Eppendorf_Reference2_新型号移液器

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Eppendorf Reference

Eppendorf Reference®可调量程移液器和可调量程移液器价格EppendorfReference®可调量程移液器标题：Eppendorf Reference®可调量程移液器Eppendorf Reference 系列移液器除具有平滑的活塞、紧凑坚固的设计、操作舒适外，更是移液器精度的象征，其单一的多功能按钮既可进行移液、打出液体、也可进行脱卸吸头操作。

Reference 系列提供从0.1 µl 至2,500µl 范围的9种可调量程的移液器；同时也提供16种固定量程的移液器，其移液量程范围从1 µl 到2,500 µl 。

产品特性单独的标记使用附件工具，方便快捷进行维修保养和刻度校准配有量程调节锁定钮，保证所选择的液体体积固定不变量程准确度精确度 0.1-2.5 µl,烟灰色 0.25µl ±12.0% ≤6.0% 1.25µl ±2.5% ≤1.5% 2.5µl ±1.4% ≤0.7% 0.5-10µl, 灰色 ...厂家：上海政泓市场价格：优惠价格：百度搜索联系EppendorfBioSpcetrometer®紫外/可见光分光光度计标题：Eppendorf BioSpcetrometer®紫外/可见光分光光度计全新Eppendorf BioSpectrometer 紫外/可见光分光光度计系列产品，体积小巧，适用于紫外和可见光范围的分光检测。

该系列产品可以记录数据结果，并在200nm 至830nm 进行波长扫描。

此外，BioSpectrometer kinetic 动力学款具备温控比色杯滑盖，可在 +20°C 至 +42°C 范围内进行温度控制。

Eppendorf移液器分册

Eppendorf 成立于1945年2009年，可整支高温高压灭菌的Research plus 手动移液器上市2010年，高精度人性化操作的Xplorer 电动移液器上市1958年，全球第一个气体活塞式移液器专利Eppendorf致力于发展生物科技，不断改善实验室环境提高产品质量，满足人性化需求我们希望把质量可靠的产品、先进的服务理念19852003年，PhysioCare概念移液器上市，有效防止RSI（手部重复劳损）2004年在中国进行直销2003年成立Eppendorf中国代表处移液产品选择指南性能工作原理自动识别分液管量程范围液体移取液体分装电动马达应用常规液体操作自动分液吸取上清滴定倍比稀释高温高压灭菌操作易挥发液体强腐蚀液体密度与水有差别的液体气体活塞0.5 µl - 10 ml（单道）0.5 µl - 1,200 µl（多道）●－●●●●－－－下半支－－－气体活塞0.1 µl - 2,500 µl●－－－●－－－－整支－－－气体活塞0.1 µl - 10 ml（单道）0.5 µl - 300 µl（多道）●－－－●－－－－下半支－－－气体活塞0.1 µl - 10 ml（单道）0.5 µl - 300 µl（多道）●－－－●●－－－－整支－－Research移液器Reference移液器Xplorer电动移液器Research plus移液器N E W N E W45外置活塞1 µl - 50 ml●●●－●－－－－－●●●外置活塞1 µl - 50 ml●●●●●●－－－－●●●外置活塞1 µl - 50 ml●●●●●●●●●－●●●内置活塞0.5 - 100 ml●－●－●－－－－●●●●内置活塞0.01 - 999.9 ml●－●●●－－●－－●●●Multipette plus 手动分液器Multipette stream电动分液器Multipette Xstream电动分液器Varispenser plus 瓶口分液器Top Buret 数字滴定仪●获得2009年全球Reddot红点工业设计大奖* 不包含5 ml和10 ml Research plus移液器● 按钮用力小于一支圆珠笔密度调节窗口－　适用不同密度液体Perfect Piston TM系统的高科技材质重量轻－　耐高温、抗腐蚀、坚固耐用－　可整支高温高压灭菌和紫外消毒位置设计合理，便于移液体积旋钮－　设定体积时转动圈数少独立活塞式设计，每个通道可单独拆卸－　灵活性高－　节省维修成本弹性吸嘴－　伸缩式吸嘴与吸头更匹配订货信息：Eppendorf Research® plus单道可调量程移液器8* EN ISO 8655 Eppendorf订货信息：Eppendorf Research ® plus 固定量程移液器9订货信息：Eppendorf Research ® plus 多道移液器* EN ISO 8655Eppendorf全新 Research plus pack 移液器套装●　套餐：- 3支Eppendorf Research ® plus 移液器 - 适配吸头样品- 1支礼品笔！订货信息：Eppendorf Research ® plus Pack 移液器套装可在/support 网址下载SOP 标准操作手册诠释移液概念的新标准Research®移液器●双按钮操作●下半支可高温高压灭菌●TÜV 认证：人性化，使用友好●耐化学腐蚀●操作更省力●单手操作● 4 位数字体积显示●密封圈免维护10* EN ISO 8655 EppendorfEppendorf Research®订货信息Eppendorf移液器配件下半支可高温高压灭菌●旋转式移液器支架溶液槽诠释移液概念的新标准11订货信息：Eppendorf Research ®可调量程移液器*EN ISO 8655EppendorfepResearch ®3 超值三支套装●　套餐：- 3 支Eppendorf Research ® 移液器 - 3盒适配吸头，吸头盒可重复使用- 3支移液器托架，1支礼品笔！订货信息：Eppendorf Research ®移液器套装可在/support 网址下载SOP 标准操作手册12epReference®3超值三支套装●　套餐：- 3 支Eppendorf Reference®移液器- 3盒适配吸头，吸头盒可重复使用；- 3支移液器托架，1支礼品笔！可在/support网址下载SOP标准操作手册订货信息：Eppendorf Reference®移液器套装适用于病原微生物等危险性样品操作* EN ISO 8655 的不准确度和不精确度的参数仅在使用 Eppendorf 原装吸头的情况下有效。

