an increased demand for timely development of products that meet market needs and for reducing labor costs. We will introduce the digital examination method using the digital process twin recommended by AutoForm. [Contents] - Mold estimation and die spotting - Digital estimation and die spotting in AutoForm *For more details, please refer to "Catalog Download."
Vibration characteristics of components can also be evaluated! Analysis of volumetric components, surface components, and more can be performed.
"3DEXPERIENCE SIMULIA" assists designers in understanding the behavior of their designs and accurately calculating displacements and stresses within components under various loading conditions. By calculating natural frequencies and associated mode shapes, it evaluates the vibrational characteristics of components. It is also capable of analyzing volumetric parts, surface parts, and wireframe geometries. "SIMULIA" enhances product performance through virtual testing before creating physical prototypes, reduces the need for material prototypes, and drives technological innovation. 【Features】 - Assists designers in understanding the behavior of their designs and accurately calculating displacements and stresses within components under various loading conditions. - Evaluates the vibrational characteristics of components by calculating natural frequencies and associated mode shapes. - Capable of analyzing volumetric parts, surface parts, and wireframe geometries. *For more details, please refer to the PDF document or feel free to contact us.
Accurately represent the interactions and connections of components! Designers can perform advanced analysis themselves.
"3DEXPERIENCE SIMULIA" improves product performance through virtual testing before creating physical prototypes, reduces the need for material prototypes, and drives technological innovation. It expands the capabilities of "Generative Part Structural Analysis," allowing for the analysis of assemblies and individual parts. In assembly analysis, it accurately represents the interactions and connections between parts, enabling more realistic and precise simulations. 【Features】 ■ Enables analysis of assemblies and individual parts ■ In assembly analysis, it accurately represents the interactions and connections between parts, allowing for more realistic and precise simulations ■ Advanced analysis can be performed by the designers themselves ■ Allows for repeated design-analysis-redesign cycles to improve quality *For more details, please refer to the PDF document or feel free to contact us.
![[Inventor Utilization Case] Sato Parts Co., Ltd. Kanto Factory](https://image.mono.ipros.com/public/product/image/afb/2000655419/IPROS46233568867395981374.png?w=280&h=280)
The initial stage of design is very easy! A case that dramatically improved design efficiency and design quality.
We would like to introduce a case where Sato Parts Co., Ltd., an electrical components manufacturer, implemented our product 'Autodesk Moldflow Adviser.' The company outsources mold manufacturing, and traditionally, they would proceed by making a mold first and then iteratively refining it through four or five trials. However, after introducing our product, they began verifying mold designs with resin flow analysis before placing orders, providing the results along with 3D models and drawings to the mold manufacturing factory. As a result, the number of retries significantly decreased, and the quality of the finished products greatly improved. [Case Overview] <Challenges> - Questions such as "Why does shrinkage occur here?" remained unresolved, and they could only find out by actually molding. <Result> - The number of retries significantly decreased, and the quality of the finished products greatly improved. *For more details, please refer to the PDF document or feel free to contact us.
![[Application Example] X-ray Image BSFM Analysis Simulation Software](https://image.mono.ipros.com/public/product/image/08f/2000402227/IPROS3076321091348667479.jpg?w=280&h=280)
It is useful for creating images for reports and for learning how to operate devices.
We would like to introduce a product that applies "Smart X-ray." The "X-ray Image BSFM Analysis Simulation Software" allows for the display and analysis of image data ".tmp" captured with BEAMSENSE FLEX on a separate computer from the controller PC of the X-ray fluoroscopy device (X-ray inspection device), which has been a long-standing request. It is useful for detailed analysis of captured images, simulation analysis of data, creation of report images, and for learning how to operate the device. 【Applicable Uses】 ■ Evaluation of ".tmp" images without location restrictions ■ Utilization of the device's image processing functions ■ Easy comparison of data from other companies or different departments *For more details, please refer to the PDF document or feel free to contact us.
Simple gait analysis using the COMETA company's inertial sensor "Wave Track".
COMETA's walking analysis software "Wave Walk" is an easy-to-use walking analysis tool that utilizes the small wireless inertial sensor "Wave Walk." Measurement is simply done by attaching the approximately 5g inertial sensors to the toes of both feet and walking. The data measured by the sensors is transmitted to a dedicated receiver and saved on a laptop. Since the sensor is ultra-lightweight at 5g, the subject does not feel any discomfort from wearing it, and being wireless allows for free movement without being restricted to a measurement area.
