Magnum FLX?Enhanced Universal Magnet Plate增強(qiáng)型萬(wàn)能磁力架 SKU: A000400

Our Strongest 96-well magnet plate containing proprietary solid-core ring magnets yields the fastest magnetic bead separation with reaction volumes as large as 2 mL and elution in as little as 10 μl. Compatible with virtually all 96-well microplates. Integrated Spring Cushion Technology enables optimum performance on robotic platforms.

我們最強(qiáng)的96孔磁鐵板包含專(zhuān)有的實(shí)心環(huán)形磁鐵，可產(chǎn)生最快的磁珠分離，反應(yīng)體積可達(dá)2ml，洗脫僅需10 μ l。兼容幾乎所有的96孔微孔板。集成彈簧緩沖技術(shù)可在機(jī)器人平臺(tái)上實(shí)現(xiàn)最佳性能。

One Magnet Plate for Many Applications

Almost any 96-well microplate, any robotic platform

Large sample volumes, low elution volumes

Powered by Solid-Core Ring Magnets

一個(gè)磁力架適合于許多應(yīng)用

幾乎任何96孔微孔板，任何機(jī)器人平臺(tái)

樣品體積大，洗脫體積小

由實(shí)心環(huán)形磁鐵提供動(dòng)力

Actually made quite a difference in the yield of our NGS libraries.  The ring formed by the magnet is lower on in the well, which facilitates the resuspension of the beads in the elution steps.

Top notch product! Definitely worth the extra bucks!

– Alan

實(shí)際上對(duì)我們的NGS庫(kù)的產(chǎn)量有很大的影響。由磁鐵形成的環(huán)在井中較低，有利于洗脫步驟中珠子的再懸浮。

一流的產(chǎn)品!額外的錢(qián)絕對(duì)值得!

——阿蘭。

Proprietary solid-core ring magnet technology

At the heart of it all!

專(zhuān)有的實(shí)心環(huán)形磁鐵技術(shù)

這一切的核心!

Powerful solid-core magnets and integrated Spring Cushion Technology

Automation-friendly, rapid bead separation

強(qiáng)大的實(shí)心磁鐵和集成的彈簧緩沖技術(shù)

自動(dòng)化友好，快速頭分離

Key Features of the Magnum FLX?

Solid-core ring magnets enable the fastest separation

Low to high reaction volumes

Elution volumes as low as 10 μL

Accommodates most 96-well microplate types

Universal liquid handler compatibility

Integrated Spring Cushion Technology

Magnum FLX?的主要特點(diǎn)

實(shí)心環(huán)形磁體使分離速度最快

從低到高的反應(yīng)體積

洗脫體積低至10μL

適用于大多數(shù)96孔微孔板類(lèi)型

通用液體處理機(jī)兼容性

集成彈簧墊技術(shù)

Fastest Separation & Resuspension of Beads

The Magnum FLX plate 96- well magnet combines the high-performing features of all Alpaqua magnet plates with new solid-core ring magnets. The increased magnetic material and the lower location of the magnetic ring makes this our strongest and fastest 96-well magnet plate.

The universal nature of the Magnum FLX magnet plate and high level of performance provide for better results while directly translating into time and cost savings.

珠子的快速分離和重懸

該Magnum FLX板96-井磁鐵結(jié)合了高性能的特點(diǎn)，所有的Alpaqua磁力架與新的實(shí)心環(huán)磁鐵。增加的磁性材料和較低的磁環(huán)位置使這成為我們最強(qiáng)和最快的96孔磁力架。

Magnum FLX磁鐵板的普遍性和高水平的性能提供了更好的結(jié)果，同時(shí)直接轉(zhuǎn)化為時(shí)間和成本的節(jié)省。

Up to 4.5x Faster Separation

No other single magnet plate enables rapid separation of samples up to 2 mL in volume and elution in as little as 10 μl. The unique geometry and strength of solid-core ring magnets in the Magnum FLX magnet plate can facilitate up to 4.5x faster separation than our 96S Magnet Plate.

高達(dá)4.5倍的分離速度

沒(méi)有其他單一磁力架能夠快速分離高達(dá)2ml體積的樣品，并在10μl內(nèi)進(jìn)行洗脫。Magnum FLX磁力架中獨(dú)特的幾何形狀和實(shí)心環(huán)形磁鐵的強(qiáng)度可以使分離速度比我們的96S磁力板快4.5倍。

Charts below show percent recovery versus time

Various volumes of a magnetic bead reagent were added to a standard 96-well PCR or deep-well microplate, respectively, and placed on the Magnum FLX, Magnum EX, 96S Super Magnet or LE Magnet Plate. Percent recovery over time was determined using spectrophotometry.

下圖顯示了恢復(fù)百分比與時(shí)間的關(guān)系

將不同體積的磁珠試劑分別加入標(biāo)準(zhǔn)96孔PCR或深孔微孔板中，并放置在Magnum FLX、Magnum EX、96S Super Magnet或LE Magnet板上。用分光光度法測(cè)定隨時(shí)間的回收率。        

Designed with Automation in Mind

SBS footprint and elevated base for maximum liquid handler compatibility, and integrated Spring Cushion Technology

設(shè)計(jì)時(shí)考慮到自動(dòng)化

SBS占地面積和升高的基礎(chǔ)，最大的液體處理兼容性，并集成彈簧緩沖技術(shù)

Why do I need Spring Cushion Technology?

Alpaqua microplates with integrated Spring Cushion Technology give way when tips come in contact with a well bottom, thus compensating for physical tolerances between labware and pipettors that can compromise precision aspiration.

為什么我需要彈簧緩沖技術(shù)?

集成了彈簧緩沖技術(shù)的Alpaqua微孔板在尖端接觸井底時(shí)讓位，從而補(bǔ)償了實(shí)驗(yàn)室儀器和移液器之間的物理公差，從而影響了精確的抽吸。

Protects instruments & consumables

Improves pipetting consistency

Maximizes usage of reagents & samples

Minimizes tip vacuum & head contamination

Accelerates automated method development

保護(hù)儀器和耗材

提高移液一致性

最大限度地利用試劑和樣品

最大限度地減少尖端真空和封頭污染

加速自動(dòng)化方法開(kāi)發(fā)