Pressure and pressure distribution, which could not be visually observed in the past, can now be easily confirmed.
Prescale allows you to easily measure pressure distribution and range. Created using Fujifilm's advanced thin film coating technologies, the pressure inspection sensor on the entirety of the film allows you to confirm pressure distribution of the entire surface at a glance. The color appears red where pressure is applied, and the color density varies according to the amount of pressure. To cover a wide pressure range (0.006 to 300 MPa), we supply nine types of Prescale.
Prescale Sheets are a version of Prescale that are pre-cut into easy-to-use sizes. It is recommended for first-time users and for small-scale applications. To cover a wide pressure range (0.2 to 300 MPa), we supply six types of Prescale Sheets.
Measure tire pressure
Measure the pressure distribution of cleaning polish against liquid crystal panels
Measure the pressure between cylinder heads and cylinder blocks
- Product name/Model
Prescale (Two-sheet type/Mono-sheet type)
- Precision
±10% or less (measured by a densitometer at 23°C, 65% RH)
- Recommended temperature
20°C to 35°C*1
- Recommended humidity
35% RH to 80% RH*2 *3
*1 Ultra extreme low pressure (5LW) / Extreme low pressure (4LW) / Super high pressure (HHS): 15°C–30°C
*2 Ultra extreme low pressure (5LW) / Extreme low pressure (4LW): 20% RH–75% RH
*3 Super high pressure (HHS): 35% RH–70% RH
<How to calculate pressure value (MPa)>
We supply nine types of Prescale and six types of Prescale Sheets for use depending on the pressure range.
Each product is made for a certain pressure range (MPa). Customers must confirm the pressure value of their application environment.
- * W in the product codes indicates two-sheet type, S indicates mono-sheet type
Pressure quantification tool
By using the tools below, you can quantify pressure, perform detailed analysis, and share data.
| Products |
Fuji Digital Analysis System fore  |
|---|---|
| Overview | Colorized Prescale is digitiloized using a scanner and converted into numerical data by software. |
| Usable Prescale | All Prescale |
| Supported Measurements | 6 Items |
| Inspection time*4 | Around 2 minutes |
| Precision | Equivalent |
*4 Inspection time: After registering the inspection conditions, the time from reading the prescale to displaying the inspection results.
The Pressure distribution mapping system FPD-8010E makes it possible to take color samples produced by pressure using Prescale and Prescale Sheets, and to perform various methods of analysis more precisely. By visualizing pressure and performing analysis on a PC, there would be a wide variety of potential applications—from designing and developing various products to improving production equipment and conducting maintenance.
- Product name/Model
FUJIFILM PRESSURE DISTRIBUTION MAPPING SYSTEM for PRESCALE FPD-8010E
- Components
Dedicated software (CD-ROM), Dedicated cover, Calibration sheet, Installation manual
- Main functions
Pressure analysis / Pressure data output function / Partial zoom function / Excess length synthesis function
- Applicable scanner
Epson A4 Scanner: Perfection V37/V370, Perfection V600, Perfection V850
- System requirements
OS :
Windows10 Home/Pro（32Bit/64Bit）
Windows11 Home/Pro（64Bit）
CPU : 2GHz or Higher
Memory : 2GB or more
HDD : 32GB or more
Display : XGA or better, 65,000 colors or more
Please see the "Product page" for detailed information on functionality, usage, maintenance/repair service, etc. of FPD-8010E. You can also download trial versions and update to the latest version of the products from this web page.
- General brochure
- Applications for Smartphones and tablet computers industries
- Applications for automobile industries
- Applications for food and pharmaceutical industries
We are also accepting online request for the other information about application examples by usage or by industries, and free sample inquiries.
![[photo] FPD-8010E Installation CD](https://asset.fujifilm.com/www/br/files/2019-08/f293206f52eb7c8db99d03b34c94bf18/thumb_01.jpg)
