Flexdym Polymer Starter Pack聚合物入门包

Flexdym Polymer Starter Pack聚合物入门包

达尔文微流体
Flexdym聚合物入门包-PDMS的替代品
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1周内可用
类别：电泳和电化学芯片，微细加工，微流体液滴发生器，微流体流通池，微混合器芯片
尝试用此现成的入门包试用我们全新的生物相容性聚合物！ Flexdym是PDMS的替代品：自密封，耐腐蚀，经济高效且具有生物相容性，在制造芯片时将大大简化您的工作。 包含10张15 x 15厘米Flexdym聚合物。

在该套件中，您可以尝试用10张15 x 15厘米的Flexdym芯片代替PDMS进行芯片微细加工。可根据要求提供不同的厚度：1.3 mm，0.8 mm和0.2 mm。
 

Flexdym聚合物是微流控技术的真正突破

特点与优势
Flexdym是一种新型聚合物，它具有PDMS的优点而*：

生物相容性（ISO 10993-5和UPS Class VI）
在环境温度下自密封：无需使用等离子键合或高温，然后可以在组装前添加生物材料
高性价比
兼容光学检测：低荧光，光学透明
无吸收，可渗透气体，不渗透液体
耐撕裂：与PDMS不同，操作时不会撕裂
有效整合细胞和生物试剂
Flexdym的高密封性能可在组装之前整合细胞，蛋白质和其他酶生物材料。通过不涉及等离子体，真空或高温的制造工艺，我们可以确保生物制剂在您的设备中保持活力和功能。

快速微细加工
使用热压花系统成型
低压：低于1巴
无需真空
容易脱模
完整操作不到一分钟
极低的粘度，可用于快速热成型，填充率比传统的刚性热塑性塑料（COC，PS，PMMA等）高100-1000倍
应用领域
在微流控芯片的经典应用中，Flexdym是任何其他芯片材料的替代品。

0.250 mm和0.750 mm是合适的，主要用于膜的制造
1.2 mm和2 mm更易于成型，适合Flexdym初学者制造微流控芯片
这种聚合物在生命科学中特别有趣：其生物相容性使设计任何实验变得简单。自密封技术不具有破坏性，与其他芯片密封中使用的等离子体，真空或高温不同。

芯片中的光学或荧光测量需要使用主要在紫外线和可见光范围内具有高透明度（几乎90％的透射率）的材料。 Flexdym满足这些条件。实际上，它在295 nm波长下达到了50％透射率的极限（我们认为这是可接受的透明度极限）。 Flexdym具有与透明的材料相似的特性。对于许多荧光团，尤其是受欢迎的荧光Cy3和Cy5染料，此透明窗口足够宽，它们的激发波长分别为550和650 nm，发射波长分别为570和670 nm。

主要特征
Flexdym纸尺寸150 x 150 mm
厚度200微米/ 750微米/ 1.3毫米
撕裂强度15 kN / m
拉伸强度7.6 kN / m
伸长率720％
成型温度115-185°C
自密封和快速粘合
成型后，Flexdym易于粘合到Flexdym或玻璃上。

粘合温度Flexdym芯片在玻璃上的Flexdym芯片在玻璃上
室温600 mbar 400 mbar
85°C 5.5巴720毫巴

Flexdym Polymer Starter Pack聚合物入门包

Darwin Microfluidics
Flexdym Polymer Starter Pack - alternative to PDMS
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Available within 1 week
Category: Electrophoresis & Electrochemistry Chips, Microfabrication, Microfluidic Droplet Generators, Microfluidic Flow Cells, Micromixers Chips
Try our brand new biocompatible polymer with this ready-to-fabricate start pack! The Flexdym is a great alternative to PDMS: self-sealing, resistant, cost-effective and biocompatible, it will greatly ease your work when fabricating chips. Contains 10 sheets of 15 x 15 cm Flexdym polymer.

In this kit, you will be able to try the Flexdym with 10 sheets of 15 x 15 cm as an alternative to PDMS for your chip microfabrication. Different thicknesses are available upon request: 1.3 mm, 0.8 mm and 0.2 mm.
 

The Flexdym polymer is a real breakthrough for microfluidics

Features & Benefits
The Flexdym is a new polymer which gathers the advantages of PDMS without its drawbacks:

Biocompatible (ISO 10993-5 & UPS Class VI)
Self-sealing at ambient temperature: no need to use plasma bonding or high temperatures, you can then add biomaterials prior assembly
Cost-effective
Compatible for optical assays: low fluorescence, optically clear
No absorption, permeable to gas and not to liquid
Resistant to tearing: Unlike PDMS, it will not tear apart when you manipulate it
Effective integration, cellular and bio-reagents 
The high sealing performances of the Flexdym enable the integration of cells, proteins and others enzymes biomaterials prior to assembly. With a fabrication process that doesn’t involve plasma, vacuum or high-temperature, we can ensure that biological agents remain viable and functional in your device.

Fast microfabrication
Molding with a hot-embossing system
Low pressure: below 1 bar
No vacuum needed
Easy unmolding
Full operation takes less than a minute
Extremely low viscosity for rapid thermal molding with filling rates up to 100-1000 times greater than classical rigid thermoplastics (COC, PS, PMMA,…)
Applications
Flexdym is an alternative to any other chip material in the classical applications of microfluidic chips.

0.250 mm and 0.750 mm are suitable and mostly used for the fabrication of membranes
1.2 mm and 2 mm are easier to mold and suitable for Flexdym beginners in the fabrication of microfluidic chips
This polymer is particularly interesting in life sciences: its biocompatibility make it simple to design any experiment. The self-sealing technology is not destructive, unlike plasma, vacuum or high temperature used in the sealing of other chips.

Optical or fluorescence measurements in a chip require the use of materials that show a high level of transparency (almost 90% transmittance), primarily in the UV and visible range. Flexdym fulfills these conditions. Indeed, it reaches the limit of 50% transmittance (which we considered to be an acceptable limit in transparency) at a wavelength of 295 nm. Flexdym features similar properties to the clearest materials. This transparency window is sufficiently wide for a large number of fluorophores, particularly the most popular fluorescent Cy3 and Cy5 dyes, which have excitation wavelengths at 550 and 650 nm and emission wavelengths at 570 and 670 nm, respectively.