soft Product List and Ranking from 1818 Manufacturers, Suppliers and Companies | IPROS

Last Updated： Aggregation Period:May 06, 2026～Jun 02, 2026
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soft Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:May 06, 2026～Jun 02, 2026
This ranking is based on the number of page views on our site.

  1. B7 Tokyo//Information and Communications
  2. ユニオンシステム Osaka//Information and Communications
  3. SAS Institute Japan JMP Japan Division Tokyo//others
  4. 4 大浦工測 ［東京本社・横浜支店・九州支店・関西支店・仙台営業所・ベトナム国ホーチミン事務所］ Tokyo//General contractors and subcontractors
  5. 5 シスメット 本社/福岡県北九州市　・東日本オフィス/埼玉県入間市　・北日本オフィス/北海道札幌市 Fukuoka//Information and Communications
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Last Updated： Aggregation Period:May 06, 2026～Jun 02, 2026
This ranking is based on the number of page views on our site.

  1. JMP Pro SAS Institute Japan JMP Japan Division
  2. Introduction of new product: Plant design support software and services. 大浦工測 ［東京本社・横浜支店・九州支店・関西支店・仙台営業所・ベトナム国ホーチミン事務所］
  3. Quicker and more accurate construction cost estimation! Drawing extraction software Hiroi-kun III アークシステム 本社
  4. 4 Data extraction software "Hiroi-kun III" supports CAD and PDF drawing data. アークシステム 本社
  5. 5 [Wave Forecast Information] Weather and Ocean Conditions Comprehensive Portal Site Compass PLUS シスメット 本社/福岡県北九州市　・東日本オフィス/埼玉県入間市　・北日本オフィス/北海道札幌市

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601～630 item / All 6401 items

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■Magnetic Field Analysis Software (Combined Method / Transient Response) EDDYTM

■Magnetic Field Analysis Software (Combined Method / Transient Response) EDDYTM

3D magnetic field analysis software (magnetic field simulator) using a combination of finite element method and H-method *No air mesh required.

■ Magnetic field/magnetic field analysis software (magnetic field simulator) using a combination of finite element method and H-method, capable of performing static analysis and transient response analysis. ■ Can handle three-dimensional problems. ■□■ Features ■□■ ■ Can create analysis models without creating air regions. ■ Integrated with the PHOTO series dedicated pre- and post-processing, allowing data creation, analysis, and result processing to be performed as a single operation. ■ Achieves groundbreaking speed improvements through the combination of edge element method and ICCG method (dozens of times faster than conventional finite element methods). ■ Provides stable solutions using finite element method, making it safe for beginners to use.

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■Coupled Analysis (Dynamic Magnetic Field + Heat Conduction) EDDY & THERMO

■Coupled Analysis (Dynamic Magnetic Field + Heat Conduction) EDDY & THERMO

Software for coupled analysis of magnetic fields and heat conduction using the finite element method, performing static analysis and transient response analysis.

This is a software for coupled analysis of magnetic fields/magnetic fields and heat conduction using the finite element method, capable of performing static analysis and transient response analysis. It can handle three-dimensional, two-dimensional, and axisymmetric problems. ■□■Features■□■ ■Since it is integrated with the PHOTO series dedicated pre- and post-processing, data creation, analysis, and result processing can be performed as a series of operations. ■A groundbreaking speedup has been achieved through the combined use of edge element method and ICCG method (dozens of times faster than conventional finite element methods). ■The use of finite element method ensures stable solutions, making it safe for beginners to use. ■Since EDDY (magnetic field analysis module) and THERMO (heat conduction module) are integrated, the transfer of heat generation density is automatically executed without the need for files. ■It is also possible to use EDDY and THERMO independently.

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■Coupled Analysis (Dynamic Magnetic Field + Heat Conduction) EDDYjω & THERMO

■Coupled Analysis (Dynamic Magnetic Field + Heat Conduction) EDDYjω & THERMO

This is a software for coupled analysis of magnetic fields/magnetic fields and heat conduction using the finite element method, performing static analysis and frequency response analysis.