Understand the design points for resin injection molded products to ensure no rework! A VA/VE technology handbook using resin flow analysis!
The "Flow Analysis VA/VE Technology Handbook" provides a clear explanation of the fundamentals of flow analysis, from key points for designing resin injection molded products without rework to questions like "What is resin flow analysis really like?" By understanding the flow characteristics of resin, designers can avoid molding defects at the design stage, leading to improved quality, shortened development time, and ultimately cost reduction. For designers seeking high quality while minimizing rework in a short development period, this technical handbook is currently available for free! 【Overview】 ■ "What is resin flow analysis really like?" ■ Key points to remember! Various characteristics of resin flow ■ Quality changes dramatically! How minor design considerations can enhance the quality of resin injection molding ■ Significant reduction in initial costs! How design differences create large disparities in development costs *The downloadable version is a digest. If you wish to receive the complete version, please apply through the "Contact Form" below. (Limited to 30 companies)
Experienced engineers will propose appropriate analysis methods tailored to your analysis objectives. We assist in analyzing phenomena related to the collision of objects.
In collision analysis, it is used to identify collision issues in products. It helps to confirm what kind of forces occur during a collision, what behaviors are exhibited, and can be utilized for safety verification and quality improvement. It is utilized in various fields such as automotive, aerospace, railways, shipping, plants, industrial machinery, construction machinery, civil engineering, and the medical field. 【Features】 - Proposal-based contracted analysis by experienced engineers. - Suggestions for condition setting considerations and improvement measures based on analysis results. - Thorough pursuit of "high quality," "short delivery times," and "cost performance." - The software used includes globally trusted and high-precision tools like "Radioss." - High repeat rate. 【Examples of Target Products】 - Automobiles - Aircraft - Railways - Ships - Plant equipment (pressure vessels, piping, etc.) - Construction machinery - Machine tools and presses - Molds and jigs - Semiconductor devices - Robot arms - Industrial equipment - Bridges and dams - Medical devices and nursing equipment It is utilized in various areas. For more details, please request materials or view the PDF data from the download section.
Explaining the experimental design methods used in QbD, particularly in design space, in the pharmaceutical industry!
"Experimental Design" is a catalog from Quality Design Co., Ltd., which engages in the development and sales of analytical software related to the sales of physical and chemical instruments, manufacturing processes, and more. It provides a clear summary of experimental design methods used in the pharmaceutical industry, particularly in Quality by Design (QbD) and design space. Building Quality by Design (QbD) is not an extraordinary task. It is a means to visualize formulation technology cultivated through the long years of experience and intuition of skilled technicians, based on scientific principles. [Contents] ■ Introduction ■ The necessity of multivariate statistical analysis, including experimental design ■ Why is multivariate statistical analysis necessary? ■ Example of an analysis workflow ■ Experimental design: Types and overview, etc. *For more details, please refer to the catalog or feel free to contact us.
It demonstrates its power in discovering and clarifying the information and interrelationships hidden in big data, quickly solving problems in various fields!
We are holding training courses on topics such as multivariate statistical analysis, spectral analysis, experimental design and optimization, analysis of perceptual and sensory data, and PAT. You can choose to attend the training course in Fushimi, Kyoto, or online! ■ Start Date: Two days from December 9 (Thursday) to December 10 (Friday) The operational capability of multivariate statistical analysis, which is highly sought after in industry and research. In this course, you will acquire the ability to quickly interpret complex data relationships and apply new multivariate statistical analysis techniques in your work. Mathematical explanations are kept to a minimum, focusing on practical content. Upon completion of this course, you will be able to smoothly apply multivariate statistical analysis for product and process optimization, difference analysis and classification, and predictive quantification. We also conduct group training and in-house seminars. 【Training Course Content】 - What is multivariate analysis? - Regression analysis - Principal Component Analysis (PCA) - Validation - Outliers - Prediction of unknown samples - Data checking - Outliers in regression analysis *For more details, please refer to the PDF document or feel free to contact us.
