SC9100
96/384 道半自动移液工作站
高通量半自动移液处理最佳解决方案
提供 20 μL、200 μL、1000μL 三个量程
PRCXI SC9100 96/384 Channel Semi-Automated Pipetting System
Best solution for high-throughput Semi-Automated pipetting
Available in 20 μL、200 μL、1000μL three ranges
半自动高通量移液解决方案 — 移液新选择
SC9100 是为提高实验室通量和能力而设计的，96/384 孔板自动化移液的解决方案，使孔板移液化繁为简，使之在更短的时间完成更多的工作，能够一步实现 96 孔板移液，并且可以更好的处理 384 孔板，从而显著提高样品处理的速度和重复性。独特的设计理念让使用者犹如使用传统手持移液器一样，方便且经济实用。SC9100 应用广泛，如模板复制、细胞培养、分析及检测、96 孔板到 384 孔板之间的转移复制及重组、孔板清洗、稀释、基于孔板的生化类检测，PCR/qPCR 和蛋白结晶和 ELISA/EIA 细胞接种等。
• 更精准的液体处理，提高数据质量
• 更快速的工作流程，加速实验效率
• 更简洁的操作系统，提升用户体验
• 更灵活的实验助手，兼容更多应用
• 更紧凑的外观设计，适用更多场合
• 更科学的制造工艺，降低使用成本
SEMI-AUTOMATIC HIGH-THROUGHPUT PIPETTING SOLUTIONS — NEW PIPETTING OPTION
SC9100 is designed to improve the throughput and capability of the laboratory. The automatic pipetting solution of 96/384 Well Plate, can make pipetting easier and with a shorter time. It can achieve one-stop pipetting on 96 well plate, and can better handle 384 Well Plate and significantly improve sample handling speed and repeatability.The unique design concept makes the user feel as convenient and economical as using with traditional handheld pipette. SC9100 is widely used for template duplication, cell culture, analysis and detection, transferring, duplicating and reorganizing between 96 well plate and 384 well plate, orifice cleaning, dilution, and biochemical detection based on orifice plates, PCR/qPCR, protein crystallization and ELISA/EIA cell vaccination, etc.
•MORE ACCURATE LIQUID HANDLING TO IMPROVE DATA QUALITY
•FASTER WORKFLOW FOR FASTER EXPERIMENTAL EFFICIENCY
•IMPROVED USER EXPERIENCE WITH A MORE STREAMLINED OPERATING SYSTEM
•MORE FLEXIBLE LAB ASSISTANTS,COMPATIBLE WITH MORE APPLICATIONS
•MORE COMPACT DESIGN TO BE USED IN DIFFERENT WORKING ENVIRONMENT
•MORE SCIENTIFIC MANUFACTURING PROCESSES TO REDUCE THE OPERATION COST
更精准的液体处理，提高数据质量
移液更精准，移液头的各通道经过独立以及多重密封设计，保证不会互相干扰，有效防止不均匀的移液或者样品泄漏。可靠的密封性及耐用性是高重复及无差错移液的关键，我们将移液误差降至最低。由于采用先进的 PRCXI 装枪头系统，安装后枪头会牢牢地锁定在移液头上，无需外力辅助，一键而就，保证在使用过程中不会意外脱落，即使在实验中您用枪头靠壁亦是如此。
MORE ACCURATE LIQUID HANDLING TO IMPROVE DATA QUALITY
More accurate pipetting, independent pipette head channel and multi-seal design ensure no interfere with each other and prevent uneven pipetting or sample leakage. Reliable sealing and durability is key to high repetition and error-free pipetting, so it minimizes pipetting errors. With advanced PRCX head installation system, the head will be firmly locked in the pipette head without external assistance. The head won’t accidentally fall off, even when you use the gun and put head against the wall.