This is a software for coupled analysis of magnetic fields/magnetic fields and heat conduction using the finite element method, capable of performing static analysis and frequency response analysis. It can handle three-dimensional, two-dimensional, and axisymmetric problems. ■□■Features■□■ ■Since it is integrated with the PHOTO series dedicated pre- and post-processing, data creation, analysis, and result processing can be performed as a series of operations. ■A revolutionary speed-up has been achieved through the combined use of edge element method and ICCG method (tens of times faster than conventional finite element methods). ■The use of finite element method ensures stable solutions, making it user-friendly even for beginners. ■Since EDDYjω (magnetic field analysis module) and THERMO (heat conduction analysis module) are integrated, the transfer of heat generation density is executed automatically without the need for files. ■It is also possible to use EDDYjω and THERMO independently.

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[Analysis Case] Electromagnetic Field Analysis of E-Plane T-Junction Waveguide

[Analysis Case] Electromagnetic Field Analysis of E-Plane T-Junction Waveguide

Using the analysis module "PHOTO-WAVEjω"! The scattering matrix was obtained from the analysis results.

We conducted an analysis using the finite element method to determine the distribution of electromagnetic waves input from each port in a T-shaped waveguide used for signal processing in radar and other applications. Three ports were set up in the E-plane T-junction waveguide. Due to symmetry, a 1/2 model was created, with natural boundary conditions on the XY plane and symmetric boundary conditions on the other sides. As a result, the absolute values of S31 and S13 calculated were 0.644 and 0.631, respectively, with an error of 2.0%. [Case Summary] ■ Analysis Module: PHOTO-WAVEjω ■ Analysis Results - The absolute values of S31 and S13 calculated were 0.644 and 0.631, respectively, with an error of 2.0%. *For more details, please refer to the related links or feel free to contact us.

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Analysis Case: Yagi-Uda Antenna Analysis

Analysis Case: Yagi-Uda Antenna Analysis

Estimate electromagnetic waves from a distance using two different methods and compare the results! The shape was modeled in full.

The Yagi-Uda antenna is a directional antenna composed of a waveguide made up of multiple short elements, a long element reflector, and a feed mechanism positioned between them. The electromagnetic waves radiated from the feed mechanism are analyzed using the finite element method, and based on the results, far-field plane waves are estimated. The feed mechanism radiates electromagnetic waves polarized in the Z-axis direction, and the behavior of the electromagnetic waves in the air region surrounding the entire antenna is analyzed using the finite element method. Next, based on those results, the electromagnetic waves in the far field are estimated using two different methods, and the results are compared. The shape is modeled as a full model. [Software Used] ■ PHOTO-WAVEjω *For more details, please refer to the related links or feel free to contact us.

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[Analysis Case] Scattering Analysis of Plane Waves by a Dielectric Sphere

[Analysis Case] Scattering Analysis of Plane Waves by a Dielectric Sphere

Using the software "PHOTO-WAVEjω"! Analyzing the scattered waves after hitting a sphere using the finite element method.

This is an example of estimating the scattered wave in the far field when a plane wave is incident on a scattering body, using the finite element method. A plane wave polarized in the X-axis direction is incident in the Z-axis direction, and the scattered wave after it hits this sphere is analyzed using the finite element method. Next, based on those results, the scattered wave in the far field is estimated using two different methods, and the results are compared. The shape is modeled in full. 【Software Used】 ■PHOTO-WAVEjω *For more details, please refer to the related links or feel free to contact us.

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[Case Study] Electromagnetic Wave Analysis of Right-Angle Corner in H-Plane Waveguide

[Case Study] Electromagnetic Wave Analysis of Right-Angle Corner in H-Plane Waveguide

Analysis was also conducted in the absence of a metal post! The analysis results at a frequency of 10.13 [GHz] are shown.

