Please contact us first. In some cases, we can deliver the product in a few days by trimming down the content of the analysis.

It depends on the contents of the case and analysis.
The price for companies in general is about $3,500 for small-scale analysis and about $7,500 for complex analysis.
Prices for university researchers range from $800to $3,500.

Basically, we only sell software and contracted analysis at a fixed price, but depending on the analysis, we may be able to offer a discount by reducing man-hours, so please contact us first.

It usually takes about a month for each case to be completed. If you are in a hurry, please contact us first to see if we can make it to you in time.

The following data is required
• Contrast-enhanced CT (DICOM format, thin slice)

The following data is required.
• Contrast-enhanced CT (DICOM format)

The following data will be required.
• Contrast-enhanced CT (DICOM format)
• Patient's body surface area

The following data will be required.
• Contrast-enhanced CT (DICOM format)
• AA/AS information
• Patient's body surface area

The following data will be required.

• Contrast-enhanced CT (DICOM format)
• left and right lung resistance (approximate left and right PA flow ratios, etc. are also acceptable)
• Patient's body surface area.

Please contact us first for a discussion.

The analysis process includes:
1. Online meeting for a discussion and estimate.
2. Creating a virtual surgery arterial shape.
4. Computer simulation to calculate blood flow in the virtual vessel.
5. Report on the analysis.

First of all, please contact info@dev.cfd.life about the analysis contents. The steps are the following
1. Consultation and quotation by email or online meeting
2. Order
3. Sending the necessary data and analyze
4. We send a report

All you need to know is the shape of the vessel and the flow rate, and we will analyze each case manually, so we can use a variety of inputs such as CT, MRI, CAD models and drawings.
For analysis of actual cases, it is common to use CT for analysis.

The ability to accurately extract the shape of a vessel is important in CFD, and as a guide to image quality, the outline of a narrowed coronary artery must be visually identifiable.
Even if the image quality is poor, it is possible to modify the image based on the angiogram, so it is highly likely that analysis is possible even with an older 64-row device, for example.

We can provide virtual surgery technique that will provide useful information for comparing blood flow in multiple surgical techniques.

Please contact us for and we will introduce you to an introduction to Dr. Itatani. (Our software and services are for research purposes only, not for medical equipment, and we are not able to provide information on decision making in practice.)

We only provide contract analysis for simulations, which are custom-made, where a model is created for each customer's purpose, one by one. Numerical fluid dynamics simulations are technically difficult to perform, so our fluid dynamics experts analyze each case manually in order to provide a highly reliable analysis.

Please contact us first. In some cases, we can deliver the product in a few days by trimming down the content of the analysis.

It depends on the contents of the case and analysis.
The price for companies in general is about $3,500 for small-scale analysis and about $7,500 for complex analysis.
Prices for university researchers range from $800 to $3,500.

Basically, we only sell software and contracted analysis at a fixed price, but depending on the analysis, we may be able to offer a discount by reducing man-hours, so please contact us first.

It usually takes about a month for each case to be completed. If you are in a hurry, please contact us first to see if we can make it to you in time.

The following data is required
• Contrast-enhanced CT (DICOM format, thin slice)

The following data is required.
• Contrast-enhanced CT (DICOM format)

The following data will be required.
• Contrast-enhanced CT (DICOM format)
• Patient's body surface area

The following data will be required.
• Contrast-enhanced CT (DICOM format)
• AA/AS information
• Patient's body surface area

The following data will be required.

• Contrast-enhanced CT (DICOM format)
• left and right lung resistance (approximate left and right PA flow ratios, etc. are also acceptable)
• Patient's body surface area.

Please contact us first for a discussion.

The analysis process includes:
1. Online meeting for a discussion and estimate.
2. Creating a virtual surgery arterial shape.
4. Computer simulation to calculate blood flow in the virtual vessel.
5. Report on the analysis.

First of all, please contact info@dev.cfd.life about the analysis contents. The steps are the following
1. Consultation and quotation by email or online meeting
2. Order
3. Sending the necessary data and analyze
4. We send a report

All you need to know is the shape of the vessel and the flow rate, and we will analyze each case manually, so we can use a variety of inputs such as CT, MRI, CAD models and drawings.
For analysis of actual cases, it is common to use CT for analysis.

The ability to accurately extract the shape of a vessel is important in CFD, and as a guide to image quality, the outline of a narrowed coronary artery must be visually identifiable.
Even if the image quality is poor, it is possible to modify the image based on the angiogram, so it is highly likely that analysis is possible even with an older 64-row device, for example.

We can provide virtual surgery technique that will provide useful information for comparing blood flow in multiple surgical techniques.

Please contact us for and we will introduce you to an introduction to Dr. Itatani. (Our software and services are for research purposes only, not for medical equipment, and we are not able to provide information on decision making in practice.)

We only provide contract analysis for simulations, which are custom-made, where a model is created for each customer's purpose, one by one. Numerical fluid dynamics simulations are technically difficult to perform, so our fluid dynamics experts analyze each case manually in order to provide a highly reliable analysis.