更快速的工作流程，加速实验效率
SC9100 由内而外，提升效率，它更快、更高效、更可靠，微孔板移液一挥而就，在一次性分 96 孔板时拥有无以伦比的速度，比传统电动移液器快近 8 倍，它是快速，精准的进行重复分液或者板转板的理想设备。
FASTER WORKFLOW FOR FASTER EXPERIMENTAL EFFICIENCY
It’s easier and faster to improve microplate pipetting efficiency and reliability. Pipetting on 96 well plate is 8 times faster than traditional electric pipette. It is the ideal device for fast, accurate and repetitive pipetting or transfer plates.
更简洁的操作系统，提升用户体验
JWORKS自动控制软件，功能丰富使用简单，任何操作人员都可以立即掌控，几乎无需培训就能得心应手地使用，即插即用；软件可定制专属界面，界面直观易于操作，可以清晰看到每个流程，可最大限度地减少编程时间。对于更复杂的移液流程，我们可以创建 50 个步骤 100 组自定义方案，并依次进行。
更灵活的实验助手，兼容更多应用
更广泛的实验及实验室用品兼容性，更灵活的量程范围，根据不同应用所需的不同量程范围，只需要不到一分钟，就可以非常容易地更换。可在 0.1-1000ul 量程范围内进行精准移液，具有更广泛的选择空间、操作使用极为简便，设计极富人性化，是高通量液体处理的最佳选择。
更紧凑的外观设计，适用更多场合
独特的设计理念，紧凑外形设计，使得 SC9100 可在实验室工作台上仅占很小的空间，可在层流净化罩下运行而不影响正常气流，以允许用户在无菌条件下工作，托盘可堆放 8 块微孔板，最大程度利用空间。
更科学的制造工艺，降低使用成本
为了确保精准分液，不会干扰您的结果，使实验成功，我们要求耗材的高纯度且具有绝对惰性。在全自动万级净化车间，采用 100% 聚丙烯原材料，我们未使用任何添加剂，并且消除了所有外部污染源。所以我们建议使用中析的耗材。同时 SC9100 完美的适配绝大多数耗材，使用 SC9100 的同时可以不必更换原先使用的耗材。
为了确保精准分液，中析不断探索生产工艺，不断优化生产方式，使得实验人员使用成本不断降低，才使得SC9100 能够力争成为性价比最高的高通量半自动移液系统；同时中析依仗过硬的产品质量 , 金牌售后制度，即提供三年质保服务，让您使用的更安心。
|
容量 μL |
中析 20μL 的 SC9000 |
ISO8655 |
JJG646 |
|
标称容量 20μL
Maximum volume |
标称容量 20μL
Maximum volume |
标称容量 20μL
Maximum volume |
标称容量 20μL
Maximum volume |
标称容量 20μL
Maximum volume |
标称容量 20μL
Maximum volume |
|
系统允差
Accurac |
随机允差
Repeatability |
系统允差
Accurac |
随机允差
Repeatability |
系统允差
Accurac |
随机允差
Repeatability |
|
1μL |
±12% |
0.12μL |
±10% |
0.06μL |
±2% |
±0.4μL |
±1% |
±0.2μL |
±12% |
±0.12μL |
±6% |
±0.06μL |
|
2μL |
±6% |
0.12μL |
±5% |
0.10μL |
±2% |
±0.4μL |
±1% |
±0.2μL |
±12% |
±0.12μL |
±6% |
±0.06μL |
|
10μL |
±1.2% |
0.12μL |
±1% |
0.10μL |
±2% |
±0.4μL |
±1% |
±0.2μL |
±8% |
±0.80μL |
±4% |
±0.4μL |
|
20μL |
±1.0% |
0.20μL |
±0.8% |
0.16μL |
±2% |
±0.4μL |
±1% |
±0.2μL |
±4% |
±0.80μL |
±2% |
±0.4μL |
|
容量 μL |
中析 20μL 的 SC9000 |
ISO8655 |
JJG646 |
|
标称容量 20μL
Maximum volume |
标称容量 20μL
Maximum volume |
标称容量 20μL
Maximum volume |
标称容量 20μL
Maximum volume |
标称容量 20μL
Maximum volume |
标称容量 20μL
Maximum volume |
|
系统允差
Accurac |
随机允差
Repeatability |
系统允差
Accurac |
随机允差
Repeatability |
系统允差
Accurac |
随机允差
Repeatability |
|
1μL |
±12% |
0.12μL |
±10% |
0.06μL |
±2% |
±0.4μL |
±1% |
±0.2μL |
±12% |
±0.12μL |
±6% |
±0.06μL |
|
2μL |
±6% |
0.12μL |
±5% |
0.10μL |