Eppendor f移液枪使用说明

Eppendorf移液枪使用说明操作步骤：1．移液枪的选择：根据实验的需要，选择合试量程的枪。

以满足一次既能吸取所需的体积为准，减少多次操作所造成的误差。

在能满足要求的情况下，尽量选择量程较小的枪。

2．量程的调节：将移液器横置，水平放至自己的眼前，通过调节轮慢慢地将容量值调至预想值，从而避免视觉误差所造成的影响。

在容量设定时，还有一个需要特别注意的地方。

当我们从大值调整到小值时，刚好就行；但从小值调整到大值时，就需要调超三分之一圈后再返回。

3．枪头（吸液嘴）的装配：将移液枪（器）垂直插入枪头中，稍微用力左右微微转动即可使其紧密结合。

如果是多道（如8道或12道）移液枪，则可以将移液枪的第一道对准第一个枪头，然后倾斜地插入，往前后方向摇动即可卡紧。

枪头卡紧的标志是略为超过O型环，并可以看到连接部分形成清晰的密封圈。

4．预洗吸头：在我们安装了新的吸头或增大了容量值以后，应该把需要转移的液体吸取、排放两到三次，这样做是为了让吸头内壁形成一道同质液膜，确保移液工作的精度和准度，使整个移液过程具有极高的重现性。

其次，机溶剂和高挥发液体，会在白套筒室内形成负压，从而产生漏液的情况，这时就需要我们预洗四到六次，让白套筒室内的气体达到饱和，负压就会自动消失。

5．吸液：先将移液器排放按钮按至第一停点，再将吸头垂直浸入液面，浸入的深度为：P2、P10小于或等于1毫米，P20、P100、P200小于或等于2毫米，P1000小于或等于3毫米，P5ML、P10ML小于或等于4毫米（浸入过深的话，液压会对吸液的精确度产生一定的影响，当然，具体的浸入深度还应根据盛放液体的容器大小灵活掌握），平稳松开按钮，切记不能过快。