We will introduce a case study analyzing the frequency dependence of the reflection rate by placing metal posts that suppress the reflection of electromagnetic waves at 10 GHz. Impedance boundary conditions were set at the exit. The walls of the waveguide and the metal posts were treated as perfect conductors, and the input was provided as the TE10 electric field [V/m]. Additionally, an analysis was conducted for the case without metal posts for comparison. 【Case Overview】 ■ Software Used: PHOTO-WAVEjω ■ Analysis Conditions - Waveguide: WRJ-10 (22.9mm × 10.2mm) - The walls of the waveguide and the metal posts are perfect conductors - The input was provided as the TE10 electric field [V/m] - Impedance boundary conditions were set at the exit *For more details, please refer to the related links or feel free to contact us.

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[Analysis Example] Electromagnetic Wave Analysis Animation Library for Waveguides

[Analysis Example] Electromagnetic Wave Analysis Animation Library for Waveguides

Introducing analysis examples such as "circular cavity" and "rectangular iris-coupled waveguide filter"!

On this page, we introduce electromagnetic wave analysis animations of waveguides such as "Magic T," "E-plane T-junction waveguide," and "twisted waveguide." 【Overview】 ■ Magic T ■ E-plane T-junction waveguide ■ Twisted waveguide ■ Circular cavity ■ Rectangular iris-coupled waveguide filter *For detailed information about the examples, please refer to the related links. For more information, feel free to contact us.

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[Case Study] Analysis of Current Density Distribution in Superconducting Tape

[Case Study] Analysis of Current Density Distribution in Superconducting Tape

No need for air mesh! Load and analyze the interpreter program with pre-set conditions at runtime.

This is an example of transient magnetic field analysis using the H method, where the current distribution of a superconducting tape was analyzed. The "n-value model" was used for the E-J characteristics of the superconducting tape. By using the magnetic field analysis module "PHOTO-EDDYTM," it is possible to analyze with a mesh of only the conductor, eliminating the need for an air mesh. 【Case Overview】 ■ Software Used: PHOTO-EDDYTM ■ Analysis Conditions - Current Value: 50[A] (maximum)… time-varying according to a function - Material Conditions: Relative permeability 1.0, electrical conductivity according to the program [S/m] - The "n-value model" was used for the E-J characteristics of the superconducting tape. *For more details, please refer to the related links or feel free to contact us.

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[Analysis Case] Eddy Current Analysis of Perforated Conductors Using External Coils

[Analysis Case] Eddy Current Analysis of Perforated Conductors Using External Coils

Comparison under three conditions: FEM, external field coils, and measurement values! An analysis with the coils moved was also conducted.

We will introduce the analysis results using the finite element method (FEM) with coils and external field coils for the same analysis target. We adopted "Team Workshop Problem 7," which involves placing a coil on a perforated conductor. Since this problem has measurement values, we compared the results under three conditions: FEM, external field coil, and measurement values, and also conducted an analysis with the coil moved. The results from the external field and FEM overlapped in the graphs, and the comparison with the measurement values was also favorable. 【Case Overview】 ■ Software Used: PHOTO-EDDYjω ■ Analysis Conditions - Frequency: 200 [Hz] - Current Value: 2742 [AT] - Electrical Conductivity of Conductor: 3.526×10^7 [S/m] ■ Results from External Field and FEM: The graphs overlapped, and the comparison with measurement values was also favorable. *For more details, please refer to the related links or feel free to contact us.

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[Analysis Case] Magnetic Field Analysis of Current Sensor (CT)

[Analysis Case] Magnetic Field Analysis of Current Sensor (CT)

The core uses a high permeability magnetic material! The analysis model was created using symmetry, resulting in a 1/2 model.

We will introduce a case where we analyzed the current flowing through the cable and the induced voltage and current values flowing through the secondary coil. The analysis model utilizes symmetry, using a 1/2 model, and a high permeability magnetic material is used for the core. The current sensor consists of a ring-shaped core and winding, with the measured current flowing through the cable at the center of the core, allowing us to obtain a small current flowing through the winding (secondary side). 【Case Overview】 ■ Software Used: PHOTO-EDDYjω ■ Analysis Conditions - Current value of the primary coil: 10[A] - Frequency: 50[Hz] - Number of turns in the secondary coil: 1000[turns] - Load resistance of the secondary coil: 100[Ω] *For more details, please refer to the related links or feel free to contact us.

