Nanoimprint Model TM-03
Mitsui Electric Seiki Co., Ltd.
About This Product
■Nanoimprint
Nanoimprinting is attracting attention as a technology that presses extremely finely machined molds of several tens to hundreds of nanometers onto resin or glass to produce large quantities of parts with the same shape in a short period of time. The method is broadly divided into the thermosetting method, which softens with heat and then cools and hardens, and the photocuring method, which uses UV curing resin and hardens it with UV light.
■Model TM-03
This device is a small research device that can imprint samples of 20 mm x 20 mm. Many of the imprint devices that we have manufactured so far have been relatively large, and we have not been able to improve the problems that exist with imprint devices in the world, such as burdening research costs and securing installation space. did.
Therefore, we have created a small device that takes up as little laboratory space as possible, and that can be used for research under a variety of conditions. This device is mainly designed for university research and experiments, and we created a nanoimprint device of this size by eliminating the image that nanoimprint devices are expensive to install, and also taking into consideration the size and usability of the device.
The imprint method uses a light curing method, which allows logging of graphs and table data. Why not experiment with new technology and make prototypes and production easier than ever before?
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Product
Nanoimprint Model TM-03
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Handling Company
Mitsui Electric Seiki Co., Ltd.
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Categories
1 Models of Nanoimprint Model TM-03
| Product Image | Part Number | Price (excluding tax) | Equipment weight | Imprint method | Power supply | Press peeling load | Press peeling speed | Sample board | Sample size | UV equipment performance |
|---|---|---|---|---|---|---|---|---|---|---|
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TM-03 |
Available upon quote | Approximately 25kg | Light curing method | AC100V | 0.1~100N | 1~1,000μm/sec | Si wafer/glass substrate | 20mm×20mm |
Light intensity 400mW/cm2 Wavelength max. 365mm |
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