![Multivariate Statistical Analysis Software [Vector]](https://image.mono.ipros.com/public/product/image/bc3/2000660349/IPROS1029472634200329094.gif?w=280&h=280)
Vector is a multivariate statistical analysis software that supports various types of data! It enhances usability and enables data visualization.
"VEKTOR DIREKTOR" is a product that offers ease of use in multivariate statistical analysis software compatible with various types of data and enables data visualization. From data import to prediction and classification, this product allows for effective data analysis through an intuitive workflow. It can execute the analyzed calibration models in real-time, enabling real-time monitoring and the construction of feedback/forward control systems. With comprehensive preprocessing aimed at spectral analysis, it can be comfortably used not only for big data analysis using process parameters but also for chemometrics. By providing only the methods frequently used by customers, it allows for maximizing the use of data with the appropriate tools. 【Features】 ■ Easy data import ■ Effective visualization ■ Comprehensive data preprocessing functions ■ Diverse analysis tools *For more details, please refer to the PDF materials or feel free to contact us.
Intuitively interactive! An easy-to-learn hyper-imaging data analysis platform tailored to various types of image files.
● Intuitive and interactive image correlation analysis. ● Execution of PCA (Principal Component Analysis) for the necessary areas. ● Direct integration with the multivariate statistical analysis software VEKTOR DIREKTOR. ● Easy-to-use hyperspectral image analysis software that is simple to learn. ● A simple yet powerful feature masking tool. ● RGB image data slider control. ● Supports various file types including ASCII, ENVI format, .mat, .spc, .jpg, and more. ＊＊＊＊ ◆ User interface design specialized for hyperspectral imaging data analysis. ◆ Highly intuitive and visual! Interactive spectral data analysis tool.
Intuitive, visual, and interactive! A simple hyper-imaging data analysis platform tailored to various types of image files.
The hyperspectral imaging (HSI) data analysis platform "ImaJerl / Imagery (by VEKTOR DIREKTOR)" features a user-friendly interface design that provides highly intuitive, visual, and interactive analysis tools. It allows for easy masking of areas necessary for target analysis and associates regions with high spectral correlation. Additionally, it masks unwanted noise and performs PCA on important areas, modeling the characteristics of each spectrum within the image. **Features** - Intuitive and interactive image correlation analysis - Execution of PCA (Principal Component Analysis) on necessary areas - Direct integration with multivariate statistical analysis software VEKTOR DIREKTOR - Easy-to-learn hyperspectral image analysis software - Simple yet powerful functionality masking tool - RGB image data slider control - Supports various file types including ASCII, ENVI format, .mat, .spc, .jpg, and more - Multivariate spectral decomposition (MCR) and partial least squares regression (PLR) are scheduled for implementation in summer 2023.
A practical short-term intensive seminar that clearly explains the fundamentals and principles of multivariate analysis, including analysis using real data.
On November 28 and 29, 2024, we will hold a seminar titled "Multivariate Statistical Analysis Training Course <Level 1> Theory and Practice," organized by our company. In this course, participants will learn how to quickly interpret the relationships in complex data and how to apply the latest multivariate analysis techniques sought after in industry and research. The course will cover topics such as multivariate statistical analysis, spectral analysis, analysis of perceptual and sensory data, and PAT/QbD, with a focus on practical content and minimal mathematical explanations. Upon completion of this course, participants will be able to smoothly begin optimizing product processes using multivariate analysis, conducting difference analysis and classification, and making predictive quantifications. [Seminar Content] ■ What is multivariate analysis ■ Principal Component Analysis: PCA, Outliers ■ Data checking ■ Regression analysis ■ Validation ■ Prediction of unknown samples ■ Outliers in regression analysis ■ Variable selection, etc. *For more details, please refer to the information materials available for "PDF download." Feel free to contact us with any inquiries.
It is possible to stably compute large deformation analysis and coupled problems of nonlinearity (material, geometry, contact) and heat, which are difficult with general-purpose CAE software.
ASU/V-Struct is a high-performance thermal elastoplastic structural analysis program based on V-Struct, developed by the VCAD system research program at the RIKEN Institute. It features a thermal stress-thermal conduction coupled analysis solver that takes into account contact between deformed bodies, contact heat transfer, and pressure application to the processed materials. This allows for the simulation of deformation and residual stress in molded products due to heat in processes such as hot pressing, casting solidification, and resin injection molding cooling, where temperature changes need to be considered. It can also be applied to other areas such as mold deflection, tightening, vacuum forming, and adhesion analysis.