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[Analysis Case] Magnetic Field Analysis of Induction Motors

[Analysis Case] Magnetic Field Analysis of Induction Motors

Using the analysis module "PHOTO-EDDY"! Analyzing the torque waveform during steady operation, taking into account the rotation of the rotor.

Induction machines that utilize electromagnetic induction are used in home appliances, escalators, and trains. Since eddy currents flow in induction machines, magnetic field analysis is necessary. The subject is a squirrel-cage three-phase induction motor, and considering the rotation of the rotor, the torque waveform during steady operation is analyzed. The analysis model was referenced from the benchmark model (K model) of induction motors by the Electrical Engineering Society's Investigation Committee. [Case Summary] ■ Analysis Type: 2D Nonlinear Transient Magnetic Field Analysis ■ Analysis Module: PHOTO-EDDY *For more details, please refer to the related links or feel free to contact us.

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[Analysis Case] Frequency Response Dynamic Magnetic Field Analysis of Magnetic Shielding

[Analysis Case] Frequency Response Dynamic Magnetic Field Analysis of Magnetic Shielding

The analysis model is a 1/8 model! Coils are placed outside the shield to calculate the internal magnetic field.

Here is an example of magnetic field analysis for magnetic shielding. The analysis model uses the "Box shield model" proposed by the Electric Society's Investigation Committee. The analysis model is based on symmetry and is a 1/8 model, with an external field coil used. Dynamic magnetic field analysis is applied, taking into account eddy currents. 【Case Summary】 ■ Analysis Model: Box shield model ■ Coil: External field coil ■ Analysis Type: Frequency response dynamic magnetic field analysis ■ Shielding: Linear material *For more details, please refer to the related links or feel free to contact us.

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[Analysis Case] Proximity Effect of Cable Conductors (Magnetic Field Analysis)

[Analysis Case] Proximity Effect of Cable Conductors (Magnetic Field Analysis)

The input voltage is adjusted to use a voltage that results in a maximum value of the current density (absolute value) of 1!

This is a case study that confirms the current distribution observed when an alternating current is passed through a conductor bundled with 19 strands of wire, using magnetic field analysis. Since frequency response magnetic field analysis is appropriate, the software "PHOTO-EDDYjω" was selected. The input voltage was adjusted to ensure that the maximum value of the resulting current density (absolute value) is 1. As a result, at a frequency of 1×10^5 [Hz], the current density was almost constant, while at a frequency of 1×10^7 [Hz], a concentration of current density was observed on the surface of the outermost layer of the conductor. 【Case Summary】 ■ Software Used: PHOTO-EDDYjω ■ Analysis Results ・1×10^5 [Hz]: Almost constant ・1×10^6 [Hz]: Gradual distribution of current density observed ・1×10^7 [Hz]: Concentration of current density observed on the surface of the outermost layer of the conductor *For more details, please refer to the related links or feel free to contact us.

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[Analysis Case] Lorentz Force Acting on Eddy Currents (Electromagnetic Force Analysis)

[Analysis Case] Lorentz Force Acting on Eddy Currents (Electromagnetic Force Analysis)

Using the software "PHOTO-EDDY"! Confirmed that eddy currents are concentrated on the surface due to the skin effect.

This is an example of analyzing the electromagnetic force (Lorentz force) acting on eddy currents. Using the software "PHOTO-EDDY," a 1/4 model was created based on the symmetry of the shape. As a result, it was confirmed that the input current becomes 0 at 1.5 [μsec], but the Lorentz force continues to occur beyond 1.5 [μsec]. 【Case Overview】 ■ Software Used: PHOTO-EDDY ■ Analysis Results - It was confirmed that the magnetic flux density is concentrated on the surface due to the skin effect. - The input current becomes 0 at 1.5 [μsec], but it was confirmed that the Lorentz force continues to occur beyond 1.5 [μsec]. *For more details, please refer to the related links or feel free to contact us.

