The plate was developed in collaboration with very experienced protein crystallographers. It is the result of many years of experience in successful robotic high-throughput crystallization and combines many of the necessary features not earlier available to the crystallographer.

The SWISSCI 3 Lens crystallization Plate offers unique properties that make it ideal for both nanoliter crystallization screening and mircoliter optimization alike. Made from optically superior polymer (UVP) and with a new design of the wells, the plate allows easy crystal viewing and retrieval.

The Advantages of the 3 Lens Crystallization Plate Easy crystal retrieval Raised wide wells make the crystal mounting especially easy.

Easy viewing The wells are a wide conical shape and have a lens effect for perfect illumination. The micro-numbering ensures you will never get lost again (visible by microscope). The optically superior polymer is UV transmissible and may be used to differentiate between salt and protein crystals.

Better sealing Wide partition walls between the wells give plenty of area for good sealing with tape. No central bending occurs in this very robust structure. Excellent long term storage – no sample evaporation.

Wide range of volumes Typical volumes are 20-40 µl of reservoir and 50 nl-5 µl drop size. The 288 optical wells offer three times the number of experimental constructions.

ANSI/SLAS 1-2004 Standard The plates are designed to the 96-well ANSI/SLAS 1-2004 standards for all common holders and external numbering (A-H, 1-12)with corner location make the plate easy to use in a robotic sampler. The 3 Lens plate is suitable for centrifugation. The unique 3 drop protein crystallization plate offers a new way of sitting-drop crystallography. The 288 wells are optically perfect designed to observe crystals under a microscope.

3 Lens plate features Easy to fill 96-lens structure – typically 30 microlitres per buffer lens. Standard ANSI/SLAS 1-2004 form for automation. Optically perfect wells with lens effect for a better view with microscope. Microscopic identifier within wells, simplifying the orientation under the microscope. Maximum volume of the buffer reservoir is 40 microlitres. Grown crystals are easy to identify and to remove from lens due to a low-binding polymer. Plate with 3 lenses for each sample, better growing security with triplicates or the ability to use lens two and lens three as mixing stations. Lenses fill without micro-droplets jumping out due to static effects. Wells can be individually sealed with a perfectly flat upper surface – there is a large land area designed to ensure integrity of each lens section. The profile allows for easier storage. Low volume buffer well enables savings on reagents. Triplicates allow for 288 constructs per plate.

描述
SWISSCI 3 透镜结晶板是一种理想的蛋白质结晶产品，以 96 孔板形式呈现。

该板是与非常有经验的蛋白质晶体学家合作开发的。它是在成功的机器人高通量结晶方面多年经验的结晶，并结合了许多晶体学家早期无法获得的必要特征。

SWISSCI 3 Lens 结晶板具有独特的特性，使其成为纳升结晶筛选和微升优化等的理想选择。该板由光学优异的聚合物 (UVP) 制成，并采用新的孔设计，可轻松查看和检索晶体。

3 透镜结晶板的优点 易于取回晶体 凸起的宽孔使晶体安装特别容易。

易于查看 孔为宽锥形，具有透镜效果，可实现完美照明。微编号确保您再也不会迷路（显微镜可见）。光学优异的聚合物可透过紫外线，可用于区分盐和蛋白质晶体。

更好的密封 孔之间的宽隔墙为使用胶带进行良好密封提供了足够的区域。在这种非常坚固的结构中不会发生中心弯曲。出色的长期储存 – 无样品蒸发。

体积范围广 典型体积为 20-40 µl 储液器和 50 nl-5 µl 液滴尺寸。 288 个光井提供了三倍于实验结构的数量。

ANSI/SLAS 1-2004 标准板设计符合 96 孔 ANSI/SLAS 1-2004 标准，适用于所有常见支架和带有角位置的外部编号 (AH, 1-12) 使板易于在机器人进样器中使用. 3 透镜板适用于离心。独特的 3 滴蛋白质结晶板提供了一种新的坐滴结晶学方法。 288 个孔的光学设计非常完美，可用于在显微镜下观察晶体。

3 透镜板特性 易于填充 96 透镜结构 – 每个缓冲透镜通常为 30 微升。用于自动化的标准 ANSI/SLAS 1-2004 表格。具有镜头效果的光学完美孔，可在显微镜下获得更好的视野。孔内的显微标识符，简化了显微镜下的定位。缓冲液储存器的最大体积为 40 微升。由于低结合聚合物，生长的晶体很容易识别和从镜片上去除。每个样品具有 3 个透镜的板，通过三次重复提高安全性或使用透镜 2 和透镜 3 作为混合站的能力。镜头填充时不会因静电效果而跳出微滴。孔可以用完全平坦的上表面单独密封 – 大面积的土地面积旨在确保每个镜头部分的完整性。配置文件允许更容易的存储。低容量缓冲液井可节省试剂。一式三份允许每板 288 个构建体。

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