玻璃微流體元件 myBlossom® Microfluidic devices | 流量元件 myBlossom® Fluidic components4
https://www.myblossom.tw/ 自華光電有限公司
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Links:http://www.planoptik.com/cnt/products/fluidic_components.htm ...


玻璃微流體元件 myBlossom® Microfluidic devices
流量元件 myBlossom® Fluidic components

Little Things Factory GmbH

Plan Optik 提供使用玻璃,石英,與玻璃矽複合材料製成的流量元件。這些組件在醫學和醫藥技術領域被用來作為微反應器,或在診斷,醫療應用和移植等領域作為流量晶片。玻璃,石英和玻璃矽複合材料是這些應用的理想材料,因為它們能抵抗惡劣的環境如,高溫和化學腐蝕。同時他們也表現出高度的生物相容性。這些特點與使得它與原本在這些應用領域中所使用的高分子材料產生市場區分。

多年來 Little Things Factory 有限公司(LTF)在 Ilmenau 伊爾梅瑙(Thuringia 圖林根州,德國)- Plan Optik 百分之百擁有的子公司 - 成功地專注在生產所謂的高流量微反應器。後者可以用於化學實驗室的微型反應器。Plan Optik使用多種在微機電蓋板晶圓使用多年的結構加工流程,例如包含在玻璃與石英上微噴砂與化學濕蝕刻,來生產流量元件與生物晶片。這些流量晶片的製造可以在 6" 或 8" 晶圓上進行藉以達到比較便宜的生產成本。Plan Optik 也提供客製化的流量晶圓片。


自華光電 - 德國LTF微反應器/微通道反應器/微流體元件 台灣代理商。

Allen K. Lin | Allen@myblossom.tw | LINE ID: Allen-007 | Wechat ID: Allen-006 | T: 0910-782775


Fluidic components

Plan Optik supplies fluidic components made of glass, quartz and glass-silicon composite materials. These components are used as micro reactors in the field of medical and pharmaceutical technology as well as in the form of fluidic chips in the field of diagnostics, medical applications and implantology. As materials glass, quartz and glass-silicon combinations are ideal for these applications, since they are materials which can resist difficult environmental conditions such as, for example, high temperatures and chemicals. They nonetheless demonstrate a high degree of bio-compatibility. These characteristics distinguish the materials markedly from the polymer substances standardly used in these fields of application. 

For many years the Little Things Factory GmbH (LTF) in Ilmenau (Thuringia, Germany) - a 100% subsidiary of Plan Optik AG - has successfully focused on the manufacture of so-called high-throughput micro reactors. The latter can be compared to chemical laboratories in miniature. For the creation of fluidic components and bio-chips Plan Optik AG uses a wide range of structuring processes which have been employed for many years in the field of MEMS cap wafers, including, for example, micro-sandblasting and wet-chemical structuring of glass and quartz. The manufacture of these fluidics chips can be carried out inexpensively based on 6" or 8" wafers. Plan Optik also supplies these fluidics wafers to customized specifications.