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[Analysis Case] Magnetic Field Analysis of Superconductors Considering the Critical State Model

[Analysis Case] Magnetic Field Analysis of Superconductors Considering the Critical State Model

The software used is "PHOTO-EDDY"! It is also possible to analyze Kim models that depend on magnetic flux density.

Models used to describe superconductors include the critical state model and the Kim model. The critical state model is a physical model that assumes a balance between the Lorentz force acting on the vortices and the pinning force caused by impurities within the superconductor. In "PHOTO-EDDY," users can specify the constitutive equations, allowing for the analysis of not only a constant Jc but also models like the Kim model, where Jc depends on magnetic flux density. The choice of which equations to use is up to the user. While care must be taken regarding the convergence of calculations, a high degree of freedom in input methods is available. [Case Overview] ■ Software Used: PHOTO-EDDY ■ Analysis Results - The superconductor was modeled using the critical state model, with a critical current density Jc set at 1.0×10^9 [A/m²]. - The input current was adjusted so that the magnetic flux density at the center of the coil reached a maximum of 5 [T] when in the air-core condition. *For more details, please refer to the PDF document or feel free to contact us.

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[Analysis Case] Static Magnetic Field Analysis Without Air Mesh

[Analysis Case] Static Magnetic Field Analysis Without Air Mesh

Simplifying the input of current density for complex-shaped coils! Introducing a case study of "PHOTO-MAGTZ" analysis.

In this case study, we will introduce static magnetic field analysis of various models. "PHOTO-MAGTZ" does not require an air mesh. Therefore, it is easy to create models with complex shapes. Additionally, by inputting the current value into the coil, it is possible to simplify the input of current density for coils with complex shapes. You can view the analysis results from the related links below. 【Case Overview】 ■Analysis Module: PHOTO-MAGTZ *For more details, please refer to the related links or feel free to contact us.

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[Analysis Case] Magnetization Analysis of a Cylindrical Magnet Considering Hysteresis "Hard Magnetic"

[Analysis Case] Magnetization Analysis of a Cylindrical Magnet Considering Hysteresis "Hard Magnetic"

Using "hyperbolic function approximation"! Determine the hysteresis loop with numerical values and hyperbolic functions.

Using the hysteresis analysis function, we conducted magnetization analysis of magnets with high coercivity. A cylindrical magnet was magnetized using a coil. The current was increased from 0[A] to a maximum value and then returned to 0[A]. We analyzed the magnetic field in the space at that time. The hysteresis analysis function uses "hyperbolic function approximation" to represent the hysteresis loop in this case. The hyperbolic function approximation takes coercivity, remanent magnetization, and saturation magnetization as input values, and these values determine the hysteresis loop using a hyperbolic function. [Case Overview] ■ Software Used: PHOTO-MAG ■ Analysis Type: 3D Nonlinear Magnetic Field Analysis (1/4 model due to shape symmetry) *For more details, please refer to the related links or feel free to contact us.

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[Case Study] Nonlinear Static Magnetic Field Analysis of Magnetic Shielding

[Case Study] Nonlinear Static Magnetic Field Analysis of Magnetic Shielding

The analysis model is the 1/8 model based on symmetry! We will introduce an analysis case using an external field coil.

We will introduce a case study of magnetic field analysis for magnetic shielding. A coil is placed outside the shield, and the internal magnetic field is calculated. The analysis model uses the "Box shield model" proposed by the Electrical Engineering Society's Investigation Committee. The coil used is an external field coil, and the analysis model is set as a 1/8 model due to symmetry. The analysis type is nonlinear static magnetic field analysis. Eddy currents are not considered. We have included diagrams of the B-H characteristics of the ss400 used in this study, so please refer to the related links below for more details. 【Case Overview】 ■ Analysis Model: Box shield model ■ Analysis Type: Nonlinear static magnetic field analysis ■ Software Used: PHOTO-MAG *For more details, please refer to the related links or feel free to contact us.

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[Analysis Case] Predicting the magnetization distribution within a plastic magnet from measurement data.

[Analysis Case] Predicting the magnetization distribution within a plastic magnet from measurement data.

Estimating the magnetization distribution from the numerical data of magnetic flux density obtained through the forward problem! Introducing an analysis case of the inverse problem.