移液之前，要保证移液器、枪头和液体处于相同温度。

吸取液体时，移液器保持竖直状态。

用大拇指将按钮按下至第一停点，然后慢慢松开按钮回原点。

6．放液：放液时，吸头紧贴容器壁，先将排放按钮按至第一停点，略作停顿以后，再按至第二停点，最后松开按钮。

Eppendorf Xplorer 电子移液器 — 多种调节功能概要说明书

Piston-stroke pipettes with an air cushion are subject to the effects of temperature, air pressure and air humidity. Such effects are kept to a minimum by constructive measures which are designed to ensure that dispensingaccuracy is not significantly affected. Liquids whose physical properties differ significantly from those of water, or temperature differences between the pipette, the pipette tip and the dispensed liquid may also lead to incorrect dispensing volumes. These factors make it necessary to be able to readjust the devices for different physical conditions. Thanks to its numerous adjustment possibilities the new electronic pipette Xplorer from Eppendorf allows for easy compensation of such physical effects.The electronic Eppendorf Xplorer® pipette – Versatile adjustmentUserguideKornelia Ewald, Eppendorf AG, Hamburg, GermanySince piston-stroke pipettes are mainly used for pipetting of aqueous solutions, they are adjusted with distilled water as a test medium. Depending on the density of theparticular liquid the air volume over the liquid expands in different ways. Consequently, other liquid volumes may, under certain circumstances, be aspirated into the tip when dispensing non-aqueous solutions. Liquids with ahigh vapor pressure, such as organic solvents, can also not be dispensed with the level of accuracy specified for distilled water. The air pressure, which is dependent on the height of the location above sea level, is a further factor to be considered during dispensing operations with air cushion pipettes.Solutions whose physical data is very different from water with regard to their density, viscosity, surface tension and/ or vapor pressure may lead to incorrect dispensing volumes. This makes it necessary to readjust piston-stroke pipettes with an air cushion to account for this. If the density of an aqueous solution changes by approximately 10 %, for example, because of the salt concentration, the volume will change by approximately 0.2 %. This statement does only apply if other relevant properties of the liquid do not change at the same time.Another reason for changing the factory settings canbe, for example, the altitude of the location at which the pipette is used. If the pipette is used at an extremely high altitude, it must be adjusted to the ambient air pressure. At 1000 meters above sea level, the volume error of a 100 µL pipette is about -0.3 %. In addition, when using pipette tips that significantly differ from standard tips in their geometry, changing the adjustment can also improve dispensing accuracy.In contrast to performing calibration which involves determining the measured random (precision) and systematic (accuracy) errors from the nominal value and which does not require any alterations that will permanently change the dispensing system, performing an adjustment will change the device for all subsequent dispensing operations. Changes made to the adjustment do not affect dispensing precision. Precision can only be improved by exchanging parts. Precision is also considerably affected by handling errors.The actual volume of a pipette can be checked by weighing as follows:If the set volume corresponds to the actual volume, no correction is necessary.If there is a difference between the actual volume andthe set volume, make sure to check the following factors before readjusting a pipette:Is there any liquid dripping from the tip?Is the pipette tip fitted leak-proof?Is the tip cone undamaged?Are the piston and the cylinder leak-proof?Does the temperature of the pipetted liquid correspond to the temperature of the device and the ambient air?Is the weighing location free from drafts?Does the work method and pipetting speed permit complete aspiration and dispensing of the liquid?Has the correct value for “Density liquids at weighing temperature” been used for the calculation of the actual volume?Is the pipette volume setting correct?Is the balance sufficiently sensitive (balance resolution 0.001 mg) for very small volumes (< 10 µL)?Were original epT.I.P.S. pipette tips used with the correct volume (see technical data) as test tips?The factory setting of the Eppendorf Xplorer may onlybe changed after all of the above listed points have been thoroughly checked and the pipette volume setting is still different from the measured volume.The Eppendorf Xplorer offers several individual adjustment options which can be used as an alternative to adjusting the pipette, depending on the application.The following adjustment options are available for selection:Liquid type ethanol 75 % or glycerol 50 %When this adjustment option is selected, the factory setting is changed by an internal factor which considers the density of the ethanol or the glycerol. This means that the substance can be dispensed with greater accuracy (smaller systematic error) with the Xplorer pipette.epT.I.P.S. longThis enables the pipette to be adjusted to the different lengths of a pipette tip, such as, epT.I.P.S. 1200 µL elongated or epT.I.P.S. 10 mL L. When this adjustment option is selected, the tip geometry of the longer tip is considered in the internal volume calculation. This means that the technical data of the original tip (test tip) is reached. This function can also be used when the Xplorer pipette is not used with its test tip, e.g., when using the 300 µL epT.I.P.S. for the pipette size 5–100 µL. When using the following tips dispensing accuracy can be increased with this function:Eppendorf Xplorer 10 µL (medium gray):epT.I.P.S. long 20 µL L (light gray tray)Eppendorf Xplorer 100 µL (yellow):epT.I.P.S. 300 µL (orange tray)Eppendorf Xplorer 1000 µl (blue):epT.I.P.S. long 1250 µl L (dark green tray)Eppendorf Xplorer 1200 µL (green, 8-channels):epT.I.P.S. long 1250 µL L (dark green tray)Eppendorf Xplorer 10 mL (turquoise):epT.I.P.S. long 10 mL L Geographic altitudeThe mean air pressure of a location depends on its height above sea level. When testing a piston-stroke pipetteit is thus important to take fluctuations in pressure into account. At higher altitudes with a drop in air pressure the aspiration volume of a piston-stroke pipette is reduced. The Xplorer pipette’s stroke is corrected taking into account the air pressure at the respective altitude. This can be easily accomplished using the “Geographic altitude” adjustment function that allows the altitude to be adjusted in increments of 250 m (820 ft). The maximum altitude that can be selected is 5000 m.The adjustment options Liquid Type, epT.I.P.S. long and Geographic Altitude can be combined with each other.Another possibility of readjusting the Xplorer is to use the “Individual adjustment” function. With this option, the gradient or axis intercept is changed taking into account the exact density of the solution to be dispensed. 