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We offer freestanding super thin silicon wafers with thicknesses ranging from 5µm to 100µm and with diameters from 5mm to 6. The thin Silicon wafers are true mirror finish DSP, good surface flatness, haze-free, void-free, and have low surface RMS (typical 1-2nm) and an ultralow TTV typically less than +/-1µm.
Below are just some of out wafers uses.
Lab-On-Chip ELISA
* More efficient Solar Wafers, up to 51%!
* Micro Counter
* Micro-Cantilever Sensing and Actuation Components
* Photo Dynamic Therapy Laser
* Light Engine for Portable Information Display, and
* Dynamic Diagnostics Tools for Light Emitting Devices
Below is a recent client request:
We are planning to use thin silicon wafers to develop a post-sample attenuator for some X-ray experiments. My plan is to bond a thicker small diameter wafer (eg. 50 or 100um thickness, 10mm diameter) to the center of a lager thinner one (eg. 5um, 50mm diameter). The setup also requires a laser-drilled hole of diameter approximately 1.5mm for the direct X-ray beam to pass through. Could you also give me some details of the holding ring for thin wafers mentioned on your website?.
Click here to see the wafer post-sample attenuator X-ray experiment.
University Wafer along with our partners now specializes optical MEMS and specialty silicon products. These products and services incude
Our super-thin silicon production is based on a proprietary combination of the following
Diameter/dimension range from <25.4mm - 150mm, larger is some cases.
The thin wafers are haze and void free. They have low surface roughness of 1-2nm and TTV +/-1um.
We can also supply an attachemnt with rigid wafer ring for our thin silicon wafers. This allows for easy handling.
We can also provide the following services on our thin wafers