The analysis of the magnetic field created by magnets and coils is referred to as a forward problem. On the other hand, the problem of determining magnetization or current from the magnetic field distribution is called an inverse problem. In this case, we will introduce an example (inverse problem) where we estimate the magnetization inside a magnet from numerical data of the magnetic flux density on the surface of a plastic magnet and analyze the magnetic flux density created by that magnetization. For convenience, we will estimate the magnetization from the magnetic flux density obtained through the forward problem and calculate the magnetic flux density at a different location. Since we will use the results of the forward problem, we can compare the results of the forward and inverse problem analyses to evaluate the validity of the inverse problem's analytical function. 【Case Overview】 ■ Software Used: PHOTO-MAGTZ ■ Analysis Results - The magnetic flux density at a position 1mm away from the surface of the magnet is generally consistent between the forward and inverse problems. - There are multiple magnetization distributions that indicate the same magnetic flux density. *For more details, please refer to the PDF document or feel free to contact us.

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[Analysis Case] Electric Field Analysis of Wound Capacitors

[Analysis Case] Electric Field Analysis of Wound Capacitors

The capacitance of the cathode is theoretically calculated by approximating a cylindrical capacitor as a parallel plate capacitor, and compared with the analytical results!

The wound-type capacitor has a structure where electrode foils and dielectrics are alternately layered and rolled up, featuring a compact design while increasing the area of the electrodes. In "PHOTO-VOLTBM," there is no need for air mesh, allowing for the easy creation of complex-shaped models in conjunction with programmatic mesh deformation. In this case study, we will perform an electric field analysis of the wound-type capacitor. Additionally, we will compare the capacitance obtained from the analysis with theoretical values. For detailed information on the analysis conditions and results, please refer to the related links below. [Case Overview] ■ Analysis Module: PHOTO-VOLTBM *For more details, please check the related links or feel free to contact us.

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[Analysis Case] Nonlinear Electric Field Analysis of Cable Joints

[Analysis Case] Nonlinear Electric Field Analysis of Cable Joints

The analysis type is axisymmetric analysis using the MKSA unit system! A case study using current distribution analysis.

Here is an example of nonlinear electric field analysis for cable joints. The electric field analysis software "PHOTO-VOLT" and "VOLTjω" can be selected from two modes: electric field analysis and current distribution analysis. This case uses current distribution analysis. In the electrical insulation design of direct current power cable joints, it is necessary to consider the nonlinear conductivity characteristics of the insulating material. For detailed analysis results, please refer to the related links below. [Case Overview] ■ Software Used: PHOTO-VOLT or VOLTjω * For more details, please refer to the related links or feel free to contact us.

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[Analysis Case] Thermal Conductivity Analysis of a Circular Cylinder (Comparison with Theoretical Solutions)

[Analysis Case] Thermal Conductivity Analysis of a Circular Cylinder (Comparison with Theoretical Solutions)

We will conduct thermal conduction analysis under three conditions! Here, we will introduce a case study using a circular pipe model.

We will introduce an analysis case that focuses on the boundary conditions used in thermal conduction analysis, comparing theoretical solutions with simulation results. The thermal conduction analysis software "PHOTO-THERMO" can be used not only for coupled analysis using heat generation density obtained from electromagnetic field analysis but also independently. In this case, we used a circular pipe model as shown in the left figure. We conducted thermal conduction analysis under three conditions: "constant temperature boundary condition," "heat generation density," and "heat transfer boundary condition." Since theoretical solutions can be obtained for all of these, you can evaluate the validity of the program by comparing the analysis results. [Case Overview] ■ Conditions for Thermal Conduction Analysis - Constant temperature boundary condition - Heat generation density - Heat transfer boundary condition *For more details, please refer to the related links or feel free to contact us.

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[Analysis Case] Induction Heating Analysis of Induction Furnace [Temperature Dependence of Electrical Conductivity]

[Analysis Case] Induction Heating Analysis of Induction Furnace [Temperature Dependence of Electrical Conductivity]

The analysis type is axisymmetric analysis! A case of magnetic field-thermal coupled analysis using temperature-dependent electrical conductivity.

