SC9000 96 & 384 道手动移液工作站

一次完成 96 孔移液 提供 0.5~20μL 和 5~200 μL 两个量程

20 μL 和 200 μL SC9000 96快速、多功能的实验室助手

中析设计的 20 μL 和 200 μL SC9000 96 具有速度快、精确度高且易于使用等优点。在了解研究人员如何工作

及高处理量移液如何适合实验室的总体工作流程基础上，SC9000 96 可提供出色的准确性和精确性，采用良好的

人体工程学设计，并且几乎无需培训。SC9000 96 提供两个量程范围：0.5~20 μL 及 5-200 μL，具有出色的

准确性 和精确性。

SC9000 96 与单道和多道移液器比较，可一次同时进行 96 孔移液，384 孔板移液仅需四次，因此避免了跳过或重

复孔板加样的风险。

•高度可再现性 — SC9000 96 的高通道间一致性提供高质量的分析数据。

•简单 — 不同于自动或半自动移液站， SC9000 96 无需编程、培训，并且无需用电！

•经过验证 — 经绝大多数常见的生命科学应用验证， SC9000 96 可大幅加速 ELISA 和qPCR 等实验速度，

而不会影响数据质量。

•可靠、经济实惠 —中析生产的 SC9000 96 可最大限度地提高质量和性能标准，对每个研究项目都物有所值。

加快工作流程

对于基于基因组学、蛋白质组学和细胞的工作而言，96 和 384 孔板可使研究人员在一个紧凑的样式中设置多个

样品，从而显著增强下游分析能力。尽管 96 和 384 孔板具有诸多优势，但是操作起来却很具挑战性：

•单道和多道移液器价格不贵，但是在填充多道孔板时速度缓慢且操作枯燥，并且极大地增加跳过或重复填充的风险。

•自动移液系统提供更高的处理量，但是通常需要专用的空间、用电、操作培训以及相当复杂的编程知识。

SC9000 96 通过同时手动进行 96 孔填充简化 96 和 384 孔板移液，从而解决这些问题。其结构紧凑，无需用

电，并提供以下两个量程：0.5~20 μL 和 5~200 μL。全自动SC9000 96 易于使用且几乎无需培训。

以下示例阐述 SC9000 96 如何完善基于蛋白质、核酸及细胞的技术

最大限度地提高数据质量一次性完成 96 通道移液

操作简单直观，类似于手动移液器，三步完成 96 孔微孔板的装填，与多道移液器比较具有诸多优势。SC9000 96 对 96 通道进行一次性移液，因此比 8 或 12 通道移液器更加快速，并可提高ELISA 等时效要求严格实验的数据质量。例如，以下描述了关于 SC9000 96 如何提高基于酶的实验的工作流程：

**同时的反应

SC9000 96 可同时在所有孔板内启动和停止反应，因而提高 ELISA 等对时效性要求 很高的实验分析。同时进行 96 孔板移液可消除孔与孔间差异现象和对快速完成分析的需求。

绝不再跳过或重复孔板移液

利用单道或多道移液器处理 96 孔板时，可能会跳过孔板并重复移液。 SC9000 96 同时填充

所有的 96 孔板，因此不可能跳过孔板或意外重复移液至同一孔板内。

信任耗材的纯度

对 SC9000 96 耗材的完全惰性完全放心，绝不会对实验室结果产生任何影响。中析吸头和储液槽已被证明不含 DNA、DNA 酶、RNA 酶、热原质和 ATP。

放心地处理最苛刻的应用

20 μL SC9000 96 的精确度为 0.5 μL。作为非常准确、精确的移液工作站，SC9000 96 可用于快速、轻松地设置最苛刻的应用。例如， 进行 模板移液时，微小的误差即可导致平行样之间的 Cq 值产生很大的区别，因此 qPCR 需要将核酸模板一致地移液至反应中。

更快、更好的工作流程

SC9000 96 在实际工作中的应用

许多研究人员正在使用多道移液器进行分析，于是考虑 SC9000 96 是否可简化其工作流程。他们通过基于实验流程对多道移液器和 SC9000 96 进行比较性实验，发现 SC9000 96 提供与多道移液器一样高质量的数据，但是使工作流程加速了 5~10 倍。研究人员对生产率的提高感到非常满意。

研究人员需要为其团队找到更快速地使用 PCR 制备高质量的基因分型 DNA 的方法。流程中两个耗时的步骤为从母板中分装三个复制板，然后在热循环之前将 PCR master mix 加至每个孔中。研究人员将多道移液器用于各步骤，但是将 SC9000 96 用于其流程后，每制备两块PCR 板即可 可节省 30-45 分钟，将 SC9000 96 用于高处理量应用，发现其功能多样，现在很多研究人员已在 PCR、纯化与杂交过程中大量使用 SC9000 96 取代了移液器。

高质量耗材与服务（部分）

中析仪器

中析服务计划

中析吸头

可重复使用的标准型聚丙烯储液槽、深孔板

基本技术规格

中析 

中析对于产品的优化升级始终锲而不舍，

如产品参数发生变化，可通过官网了解**信息。

SC9000 96 & 384-channel manual fluid station

One complete 96-well pipette provides 0.5~20 μL and 5~200 μL

20 μL and 200 μL SC9000 96 fast, versatile lab assistant

The designed 20 μL and 200 μL SC9000 96 have the advantages of fast speed, high accuracy and easy to use.Based on an understanding of how researchers work and how the overall workflow fits the laboratory, SC9000 96 provides excellent accuracy and precision, a good ergonomic design, and virtually no training.