The new "ASU/MOLD-EX STD," a cost-effective version from the high-speed, high-precision resin flow analysis software ASU/MOLD series, has been launched!
The affordable ASU/MOLD-EX STD has newly arrived in the popular resin flow analysis software series "ASU/MOLD." It maintains the calculation speed and accuracy of the conventional "ASU/MOLD" series while allowing designers to choose the necessary features. This product is priced competitively. Anyone can easily and intuitively analyze filling behavior and product warpage efficiently. It enables the consideration and countermeasures for potential issues, significantly reducing rework and modifications.
This is an introduction to press forming simulation that takes into account mold deflection using "ASU/ISTR" and "ASU/P-form."
In the current press forming simulation, the mold is treated as a rigid body, and deflection is not taken into account. However, during actual press processing, especially when forming high-strength steel plates, a very large load is applied, resulting in mold deflection. This causes changes in the clearance between the upper and lower molds, leading to variations in contact and surface pressure on the workpiece depending on the location. Additionally, the amount of deflection varies based on the structure of the mold. To reproduce the phenomena of actual press processing in press forming simulation, an analysis that considers mold deflection is necessary. We will introduce a case of forming simulation that takes mold deflection into account using the open-source structural analysis software FrontISTR for mold deformation and our solver ASU/P-form for weakly coupled analysis. ASU/ISTR is a general-purpose pre- and post-processing software developed by our company that is compatible with FrontISTR. By utilizing the deflection weakly coupled setting function of ASU/ISTR, we can quickly incorporate the analysis results from ASU/P-form and automatically set the conditions. Furthermore, it allows for easy analysis setup and execution on a Windows PC. FrontISTR excels in parallel computing, and there are no licensing costs even when using a PC with a high number of cores.
![[Data] Analysis of Deformation and Stress Behavior in Die-Cast Products Molds](https://image.mono.ipros.com/public/product/image/6ec/2001519775/IPROS6067516943854097055.png?w=280&h=280)
Technical data presentation! Problems that cannot be solved with general-purpose code using the shadow method can be analyzed stably.
In this document, we report a case study where the engine block was selected as a representative die-cast product, and the deformation and stress behavior after filling the mold with molten metal were analyzed using 'ASU/V-Struct'. We present the analysis model, which includes the shape of the engine block product being analyzed and the analysis conditions in the case study, as well as the thermal shrinkage analysis results of the ADC10 filled in the mold. This software is being continuously developed as a powerful tool to support designers in increasingly complex processing processes. [Contents] ■ Introduction ■ Analysis Model ■ Analysis Results ■ Conclusion *For more details, please download the PDF or feel free to contact us.
![[Data] ASU/V-STRUCT Rivet Analysis](https://image.mono.ipros.com/public/product/image/31b/2001519777/IPROS32244163086305190.png?w=280&h=280)
Presentation of technical data! Introducing examples of software suitable for structural analysis considering deformation contact.
In this document, we introduce a case study of the contact analysis of three deformable bodies, specifically focusing on "crimping of hoses." In molding that combines multiple parts, it becomes necessary to calculate the contact between the deformable bodies in order to observe the deformations of the various parts. Our "ASU/V-Struct" is proficient in analyzing such deformable body contacts and can stably solve problems that do not converge with conventional static implicit methods. We have included an overview and analysis examples related to crimping, along with diagrams, making it easy to reference during the consideration of implementation. We encourage you to take a look. [Contents] ■ Introduction ■ Overview ■ Analysis Results ■ Conclusion *For more details, please download the PDF or feel free to contact us.
Technical materials presented! We can support the vacuum forming site and mold design.
This document introduces the vacuum forming analysis using the heat transfer and structural coupling analysis software 'ASU/V-Struct'. This product can stably compute coupled analyses of structural analysis and heat conduction analysis that involve nonlinearities (material, geometry, contact), which are difficult to handle with general-purpose CAE software. It allows for the analysis of conditions during vacuum forming, enabling the investigation of molding conditions and defects in advance. Examples of analyses performed on vacuum-formed resin sheets are included, making it easy to reference when considering implementation. Please feel free to download and take a look. [Contents] ■ Introduction ■ Analysis Examples ■ Conclusion *For more details, please download the PDF or feel free to contact us.
