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96孔培养板磁力架(尤其适合96孔U型底和V型底的培养板
96孔培养板磁力架(尤其适合96孔U型底和V型底的培养板
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96孔培养板磁力架(尤其适合96孔U型底和V型底的培养板
市场价格
经销商客户: ¥1540.0
实验室客户: ¥2100.0
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商品描述

商品属性

96孔培养板磁力架

Cat. QYM91

此款架子适配96孔板,尤其适合96孔U型底和V型底的培养板,也兼容平底96孔板。同样也适配0.2ml PCR单管和8联排管。环形磁铁作用于每一个单孔,对每个孔磁珠实现向外的侧吸附,本款磁力架适合高通量小体积的样本分离。

产品描述:

启研96孔培养板磁力架用于磁珠法分离样品。磁珠可用于分离细胞,蛋白,核酸,或其他生物样品。首先将磁珠与样品以适当的比例在96孔板孔中混合。数分钟内,磁珠即可与样品中目的分子或细胞结合。之后将96孔板放置在架子上,在磁力作用下,与磁珠结合的目的分子或细胞可随磁珠吸附在管壁上。弃上清,获得被磁珠捕获的目标分子或细胞。经过反复的吸附洗脱等环节,即可实现对目标生物样本的分离纯化。当外加磁场移除后,磁珠即分散,不会残留磁性。启研磁力架可用于任何种类的磁珠分离。

 

产品特色:

设计:本产品磁力元件由96个环形磁柱构成,每个磁柱独立吸附一个孔。

规格:完美适配96孔U型/ V型底和平底培养板。

工作体积:20-200ul*96孔。

体积小巧,操作简单,适合高通量样品的有效磁珠分离。可同时分离96个样品。

室温储存。-20℃-70℃之间保持性能稳定。

表磁大于3800gs。

 
清洁与消毒:

可用75%酒精或1%次氯酸钠消毒。消毒后及时擦干。不可浸泡于水或其他有机溶剂中。

提示:请勿高压。

 

 

保存与稳定性:

磁力架包含强力钕磁铁部件,其磁性可维持终身不会消退。建议保存于凉爽、干燥环境,避免生锈。请勿在超过70℃(122℉)的环境下使用。避免暴露于外加磁场下。

 
 
警告:

磁力架包含强磁场。佩戴心脏起搏器或其他医疗磁场装置者请勿使用。使用时请与钢铁制品保存0.5米以上距离,如刀片,镊子等一定远离磁力架,避免发生危险。

 

 

Quayad(启研)Magnetic Separator Rack of PCR 96-well plates(U-bottom/V-bottom)

Cat. QYM91

●Holds:PCR 96-well plates(U-bottom ;V-bottom; flat-bottom) or 0.2ml PCR tubes or 8×0.2ml PCR tubes

●Working volume:20-200μl.

●The magnetic element of this product is composed of 96 annular magnetic columns, each magnetic column adsorbs 1-well independently.

●The magnetic Separator Rack is small in size and easy to operate, which is suitable for effective magnetic bead separation of high-throughput samples.The Rack can take up to 96 samples at the same time.

●Store at ambient temperature,and temperature range that can be subjected to -20-70°C.

●Surface gauss greater than 3800 gs.

 

Product Description

The Quayad Magnetic Separator Rack of 96-well plates were used to separate samples by magnetic bead method. The magnetic beads can be used to isolate cells, proteins, nucleic acids or other biomolecules. The magnetic beads are mixed with the sample in the proper ratio in a PCR 96-well plate, and usually bind to the target biomolecules within a few minutes. The 96-well plate is placed on the shelf, and the target molecule or cell combined with the magnetic bead can be adsorbed on the tube wall with the magnetic bead under the action of magnetic force. Discard the supernatant and obtain the target molecule or cell captured by the magnetic bead. After repeated adsorption and elution, the target biological samples can be separated and purified. When the magnetic field is removed, the magnetic beads are dispersed and no residual magnetism. These magnets can be used with all types of magnetic beads.

 

Precautions

These magnets contain very strong permanent magnets. People wearing a pacemaker or any other medical magnetized implant should not use this product unless advised by a health professional; the implant could be affected or damaged by exposure to a strong magnetic field. Keep tools and objects that could be damaged by the magnetic field out of the working area. This includes, but is not restricted to, credit cards and other products containing magnetic recording devices. Keep away from delicate instruments, watches, electronic equipment, displays and monitors. The magnet may attract steel or other magnetic material with high mechanical forces. Take care during handling. Avoid contact between two magnets. Do not pull the magnets apart if contact has been made; twist off to prevent damage to the unit or fingers.

 

Cleaning and Disinfection

The following materials are recommended for cleaning purposes. Spray and/or wipe the magnetic rack either with 70% alcohol, or 1% sodium hypochlorite solution (bleach). Dry promptly after disinfection. Do not submerge in aqueous solutions and avoid prolonged exposure to water orother organic solvents.

 

Note: Do not autoclave the magnetic.

 

Storage and stability

The magnets contain high-energy Neodymium permanent magnets, and the magnetic strength will not diminish significantly during the lifetime of the product. Do not use the magnets above 70°C (122°F) and store in a cool, dry environment. Avoid prolonged exposure of the magnets to direct sunlight or artificial UV light as the surface material may become brittle.

 

 

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