Using the heat generation density obtained from magnetic field analysis, thermal conduction analysis will be conducted, resulting in a temperature distribution. This is an example of magnetic field-thermal coupled analysis using temperature-dependent electrical conductivity. The heated object is a metal filled in a crucible. An alternating current flows through the coil, and the metal is heated by the eddy currents flowing through it. In induction heating analysis, the temperature distribution varies depending on the elapsed time and the location of the analysis target. When the electrical conductivity has temperature-dependent characteristics, the distribution of electrical conductivity changes by location, necessitating a close coupled analysis of the magnetic field and heat. [Case Overview] ■ Analysis Type: Axisymmetric Analysis ■ Analysis Module: PHOTO - EDDYjω & THERMO ■ Coil: Current Density Vector ■ Frequency: 3[kHz] ■ Conductor: Temperature Dependence of Electrical Conductivity *For more details, please refer to the related links or feel free to contact us.

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Electromagnetic field analysis software 'PHOTO-Series' <Demo version available>

Electromagnetic field analysis software 'PHOTO-Series' <Demo version available>

Limited-time offer: Free demo version (download version) available! No expiration date. You can try out the same features as the full version, except for the element count limit.

The electromagnetic field analysis software "PHOTO-Series" is a simulation tool that can visualize magnetic field distributions and eddy current density distributions. Based on the governing equations of electromagnetic phenomena, the "Maxwell equations," it visualizes the strength and direction of electromagnetic fields. It can cover a wide range of areas, from low-frequency electric field analysis to high-frequency electromagnetic field analysis such as radio waves. One of the non-destructive testing methods for detecting defects, the eddy current deep flaw method, is also included in the analysis targets. ★ We will conduct a demo version giveaway campaign. <Campaign Period> November 1, 2023 (Wednesday) to January 31, 2024 (Wednesday) <Demo Version Overview> ◎ You can try the program without any time restrictions. ◎ All functions except for the number of elements (or nodes) limit are the same as the product version. <Target Audience> ◎ Those considering purchasing the product. ◎ Those who want to actually try out the software. ◎ Those who want to confirm the operational feel or practice the operation. This is a campaign that has been conducted in the past and received positive feedback. If you are interested, please contact us via the "Contact Us" button below.

  • Other Software
  • soft

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Realization of a smart factory utilizing 3D CAD

Realization of a smart factory utilizing 3D CAD

Consider automation and labor-saving on 3D CAD! Ultra-fast response for pre-validation across the entire factory.

In today's transition from mass production to a small-lot, diverse product era, it is essential to respond quickly to customer needs. On the other hand, the manufacturing industry is facing a serious shortage of personnel. Therefore, it is important to implement automation and labor-saving measures to reduce human error and improve production efficiency. When trying to consider these aspects in 3D CAD, issues arise such as: - Models being heavy, making it difficult to check for interference with existing equipment and operators. - Tools being disparate, preventing immediate consideration and verification. COLMINA Design and Manufacturing Support iCAD SX achieves high-speed response capable of handling 3 million parts in 0.2 seconds. It can handle large-scale models like those in factories without stress, and it is easy to check for interference with existing equipment and operators. It can connect with PLCs and robot simulators, allowing for direct verification of control programs in 3D CAD. By conducting everything from design to control debugging seamlessly in CAD without multiple tools, development lead times can be shortened, and automation and labor-saving in the factory can be smoothly realized. ▶ A special site is currently showcasing customer case studies! ↓↓↓

  • Other CAD
  • soft

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Case Presentation: Reducing Design Rework! What 3D CAD is Suitable for Packaging Machine Design?

Case Presentation: Reducing Design Rework! What 3D CAD is Suitable for Packaging Machine Design?

By advancing the consideration of assembly and mechanical operations, we reduce rework! Achieving front-loading with ultra-fast response 3D CAD.

