96S Super Magnet超级磁力架

96S Super Magnet

96 well Magnet Plate SKU: A001322

96-well ring- magnet plate with integrated Spring Cushion Technology

for automated magnetic bead separations using a broad range of 96-well microplates.  Identical to Beckman Coulter P/N A32782.

This is the original “SPRIPlate” designed for use with the Beckman/Agencourt SPRI® magnetic bead chemistry. A reliable workhorse, it is used in a wide variety of magnetic bead protocols and found in top genome centers and laboratories all over the world.

96S超级磁力架

96孔磁力架 SKU: A001322

96孔环磁力架集成弹簧垫技术

用于自动磁珠分离使用广泛的96孔微板。与贝克曼库尔特P/N A32782相同。

这是最初的“SPRIPlate”设计用于贝克曼/Agencourt SPRI®磁珠化学。作为一种可靠的主力，它被广泛用于各种磁珠协议，并应用于世界各地的顶级基因组中心和实验室。

Ring-shaped magnets pull magnetic beads to the well perimeter which allows for maximum aspiration of supernatants, wash solutions, and eluates.

Ring Magnet Benefits:

Minimizes edge effect because each well has a dedicated magnet

Faster separations because there is more magnetic material per well

Expansive 96 well microplate compatibility in comparison to post magnets, including with PCR plates

环形磁铁将磁珠拉至井周，最大限度地吸附上清液、洗涤液和洗脱液。

环形磁铁的优点:

最大限度地减少边缘效应，因为每口井都有专用磁铁

因为每口井有更多的磁性物质，所以分离速度更快

扩展96孔微孔板的兼容性，与之前的磁铁相比，包括PCR板

Automation-friendly

SBS footprint for broad compatibility, gripper grooves for easy robot access, and integrated Spring Cushion Technology

自动化友好

广泛兼容性的SBS占用空间，抓手槽便于机器人访问，集成弹簧垫技术

Why do I need Spring Cushion Technology?

Alpaqua magnet plates with integrated Spring Cushion Technology give way when tips come in contact with a well bottom.  This compensates for physical tolerances between labware and pipettors that can compromise precision aspiration and ultimately improve pipetting.

为什么我需要弹簧垫技术?

Alpaqua磁力架具有集成弹簧垫技术，当尖端接触到井底时，会发生松动。这补偿了实验室器皿和移液器之间的物理公差，这些公差可能会影响精确吸入，并最终改善移液。

Minimizes tip vacuum & possible pipette head contamination

Improves pipetting consistency and enables maximum aspiration of samples and reagents

Maximizes usage of reagents & samples

Protects instruments & consumables

Accelerates automated method development

最大限度地减少尖端真空和可能的移液头污染

提高移液的一致性，使样品和试剂的最大抽吸

最大限度地使用试剂和样品

保护仪器和消耗品

加速自动化方法的开发

96S Super Magnet FAQs

常见问题解答

Which microplates are compatible with the 96S Super Magnet Plate?

The 96S is compatible with a variety of microplate types such as PCR plates, deep well plates, U- & V-bottom plates and most skirted, non-skirted, and semi-skirted 96-well PCR plates.

哪些微孔板与96S超级磁力架兼容?

96S兼容多种微孔板类型，如PCR板、深井板、U- & v型底板和大多数有裙边、无裙边和半裙边的96孔PCR板。

Example plates that work well include the Corning Costar 3795 (round bottom), ABgene AB-2800 SuperPlate (low profile skirted PCR plate), ABgene AB-1127 (1.2 mL square well storage), ABgene AB-0661 (2.2 mL round bottom storage) and the Ritter riplate (2 mL round bottom storage).

工作良好的微孔板例子包括康宁Costar 3795(圆底)，ABgene AB-2800 SuperPlate(低轮廓边PCR板)，ABgene AB-1127 (1.2 mL方孔存储)，ABgene AB-0661 (2.2 mL圆底存储)和Ritter riplate (2 mL圆底存储)。

There are many more plates that are fully compatible with the 96S. If you are unsure of your microplate compatibility, contact Alpaqua scientists or submit a sample to Alpaqua for testing.

有更多的微孔板完全兼容96S。如果您不确定微孔板的兼容性，请联系我们的科学家或将样品提交给我们进行测试。

Why does Alpaqua recommend rigid PCR plates?

Alpaqua generally recommends rigid PCR plates, like the Bio-Rad Hard-Shell, Eppendorf twin.tec, or 4titude FrameStar plates. The reason is that single-component polypropylene plates can sometimes be warped, especially after thermocycling. A warped plate can be difficult for a robot gripper to properly place on the magnet.

If the work is done by hand, then this is not an issue; the user can press the plate down on the magnet manually to ensure proper seating. Also, some plates are better than others, so it is absolutely possible that a non-rigid plate may work just fine, even on a robot. But for an automated workflow, rigid plates are a safer, more reliable choice.

为什么Alpaqua推荐刚性PCR板?

Alpaqua通常推荐刚性PCR板，如Bio-Rad Hard-Shell, Eppendorf twin.tec，或4titude FrameStar 板。原因是单组分聚丙烯板有时会翘曲，特别是在热循环之后。一个弯曲的板可能很难让机器人抓手正确地放置在磁铁上。

如果工作是手工完成的，那么这不是一个问题;用户可以手动将板压在磁铁上，以确保正确的座位。此外，有些板比其他板更好，所以非刚性钢板绝对有可能工作得很好，即使在机器人上也是如此。但对于自动化工作流程，刚性板是更安全、更可靠的选择。

Are there any 96-well microplates that you know are incompatible?

The full-skirted Eppendorf® twin.tec 96 well PCR plate is not compatible because the wells do not reach far enough into the magnet ring. The semi-skirted and non-skirted versions of this plate are fine.

你知道有什么96孔微孔板是不相容的吗?

全裙Eppendorf®twin.tec96孔PCR板不兼容，因为孔不够深入磁铁环。半裙边和无裙边的版本都很好。

The 96S is generally not recommended for use with flat bottom plates.

96S一般不推荐用于平板。