Last Updated： Aggregation Period:Nov 05, 2025～Dec 02, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Nov 05, 2025～Dec 02, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Nov 05, 2025～Dec 02, 2025
This ranking is based on the number of page views on our site.
91～105 item / All 225 items
Roboguide Simulation
We will create and verify offline teaching for industrial robots using FANUC's simple offline teaching simulation software, RoboGuide. This can be used for reducing man-hours in teaching work sites and for considerations before implementation.
By capturing 3D images, it becomes possible to achieve more accurate robot simulations. Vision images can also be simulated.
Our company has been considering robot simulation for many years, and as a result, we are now able to verify and create the necessary settings on-site through the capture of 3D images, as well as prepare pre-data. However, we require 3D images to be provided, so we need the understanding and cooperation of companies that can assist us. With that in mind, we can create and verify data for on-site use. Currently, if we have 3D data of the workpiece, we can also conduct image verification of the vision in advance, which allows for a reduction in man-hours on-site. This reduces trial and error in the field and enables a quicker setup.
PackAssistant - Filling Rate Improvement / Packaging Configuration Optimization Software
This is a packing optimization software that calculates the optimal packing arrangement for various packaging containers using 3D CAD data of the packed items. It can perform simulations with fast response times even for complex-shaped parts, allowing users to freely specify conditions such as stacking methods, restrictions, and the presence or absence of dividers. This enables quick calculation of stacking results under various conditions. It is a groundbreaking solution that allows for the calculation of packing methods, which previously took a considerable amount of time, to be done in a shorter time frame and in a more compact and high-density manner.
Edit NC programs, draw lines, and create 3D drawings all in one! It can check for tool interference and extract grammatical errors, ensuring safe and secure processing.
＼Visualizing the trajectory of NC programs with 3D and line drawings／ NAZCA5 SIM Mill is a drawing and editing software for machining and milling. It allows for error verification and immediate correction of NC programs, reducing mistakes with its specialized checking functions. ■ Optimal as a guideline for setup You can check major items such as coolant ON/OFF and spindle rotation. It can be used as a guideline for setup by displaying processing time and cutting range. ■ Detects mistakes and interference errors in NC programs It detects grammatical errors and errors during non-rotating cutting of tools, notifying you with alarms. ■ Macro drawing function Displays local variables, common variables, and system variables during drawing. ■ Features for educational institutions You can confirm the drawing with each input, allowing for immediate understanding of how it operates and accelerating the understanding of G-code. Help includes a G-code reference table. *NAZCA5 SIM Mill is the successor to Nazca Pro ETM View. <Trial> We offer a trial version that allows you to test all the features of the full product as many times as you like within the usage period! Feel free to contact us.
This single tool ensures peace of mind for checking and correcting simulation NC programs for lathes!
＼Strongly supports confirmation work for processing with various functions／ NAZCA5 SIM Lathe is a drawing and editing software for NC programs used in lathe processing. It not only allows you to draw processing trajectories but also enables checking NC data and displaying processing times. ■ Packed with features unique to NC program editors It includes IK/R conversion, sequence renumbering, decimal ON/OFF, GF modal, sign inversion, arithmetic conversion, and replacement, which set it apart from general editors like Notepad. Even old NC programs can be instantly transformed into an easily readable format. Edited data can be checked immediately with line drawings. ■ Check not only trajectories but also setup guidelines It is convenient and reassuring as you can also confirm processing times, processing distances, coordinate values, rotation speeds, and feed rates. ■ Realistic solid drawing It detects not only the shape but also interferences with holders and chucks, significantly reducing processing errors. *NAZCA5 SIM Lathe is the successor to the Nazca drawing and editing software (for lathes). <Trial> We offer a trial version that allows you to test all the features of the full product as many times as you like within the usage period! Please feel free to contact us.
We will model complex shapes and movements of devices as they are, supporting the understanding and improvement of fluid phenomena.
We will evaluate the flow and mixing conditions within complex devices using a meshless fluid analysis method (MPS particle method). In the current manufacturing industry, it is essential to understand the flow of various fluids (such as water, resin, and molten metal) within devices. However, as devices become more complex, traditional fluid analysis methods (such as finite difference methods and finite volume methods) often become difficult to compute, leading to many cases that are practically impossible to realize. Our company supports the understanding and evaluation of phenomena using a meshless fluid analysis method that can directly compute complex shapes and movements.
You can perform network verification virtually without slave hardware!
The "EC-Simulator" is an EtherCAT communication simulation tool. By simulating EtherCAT slave devices, it virtualizes the EtherCAT network. It allows the execution of EtherCAT master applications even without the presence of slave hardware. Conducting virtual simulations without the need for actual equipment leads to reductions in development time and costs. 【Simulation Methods】 ■ HiLS (Hardware-in-the-Loop Simulation) - One of the debugging methods for software known as model development base - Allows confirmation of how the system will react and operate in a virtual environment that simulates actual equipment ■ SiLS (Software-in-the-Loop Simulation) - A simulator environment that enables control development solely within a software environment - Facilitates the development and testing of control algorithms for large-scale and complex systems *For more details, please refer to the related links or feel free to contact us.
A rich lineup is available.
This is an introduction to the "Measurement, Control, and Simulation (Engine/Mission-related Test Systems)" handled by A&D Company.
A rich lineup is available.
This is an introduction to "Measurement, Control, and Simulation (Tire-related products)" handled by A&D Company.
We bring you the latest version information of "FlexSim." Strong support for visualizing and optimizing people and things!
"FlexSim" is software that can analyze the current situation, identify issues, and visualize multiple improvement proposals using numbers and graphs, such as layouts in production lines and warehouses. It helps solve various challenges like cost reduction and personnel shortages, contributing to increased productivity and profits. 【Features】 ■ GIS (Geographic Information System) integration ■ Enhanced functionality of AGV + A-Star module ■ Enhanced functionality of experimental tools ■ Integration of reinforcement learning ■ Enhanced functionality of web server ■ Enhanced functionality of simulation control bar
Eliminate design backtracking and support for shortening development time and reducing costs!
Transmission line analysis conducts pre-analysis and post-analysis to minimize rework. EMI analysis eliminates the causes of unwanted electromagnetic radiation (radiated noise and emissions), enabling significant reductions in time and costs for countermeasures after prototyping. Please feel free to contact us with any questions or inquiries regarding simulations.
Visualizing the spread of odors! Simulations that reflect the effects of the atmosphere and buildings are possible.
"KALMOS" is an odor diffusion simulation system that predicts ground-level concentration using a measure of odor strength called "odor concentration," rather than single gas concentration. It allows for the registration of multiple complex buildings. By reproducing different downdrafts and downwashes depending on the building and emission conditions, it conducts realistic simulations. Additionally, it can be used as pre-verification data for future odor risk assessments. 【Features】 ■ Understanding of ground-level "odor concentration" ■ Simulations reflecting a wide variety of buildings ■ Vertical concentration distribution "cross-sectional calculations" *For more details, please refer to the PDF materials or feel free to contact us.
Production System Simulation (Educational)
[Educational Content] - Production scheduling and process control - Process planning and line balancing - Production system layout - Inventory management and the impact of buffers - JIT production methods and economic lot sizes - TOC theory and the elimination of bottlenecks - Basics of FMS - Virtual manufacturing