![[CAE Solution Case] Visualization of Vacuum/Pressure Forming](https://image.mono.ipros.com/public/product/image/ddd/2001519782/IPROS12431304156250019915.png?w=280&h=280)
Technical data presentation in progress! Achieving reduction of rework through ASU/V-Struct analysis.
We would like to introduce a CAE solution case using the structural analysis software 'ASU/V-Struct' for visualizing vacuum/pressure forming. In vacuum/pressure forming, heated resin sheets are pressed against molds for shaping. As a result, variations in the thickness of the molded products are likely to occur, and if the thickness becomes extremely thin, issues such as insufficient strength arise, leading to defective products. Additionally, defects such as wrinkles on the molded products can occur. If such problems can be identified and addressed in advance through analysis, it can reduce rework related to defects and help control labor costs. We provide detailed information about our products and services in a PDF document, so please take a look. 【Case Overview (Partial)】 ■Challenges - Unable to predict the thickness of the molded products - Want to understand how the material adheres to the mold - Defective products have emerged, and we want to investigate/improve *For more details, please download the PDF or feel free to contact us.
The Japan Cadence NUMECA sales team provides comprehensive solutions for fluid analysis.
The Japan Cadence NUMECA Sales Team is a global company that develops software and provides solutions in the field of fluid simulation. By utilizing the solutions offered by the Japan Cadence NUMECA Sales Team, engineers and designers can predict complex physical phenomena where fluids (liquids/gases) have a significant impact. The "Japan Cadence NUMECA Sales Team Company Overview & Product Catalog" includes various fluid analysis solutions provided by NUMECA, including solutions for turbomachinery. 【Other Listed Products】 - Mesh generation solutions - General-purpose fluid analysis solutions - Solutions for the marine and shipbuilding industry - Acoustic solutions - Visualization solutions For more details, please contact us or download the catalog.
A powerful and intuitive tool! A fluid analysis integrated environment that enables virtual prototyping of heat and flow.
"FINE/Open" is a highly automated general-purpose fluid analysis integrated environment that corresponds to unstructured grids. The powerful and intuitive tools for thermal fluid analysis included enable virtual prototyping of heat and flow, assisting engineers in design and rapid decision-making. The general-purpose fluid analysis software "FINE/Open" integrates a fluid analysis solver that shares the same solution algorithm as "FINE/Turbo," which has a long history and proven track record, along with a fully automated unstructured grid mesh generator and high-performance visualization processing software. [Features] - Wizard-style interface → Guides a series of tasks while displaying the shape of the analysis target - Fully automated hexahedral mesh generation in wizard form using HEXPRESS - Automated generation of hybrid meshes primarily composed of hexahedra using HEXPRESS/Hybrid → Hexahedra, tetrahedra, pyramids, prisms, boundary layers - Automatic visualization processing through specialized plotting methods for various fields and industries For more details, please contact us or download the catalog.
It is possible to dramatically shorten the development turnaround time while maintaining high accuracy!
"Fidelity CFD" is a solution developed based on the expertise and technology of the Japan Cadence NUMECA sales team and Pointwise in the field of fluid dynamics, as well as the specialized knowledge of computational processing software that Cadence has uniquely accumulated. It integrates all the technologies necessary for CFD engineers to execute simulations of multiphysics systems with a rational workflow. It offers a fluid analysis solver characterized by high-order accurate methods, high-fidelity turbulence simulations, and accelerated large-scale computations, allowing for accuracy improvements of up to 10 times, enhanced performance, and reduced development turnaround times. [Features] - Accuracy improved by up to 10 times with high-order accurate CFD solvers - Reduces turnaround times for complex CFD analyses in aerospace, automotive, defense, marine, and turbomachinery from several weeks to within a day - Capable of accelerating the meshing process of Pointwise solutions used in the aerospace field by up to 3 times *For more details, please refer to the related link page or feel free to contact us.
![Thermal fluid analysis software [Quickly analyze the thermal performance of electronic devices!]](https://image.mono.ipros.com/public/product/image/fe6/2000874308/IPROS59995700472592674255.png?w=280&h=280)
Top-class solver in the industry! You can work without worrying about raw 3D CAD shapes.