In the packaging machine industry, there is a constant demand to quickly launch new models into the market, and the design period has been getting shorter year by year. Additionally, to achieve higher performance, the structure of the machines has become more complex, and the difficulty of design has also increased. To address these challenges, it has become urgent to implement front-loading initiatives that aim to eliminate defects that are discovered in later stages as much as possible during the design phase, thereby shortening the development lead time. COLMINA Design and Manufacturing Support iCAD SX offers high-speed response capable of handling 3 million parts in 0.2 seconds, allowing for smooth design considerations without delays in processing, even for packaging machines with complex structures and a vast number of components. Furthermore, since assembly feasibility studies and operational verifications can be conducted for the entire system, it not only allows for early resolution of issues during startup but also facilitates smooth communication with customers and on-site personnel through specification discussions using 3D models, enabling efficient identification of requirements. iCAD improves design quality in packaging machine design and reduces development lead time. ◎ Customer case studies are currently available for limited viewing on the <special site>! ▶ Click on the special site to download now! 　　↓↓↓

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[Explanation] Supervised by the developer: "Shortening L/T of equipment development through collaboration between mechanics and control."

[Explanation] Supervised by the developer: "Shortening L/T of equipment development through collaboration between mechanics and control."

Analysis of rework occurring during the installation of mechanical devices - A comprehensive explanation from concurrent control design! 【*Free technical materials supervised by the developer are currently available!】

Deep dive into the challenges and background of control debugging conducted during machine installation. We will explain the approach to achieving 'Manufacturing DX', which can solve issues related to deadline pressure, such as concurrent control design and simulations utilizing 3D data. 【Do you have any of these concerns?】 ◆ The machine operates unexpectedly and gets damaged ◆ Additional specifications arise during installation, requiring overtime work ◆ The preparation for control simulators is so difficult that it is abandoned 【Overview of the publication】 ◆ Challenges in control design aimed at shortening manufacturing lead time ◆ Identifying additional specifications that arise during installation in advance ◆ Considerations for preliminary discussions at the design stage and practical application in real work 【How to download】 * You can obtain it from the [PDF Download] at the bottom of the text. ☆Announcement☆ iCAD Forum Autumn 2024 has been decided! "Experts in machine design" will honestly explain the use of 3D. This time, you will have the chance to hear real cases about applying debugging without physical machines!

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UV diffusion plate "UFD"

UV diffusion plate "UFD"

"Eliminates uneven UV light irradiation" Controls the spread angle in the ultraviolet range (200nm and above) for diffusion! Excellent transmittance even in high-temperature environments 'UV Diffusion Plate: UFD'

The "UFD" is a UV diffusion plate that can be used in the ultraviolet range. It can eliminate unevenness in the irradiation of UV (200nm and above) light sources. Due to the structure formed on the surface of synthetic quartz, it diffuses light at angles of 5°, 15°, and 25° (FWHM) when parallel light is incident, efficiently spreading the illumination light within a specified range. Additionally, you can use it while maintaining the weather resistance of synthetic quartz. 【Features】 ■ Usable in the UV range ■ Good heat resistance with a quartz base ■ Compatible with sizes of 150mm x 150mm (custom order) (larger sizes available upon consultation) ■ Diffusion angles at 240nm: 5°, 15°, 25° (FWHM) *Based on our simulations *For more details, please refer to the PDF document or feel free to contact us.

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Elimination of lighting unevenness using a lens diffusion plate for LED.

Elimination of lighting unevenness using a lens diffusion plate for LED.

Irradiation within a certain range! Achieving efficient lighting with minimal energy loss.

"Lens Diffuser: LSD (Light Shaping Diffusers)" transfers fine holographic micro-structures onto the surface of a thin film, which diffuses incident light at a consistent angle due to its refractive properties, utilizing the interference patterns of the hologram as a micro-lens array. In this column, we will introduce a method for eliminating lighting unevenness using lens-function diffusers, which effectively addresses issues such as "chromatic aberration caused by lenses" in LED lighting devices. We invite you to read on. [Contents] ■ Elimination of lighting unevenness using lens-function diffusers *For more details, please refer to the PDF document or feel free to contact us.

  • Lighting
  • soft

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