1-point, 2-point or 3-point adjustment are available for selection. To create the weighing results, the use of a fine balance with a high resolution is required. Dispensing volumes below 10 µL require a balance with a resolution of 0.001 mg. The arithmetic operations required for performing the correction are automatically performed by the Xplorer pipette during the 1-3-point adjustment, so that the user does not have to carry out any complicated calculations.In this example the factory piston-stroke setting is increased by a factor (Fig.1). Strictly speaking, thecorrection only applies to the testing volume, but it is used for the entire volume range. The correction is different to that for a mechanical pipette.A correction with a factor results in a smaller stroke correction for a small volume than for a large volume.In the case of a mechanical pipette the stroke can only be changed by a fixed volume (Fig. 2). This volume change applies to the entire measurement range of the mechanical pipette. The existing adjustment is changed in parallel by a fixed amount.Fig. 1: Example for the piston-stroke correction of a 1-point adjustmentmax.Piston stroke of XplorerVolume display of Xplorermin.25 %50 %75 %max.– Factory setting– –1-point adjustmentFig. 2: Example for the change of the piston stroke of a mechanical pipettePiston stroke of manual pipetteDigital volume display of manual pipettemax.min. max.– Factory setting– – Manual pipette; change by a fixed amount for all volumesFig. 3:Example for a 2-point adjustmentmax.Piston stroke of XplorerVolume display of Xplorermin. 25 % 50 % 75 % max.– Factory setting– – 2-point adjustment at 25 % and 50 %1-point adjustmentAfter you input the density, the selected volume and the corresponding weighing result, the Xplorer determines a correction factor. The factor is only valid for the selected volume and the selected work technique (speed, prewetting, wall dispensing method, etc.).2-point adjustmentAfter you input the density, two different volumes and the corresponding weighing results, the Xplorer determines a correction factor. The factor applies to the volume range between the tested volumes and only for the selected work technique. However, the factor is also used here for the entire volume range, that is, also below and above the two measuring points (Fig. 3).3-point adjustmentAfter you input the density, three different volumes and the corresponding weighing results, the Xplorer determines two correction factors. The factors are correct frommeasuring point to measuring point in the selected volume regions and only for the selected work technique. However, the respective factor is also used below and above the first or third measuring point (Fig.4).Fig. 4:Example for a 3-point adjustmentmax.Piston stroke of XplorerVolume display of Xplorermin. 25 % 50 % 75 % max.– Factory setting– – 3-point adjustment at 25 %, 50 % and 75 %Today, it is expected that pipettes should not only offer ease of use and precision. Other features, such as simple volume adjustment, have become standard requirementsfor such devices. The electronic pipette Eppendorf Xplorer meets such requirements in every respect, making it ideally suited as an instrument for daily use in the lab.In contrast to 1-point and 2-point adjustment, 3-point adjustment is more accurate. If three significantly different volumes are used for calculating the two correction factors, the corrected volume range is considerably larger and thus also more precise. However, 3-point adjustment is more time-consuming.It is necessary to carry out a gravimetric test for eachXplorer pipette whose factory setting has been changed by one of the above-mentioned adjustment options.This is the only way of ensuring that the selected adjustment meets the required measurement errors.To ensure that other users are informed of the changed adjustment, each Xplorer pipette that has been changed by the adjustment must be additionally marked by a clearly visible label indicating the type of change made.The precise work technique relating to the individual adjustment options is described in the adjustment instructions of the Eppendorf Xplorer (see Xplorer Adjustment Instructions).Factory settingsA pipette that has been readjusted can be reset to the original settings using the “Reset to Factory Settings” adjustment option at any time.e p p e n d o rf ®, E p p e n d o r f X p l o r e r ® a n d e p T .I .P .S .® a r e r eg i s t e r e d t r a d e m a r k s o f E p p e n d o r f A G . A l l r i gh t s r e s e r v e d ,i n c l u d i n g g r a p h i c s a n d i m a g e s . C o p y r i g h t © 2010 b y E p p e n d o r f A G .O r d e r N o . A U 036 W W 020/G B 2/W E B /1210/N E U HYour local distributor: /worldwideEppendorfAG·22331Hamburg·Germany·Tel:+494053801-0·Fax:+494053801-556·E-mail:***********************Eppendorf North America, Inc. · 102 Motor Parkway · Hauppauge, N.Y. 11788-5178 · USATel:+15163347500·Tollfreephone:+1800-645-3050·Fax:+15163347506·E-mail:******************Application Support Europe: Tel: +49 1803 666 789 (Preis je nach Tarif im Ausland; 9 ct/min aus dem dt. Festnetz; Mobilfunkhöchstpreis 42 ct/min)E-mail:*********************NorthAmerica:Tel:+18006453050·E-mail:**********************AsiaPacific:Tel:+60380236869·E-mail:*********************************®®。