The "Celsius EC Solver" is a thermal fluid analysis software designed to analyze the thermal performance of electronic devices with high precision and speed. It employs powerful solvers and grid generation techniques, allowing designers to model and analyze complex electronic devices, reducing the risk of failure, and optimizing thermal solutions to maximize performance. It can analyze not only the airflow, temperature, and heat conduction within electronic device assemblies and enclosures, but also natural convection, forced convection, solar radiation, and liquid cooling. 【Features】 ■ Capable of addressing thermal and cooling issues of electronic devices in the early stages of design ■ Proactively mitigates costly design revisions and manufacturing delays ■ Enhances product performance and reliability ■ Scalable to hundreds of cores, accommodating complex systems *For more details, please refer to the PDF document or feel free to contact us.
![[Case Study of Thermal Fluid Analysis Software] Thermal Design of Electric Vehicles](https://image.mono.ipros.com/public/product/image/e19/2000874314/IPROS50473775899432751785.png?w=280&h=280)
Optimizing thermal performance in EV design! Introducing a case where we were able to identify the main thermal issues in the design.
This is a successful case study of the thermal fluid analysis software 'Celsius EC Solver' for accurately and quickly analyzing the thermal performance of electronic devices. In Europe, there is an engineering competition called Formula Student, where student teams from engineering departments design, manufacture, validate, and race small-scale formula-style racing cars. Team Bath Racing Electric from the University of Bath in the UK needed to lower the battery temperature to meet the regulations while progressing with the design of their electric vehicle (EV) category in the competition. To achieve this, they adopted the electronic thermal fluid analysis software 'Cadence Celsius EC Solver,' which can analyze the thermal performance of electronic systems with high precision and speed. This allowed them to identify issues with the existing design and manufacture the EV based on new design proposals. [Case Overview] ■ Application Scope: Electronic devices for automobiles ■ Software Used: Cadence Celsius EC Solver ■ Benefits: Analysis speed, high precision, efficient design *For more details, please refer to the PDF document or feel free to contact us.
Digital twin for the equipment management department! It is possible to quickly check the compliance status of the SLA.
We would like to introduce our digital twin technology for the equipment management department, "6Sigma Digital Twin." By using this technology in equipment management, you can predict the impact of proposed changes to equipment on power distribution, space usage, weight limits, and cooling airflow, allowing for quick verification of SLA compliance. Additionally, by predicting air and cooling capacity, you can maintain sufficient redundancy while emphasizing energy efficiency. 【Features】 ■ Strengthening collaboration between teams - Analyze the impact of moving/adding/changing IT equipment on capacity ■ Optimizing cooling capacity - Fast processing speed using a powerful CFD solver - Visualize airflow and cooling capacity - Safely validate scenarios of increased set temperatures on a digital twin *For more details, please refer to the PDF document or feel free to contact us.
It is possible to analyze and compare vibration shapes! You can evaluate changes in components.
We would like to introduce 'APR410', which is part of our structural analysis package "ArtemiS SUITE". It automatically identifies (automatic) MAC values (modal assurance criteria) that allow for instant retrieval of information regarding the similarity of vibration shapes. For example, by directly comparing two shapes, you can quickly grasp the similarities or identical shapes and the dependencies between them. 【Features】 ■ Clear user interface ■ Intuitive operation for detecting matching shapes ■ Visual comparison of vibration shapes (MAC matrix) ■ Interactive 3D or 2D animations (with configuration options) ■ Ability to compare two result sets using the MAC matrix *For more details, please refer to the PDF document or feel free to contact us.
In addition to planar measurements, it is also possible to quantify surface changes of three-dimensional structures such as cylinders.
"VARSE" is software that combines flexibility developed in-house with reliability supported by complete domestic support. It detects subtle distortions and cracks that cannot be discovered by the human eye through advanced and fast image processing algorithms backed by research. It is capable of quantifying surface changes of three-dimensional structures such as cylinders, as well as flat measurements. [Features] - Achieves high-precision measurements with simple operation - Enables acquisition of three-dimensional coordinates through stereo imaging - Implements low-cost algorithms that can also be applied for monitoring purposes *For more details, please refer to the PDF document or feel free to contact us.