SC9000 96 offers two ranges: 0.5~20 μL and 5-200 μL, for excellent accuracy and accuracy.

SC9000 96 is compared with single and multichannel pivers for 96-well pipettes at one time, with 384-well plates only four times, thus avoiding the risk of skipping or repeating plate addition.

Highly reproducibility—The high inter-channel consistency of SC9000 96 provides high-quality analytical data.

Simple — Unlike automatic or semi-automatic pipette stations, SC9000 96 requires no programming, training and electricity!

Validated—Validated by the vast majority of common life science applications, SC9000 96 can substantially accelerate experimental speeds such as ELISA and qPCR,And it will not affect the data quality.

Reliable, affordable—Medium produced SC9000 96 maximizes quality and performance standards and provides good value for each research project.

Accelerate the working process

For genomics, proteomics, and cell-based work, 96 and 384-well plates allow researchers to set multiple samples in a compact style, thus significantly enhancing downstream analysis.Despite the advantages of the 96 and 384-well plates, they are challenging to operate:

Single and multichannel pipettes are not expensive but are slow and boring when filling multiple plates and greatly increase the risk of skipping or repeating filling.

Automatic pipette systems provide higher volumes of processing, but often require dedicated space, electricity, operational training, and fairly complex programming knowledge.

SC9000 96 addresses these problems by manually manual 96-well filling to of the 96 and 384-well plates.It is compact and requires no power use, and offers the following two ranges: 0.5~20 μL and 5~200 μL.Fully automatic SC9000 96 is easy to use and almost without training.

The following examples illustrate how SC9000 96 can improve protein, nucleic acid, and cell-based Technologies 

Maximize data quality with a one-time 96-channel pipette completion

The operation is simple and intuitive, similar to the manual pipette, and filling the 96-well microplate in three steps, which has many advantages over the multi-channel pipette.SC9000 96 channels 96 channels thus faster than the 8 or 12 channel pipette and improves the data quality of rigorous experiments requiring limitations such as ELISA.For example, the following describes the workflow on how SC9000 96 can improve enzyme-based experiments:

Perfect for a simultaneous reaction

SC9000 96 can initiate and stop reactions in all pore plates, thus improving the experimental analysis with high timeliness of ELISA etc.The simultaneous 96-well plate fluid solution can eliminate the difference between holes and the need to quickly complete the analysis.

Never skip or repeat the hole plate pipette

When treating the 96-well plate with a single or multichannel pipetter, the plate may be skipped and the pipette repeated.The SC9000 96 fills in simultaneously

All 96-well plates make it impossible to skip or accidentally repeatedly pipetate into the same plate.

Purity of trusted consumables

Fully assured that the complete inertia of SC9000 96 consumables will never have any impact on the laboratory results.The suction and reservoir tanks have been shown to exclude DNA, DNA enzyme, RNA enzyme, thermoplasma and ATP.

Rest assured with the most demanding applications

The accuracy of the 20 μL SC9000 96 was 0.5 μL.As a very accurate and accurate pipette workstation, SC9000 96 can be used to quickly and easily set up the most demanding applications.For example, when performing template pipettes, small errors can result in a large difference in the Cq values between the parallel samples, so that qPCR needs to consistently remove the nucleic acid template into the reaction.

Faster, better workflow

Application of SC9000 96 in practical work

Many researchers are using multichannel pipettes for analysis, and therefore consider whether SC9000 96 can simplify its workflow.Using comparative experiments on multipipettes and SC9000 96 based on experimental procedures, they found that SC9000 96 provided as high quality data as multipipettes, but accelerated the workflow by 5~10-fold.The researchers were very pleased with the productivity increase.

Researchers need to find ways for their team to prepare quality genotyping DNA using PCR.The two time-consuming steps in the process are packing three replicate plates from the mother plate and then adding PCR master mix to each well prior to the heat cycle.Multiple pipettes for various steps, but using SC9000 96 for its process saved 30-45 minutes for each two PCR plates for high processing applications, and found diverse, and many researchers have largely replaced SC9000 96 during PCR, purification and hybridization.

High-quality consumables and services (in part)

Analysis instrument

Analysis Service Plan

Analysis of the head

reusable standard polypropylene storage tank, deep hole plate

Zhongxi

Suzhou Zhongxi Analysis Instrument Co., Ltd

For the product optimization and upgrading is always perseverance,

If the product parameters change, you can learn about the latest information through the official website.