艾本德移液枪使用说明书

^ 1=100µL
5 mL US-PAT.No. 5.620,660
1
Fig. 2: Combitip advanced
2
3
4 5
6
7
1 Dispensing volume with the manual dispenser at selection dial position 1 3 US patent numbers 5 Color code 7 Piston
2.2
Combitips advanced
A supply of liquid is aspirated into the Combitip advanced and then dispensed step by step. The built-in electronics automatically recognize • the Combitip advanced inserted and • the position of the volume selection dial, and the current dispensing volume appears in the display. Nine Combitips advanced with a variety of filling volumes are available for single use (see Choose Combitip on p. 7). The Combitips advanced 25 mL and 50 mL can only be used in combination with an adapter. The adapter is a wear part. For each Combitip advanced, you can use the volume selection dial to set 20 different volumes. The smallest volume can be dispensed up to a max. of 100 times and the largest volume a max. of 5 times.

Eppendorf 移液器的正确使用与保养

Eppendorf 离心机的正确使用和保养
Eppendorf 离心机的正确使用和保养
操作中经常会忽视的问题 • 离心前确认转子的最大重量负载信息 • 确认离心管的性能及规格 • 爱护转子，不要划伤 • 离心机用完后，保持机盖打开状态 • 转子和转子盖必须旋紧才可以离心
Eppendorf 离心机的清洁
气垫式活塞移液器
往复式活塞移液器
Eppendorf 手动单道移液器
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Reference型 – 单钮操作 – 整支灭菌
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Research型 – 双钮操作 – 半支灭菌
Reference 移液器的构造和设计
单钮操作锁扣式体单
Research移液器的精心改进和设计的细节部位
如何进行规范的移液操作？
规范的移液操作方法
第一步：调节刻度至合适的体积
旋转刻度调节旋钮，可精确到第四位数字
严格的精确调节方法
大体积至小体积小体积至大体积
• 从大量程调节至小量程，精度最佳 • 从小量程调节至大量程，最好先调至略大一点，再返回
规范的移液操作方法
第二步：装配吸头
• 移液器按钮的颜色提示 • 轻取吸头，左右转动
Eppendorf 移液器的正确使用与保养
Eppendorf AG 德国艾本德股份公司
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成立于1945年，近65年的发展历史总部位于德国汉堡，全球员工近2000名拥有全球35万科研及临床用户 2007年全球销售额约4亿多欧元，每年12％的增长率，是少数长年持续盈利的生物技术公司之一设立欧洲青年科学家成就奖和神经生物学奖
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Eppendorf 实验方案的产品配套
Instruments
离心机

eppendorf 移液器

3 操作 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10
3.1 调节量程（只适用于 Research plus 移液器可调量程移液器） . . . . . . . . . . . . . . . . . . . . 10 3.2 装配吸头 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10 3.3 吸液 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10 3.4 放液 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11
7 订购信息 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 25
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Eppendorf Research® plus - 操作手册
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Eppendorf Research® plus - 操作手册
2 安全说明 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9

Eppendorf 移液器

移液无止境Eppendorf Research® plus移液器NEW!获得2009年全球Reddot红点工业设计大奖体验全新移液感受从1961年推出第一支工业化的气体活塞式移液器至今，Eppendorf公司秉承近50年的生产经验和坚持高品质的执着，不断创新研发，旨在为全球科研临床用户提供最完美的移液器而不断努力。

终于，Research plus移液器诞生，为现今移液行业建立了至高标准。

全新Research plus移液器采用高科技材质结合先进的生产工艺流程，其设计理念符合人体工程学，加上人性化的操作应用，不但精准性高、经久耐用，同时适用于各类实验操作。