±2% |
±0.4μL |
±1% |
±0.2μL |
±12% |
±0.12μL |
±6% |
±0.06μL |
|
10μL |
±1.2% |
0.12μL |
±1% |
0.10μL |
±2% |
±0.4μL |
±1% |
±0.2μL |
±8% |
±0.80μL |
±4% |
±0.4μL |
|
20μL |
±1.0% |
0.20μL |
±0.8% |
0.16μL |
±2% |
±0.4μL |
±1% |
±0.2μL |
±4% |
±0.80μL |
±2% |
±0.4μL |
|
更广泛的应用领域，优化更多工作 |
|
细胞培养
Cell culture |
培养基的添加或去除，微孔板的复制
Add or remove of media, duplicate of microplate |
|
细胞水平检测
Cell level detection |
对照液、培养基、混合液的添加
Add control liquid, medium and mixed liquid |
|
细胞培养装置
Cell culture Device |
数秒内完成母板－子板的建立
Set up motherboard-sub-board in a few seconds |
|
细胞分析
Cell analysis |
采用准确的试剂，通过对至多 96 个样品移液分裂细胞
Use accurate reagents to split cells by pipetting up to 96 samples |
|
药物化合物筛选
Drug Compound Screening |
将细胞、生物分子、混合液添加到 96/384 微孔板
Add cells, biomolecules, and mixtures to 96/384 microplate plates |
|
结晶学实验
Crystallization experiment |
溶液的逐滴添加
Add drop-by-drip |
|
表达学测试
Expression Learning Test |
微孔板的复制
Duplicate microplate plates |
|
表达谱
Expression Spectrum |
酵母双杂交体系的建立
Set up yeast double hybrid system |
|
筛选
Screening |
平板复制或分配
Copy or assign tablet |
|
PCR 与 qPCR
PCR and QPCR |
将 PCR/qPCR 试剂移液至 96 孔板中
Pipetting the PCR/QPCR reagent to a 96-well plate |
|
酶联免疫吸附试验
Enzyme-linked Immunosorbent assay |
在全部 96 孔中同时快速添加试剂并启动 / 停止反应
Quickly add reagents and start/stop reactions at the same time in all 96 wells |
|
标准酶法测定
Standard enzymatic assay |
酶、缓冲液、底物的移取
Remove enzymes, buffers and substrates |
|
测序样品纯化
Sequencing Sample Purification |
沉淀和纯化
Precipitation and purification |
|
测序样品准备
Sequencing Sample Preparation |
缓冲液、酶、核酸的平行移取
Parallel pipetting of buffers, enzymes and nucleic acids |
|
蛋白晶体学
Protein crystallography |
快速地将缓冲液分配至孔板用于悬滴法
Quickly allocate buffers to orifice plates for suspension drop method |
|
药物化合物筛分
Drug Compound Screening |
将传感器、生物分子和化合物快速、准确地添加至 96/384孔板
Quickly and accurately add sensors, biomolecules and compounds to 96/384-well plates |
|
对样品制备进行排序
Sequencing of sample preparation |
同时分配缓冲液、酶和核酸
Simultaneous allocate buffers, enzymes and nucleic acids |
|
对样品清洁排序
Sorting the sample clean |
通过 96 通道移液加速沉淀和纯化
Accelerate precipitation and purification via 96-channel pipetting |
|
标准酶分析
Standard enzyme Analysis |
将酶、缓冲液和基质准确、精确地移液至孔板
Accurately pipetting of enzymes, buffers and matrices to orifice plates |
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