●　采用PerfectPiston™系统的高科技材质，坚固耐用，耐高温抗腐蚀●　可整支高温高压灭菌和紫外线灭菌，操作更安全●　卓越人体工程学设计，重量轻，显著减少操作用力，避免发生手部重复性劳损（RSI）●　新增伸缩式弹性吸嘴设计，确保吸头装配的气密性和移液均一性●　新增5款不同量程的移液器，完美适配吸头，精准性更高●　新增密度调节窗口，适用于不同密度的液体，通用性更广泛Eppendorf Research plus ——整支高温高压灭菌全新移液器4产品特性卓越的人体工程学设计Eppendorf 于2003年提出 PhysioCare 理念，提倡改变移液方式，关注人体健康。

Research plus 移液器继承了这一理念，对设计构造进行了更为细致精密地改进。

●　移液器轻巧耐用，即使长时间使用也不易疲乏●　各项操作用力均降至最低，减少手指、手臂、肩膀等部位的用力，有效防止RSI （手部重复性劳损）　— 弹性吸嘴设计，保证气密性的同时，降低安装和脱卸吸头用力　— 体积调节旋钮转动圈数少，仅需数圈即可从最小体积调节到最大体积— 优化的按钮距离设计，符合人体工程学登陆查询更多信息！PhysioCare 理念®5● 优化移液用力，降少疲劳1 N2 N 4 N 6 N 8 N 10 N 12 N 14 NEppendorf Research ® plus品牌B品牌D品牌F 品牌A品牌C品牌E安装吸头用力 (1000 µl)脱卸吸头用力 (1000 µl)● 按钮用力小于一支圆珠笔●移液按钮：—　按钮用力小—　颜色对应epT.I.P.S.吸头盒，方便选择—　最佳按钮距离设计，防止RSI脱卸吸头按钮：脱卸吸头用力小，按下即可脱卸移液器下半部分体积调节旋钮：—　转动圈数少而省力体积显示：—　四位数字放大显示　（1,000 µl以下量程为µl单位5 ml和10 ml以量程为ml单位）—　数字框设计位置合理，便于　移液时观察密度调节窗口：根据液体的不同密度自行调节，确保移液精准性‡‡‡‡‡67弹性吸嘴：—　优化安装和脱卸吸头用力—　确保移液气密性（不包括5 ml 和10 ml 移液器）快速脱卸按键：—　轻轻一推，即可卸下下半支移液器Eppendorf PerfectPiston TM 系统：—　轻便材质，坚固耐用—　耐高温、耐酸碱、防止霉变和老化通道数字标识：确保同一方向移液独立活塞式设计，每个通道可单独拆卸：—　灵活性高—　节省维修成本弹性吸嘴：—　伸缩式吸嘴与吸头更匹配‡‡‡‡‡‡8量程体积随机误差深灰色控制按钮，适配10 µl 吸头灰色控制按钮，适配20 µl 吸头浅灰色控制按钮，适配20 µl L 吸头黄色控制按钮，适配200 µl 吸头桔黄色控制按钮，适配300 µl 吸头蓝色控制按钮，适配1000 µl 吸头紫色控制按钮，适配5 ml 吸头青绿色控制按钮，适配10 ml 吸头0.1–2.5 µl±6.0%±0.015 µl ±1.5%±0.019 µl ±0.7%±0.018 µl0.5–10 µl±5.0%±0.025 µl ±1.8%±0.018 µl ±0.8%±0.04 µl ±0.4%±0.04 µl 2–20 µl±1.5%±0.03 µl ±0.6%±0.06 µl ±0.3%±0.06 µl 2–20 µl±1.5%±0.03 µl ±0.6%±0.06 µl ±0.3%±0.06 µl 10–100 µl ±1.0%±0.1 µl ±0.3%±0.15 µl ±0.2%±0.2 µl 20–200 µl ±0.7%±0.14 µl ±0.3%±0.3 µl ±0.2%±0.4 µl 30–300 µl±0.7%±0.21 µl ±0.3%±0.45 µl ±0.2%±0.6 µl 100–1,000 µl±0.6%±0.6 µl ±0.2%±1.0 µl ±0.2%±2.0 µl 0.5–5 ml±0.6%±0.003 ml ±0.25%±0.006 ml ±0.15%±0.008 ml 1–10 ml±0.6%±0.006 ml 货号含吸头盒3120 000.0113120 000.0203120 000.0973120 000.0383120 000.0463120 000.0543120 000.1003120 000.0623120 000.0703120 000.089货号不含吸头盒3120 000.2163120 000.2243120 000.2913120 000.2323120 000.2403120 000.2593120 000.3053120 000.2673120 000.2753120 000.283±0.2%±0.01 ml 0.25 µl 1.25 µl 2.5 µl0.5 µl 1 µl 5 µl 10 µl 2 µl 10 µl 20 µl 2 µl 10 µl 20 µl 10 µl 50 µl 100 µl 20 µl 100 µl 200 µl 30 µl 150 µl 300 µl 100 µl 500 µl 1,000 µl 0.5 ml 2.5 ml 5 ml 1 ml 5 ml 10 ml系统误差±12.0%±2.5%±1.4%±8.0%±2.5%±1.5%±1.0%±5.0%±1.2%±1.0%±5.0%±1.2%±1.0%±3.0%±1.0%±0.8%±2.5%±1.0%±0.6%±2.5%±1.0%±0.6%±3.0%±1.0%±0.6%±2.4%±1.2%±0.6%±3.0%±0.8%±0.6%±0.03 µl ±0.031 µl ±0.035 µl±0.04 µl ±0.025 µl ±0.075 µl ±0.1 µl ±0.1 µl ±0.12 µl ±0.2 µl ±0.1 µl ±0.12 µl ±0.2 µl ±0.3 µl ±0.5 µl ±0.8 µl ±0.5 µl ±1.0 µl ±1.2 µl ±0.75 µl ±1.5 µl ±1.8 µl ±3.0 µl ±5.0 µl ±6.0 µl ±0.012 ml ±0.03 ml ±0.03 ml ±0.03 ml ±0.04 ml ±0.06 ml±0.15%±0.015 mlEppendorf Research ® plus 单道可调量程移液器NEWNEW9Eppendorf Research ® plus 多道移液器Eppendorf Research ® plus 固定量程移液器量程体积系统误差随机误差货号8道12道灰色控制按钮，适配20 µl 吸头0.5–10 µl0.5 µl ±12.0%±0.06 µl ±8.0%±0.04 µl 3122 000.0193122 000.0271 µl ±8.0%±0.08 µl ±5.0%±0.05 µl 5 µl ±4.0%±0.2 µl ±2.0%±0.1 µl 10 µl ±2.0%±0.2 µl ±1.0%±0.1 µl 黄色控制按钮，适配200 µl 吸头10–100 µl10 µl ±3.0%±0.3 µl ±2.0%±0.2 µl 3122 000.0353122 000.04350 µl ±1.0%±0.5 µl ±0.8%±0.4 µl 100 µl ±0.8%±0.8 µl ±0.3%±0.3 µl 桔黄色控制按钮，适配300 µl 吸头30–300 µl30 µl ±3.0%±0.9 µl ±1.0%±0.3 µl 3122 000.0513122 000.060150 µl ±1.0%±1.5 µl ±0.5%±0.75 µl 300 µl±0.6%±1.8 µl±0.3%±0.9 µl体积系统误差随机误差货号灰色控制按钮，适配20 µl 吸头10 µl ±1.2%±0.12 µl ±0.6%±0.06 µl 3121 000.015灰色控制按钮，适配20 µl L 吸头20 µl ±0.8%±0.16 µl ±0.3%±0.06 µl 3121 000.031黄色控制按钮，适配200 µl 吸头10 µl ±1.2%±0.12 µl ±0.6%±0.06 µl 3121 000.02320 µl ±1.0%±0.2 µl ±0.3%±0.06 µl 3121 000.04025 µl ±1.0%±0.25 µl ±0.3%±0.08 µl 3121 000.05850 µl ±0.7%±0.35 µl ±0.3%±0.15 µl 3121 000.066100 µl ±0.6%±0.6 µl ±0.2%±0.2 µl 3121 000.074200 µl ±0.6%±1.2 µl ±0.2%±0.4 µl 3121 000.082蓝色控制按钮，适配1000 µl 吸头200 µl ±0.6%±1.2 µl ±0.2%±0.4 µl 3121 000.090250 µl ±0.6%±1.5 µl ±0.2%±0.5 µl 3121 000.104500 µl ±0.6%±3.0 µl ±0.2%±1.0 µl 3121 000.1121,000 µl±0.6%±6.0 µl±0.2%±2.0 µl3121 000.120NEWNEWNEWepResearch ®3超值三支套装●套餐：- 3 支Eppendorf Research ® PhysioCare 移液器- 3盒适配吸头，吸头盒可重复使用；plus plus 订货信息：Eppendorf Research ®移液器套装量程货号epResearch ®3 Pack ，套装1 （0.5 - 10 µl ，10 - 100 µl ，100 - 1,000 µl ）2（2 - 20 µl ，20 - 200 µl ，）plus plus epResearch ®3 Pack ，套装plus epResearch ®3 Pack ，套装plus 3120 000.9093120 000.9173120 000.9251,000 µl 100-µl (100-1,000 ,0.5-5 ml, 1-10 ml)310Eppendorf公司的ep Dualﬁlter T.I.P.S.®是全球首个防污染双层滤芯吸头产品。

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Eppendorf Reference ® 2 PipetteThe New Legend2Eppendorf Reference 23The name »Reference« stands for extraordinary precision and accuracy, a long service life, and an ergonomic design. The new Reference 2 boasts these proven Premium characteristics and this operating philosophy with its innovative state of the art technology; making it a reliable partner for you and your demanding work.Multi-channel version NEW > C hannel indicator guarantees a continuously identical pipettealignment during the work process > S pring-loaded tip cone for reproducible tip ﬁ t and reduced eﬀ ort (to be switched on/oﬀ optionally)> H igh ﬂ exibility and simplemaintenance with the ability to remove single conesEppendorf TrackIT NEW > I ncluding RFID Reader and Software > E mbedded RFID chip contains all relevant data regarding the pipette (serial no., Certiﬁ cate of Conformity, article no. etc.)> A bility to add your own data (e.g. calibration time and results, location)> S imple identiﬁ cation and documentation > F or more information:/trackitSystematic success > e pT.I .P.S.®: High-grade pipette tips for increased result quality(/consumables)> e pServices: Professional service for reliable results and long service life (/epServices)»The new Reference class for modern liquid handling tools.«Eppendorf Reference 24A pipette is only as good as its tip > E ppendorf epT.I.P.S.® pipette tips, Totally Integrated Pipetting System > M aximum Precisionand Reliability Spring-loaded tip cone> Improved reproducibility > L ow eﬀ ort during operation/ejectionThe Eppendorf Reference® 2 at a glance Eppendorf Reference 25mooth surface for comfortable working and simple cleaning Single-button operation> E rgonomic handling withreduced operating eﬀ ort.> S imple and quick tip ejectionwith active aerosol reduction> R educe repetitive strainEppendorf Reference 26Eppendorf Reference 2Ordering informationDescription Volume Systematic error Random error Order no. (International)± %± μL / mL± %± μL / mLEppendorf Reference® 2, single–channel variable*0.1–2.5 μL dark gray 0.25 μL±12.0±0.03±6.0±0.0154920 000.0161.25 μL±2.5±0.031±1.5±0.0192.5 μL±1.4±0.035±0.7±0.0180.5–10 μL medium gray 1 μL±2.5±0.025±1.8±0.0184920 000.024 5 μL±1.5±0.075±0.8±0.0410 μL±1.0±0.10±0.4±0.042–20 μL light gray 2 μL±5.0±0.10±1.5±0.034920 000.032 10 μL±1.2±0.12±0.6±0.0620 μL±1.0±0.20±0.3±0.062–20 μL yellow 2 μL±5.0±0.10±1.5±0.034920 000.040 10 μL±1.2±0.12±0.6±0.0620 μL±1.0±0.2±0.3±0.0610–100 μL yellow 10 μL±3.0±0.3±0.7±0.074920 000.059 50 μL±1.0±0.5±0.3±0.15100 μL±0.8±0.8±0.15±0.1520–200 μL yellow 20 μL±2.5±0.5±0.3±0.064920 000.067 100 μL±1.0±1.0±0.3±0.3200 μL±0.6±1.2±0.2±0.430–300 μL orange 30 μL±2.5±0.75±0.7±0.214920 000.075 150 μL±1.0±1.5±0.3±0.45300 μL±0.6±1.8±0.2±0.6100–1 000 μL blue 100 μL±3.0±3.0±0.6±0.64920 000.083 500 μL±1.0±5.0±0.2±1.01 000 μL±0.6±6.0±0.2±2.00.25–2.5 mL red 0.25 mL±8.0±0.020±3.0±0.00754920 000.0911.25 mL±0.8±0.010±0.2±0.00252.5 mL±0.6±0.015±0.2±0.0050.5–5 mL purple 0.5 mL±2.4±0.012±0.6±0.0034920 000.105 2.5 mL±1.2±0.030±0.25±0.0065.0 mL±0.6±0.030±0.15±0.00751–10 mL turquoise 1.0 mL±3.0±0.030±0.6±0.0064920 000.113 5.0 mL±0.8±0.040±0.2±0.01010.0 mL±0.6±0.060±0.15±0.015Eppendorf Reference® 2, 8- and 12-channel variable8–channel 12–channel0.5–10 μL medium gray 0.5 μL±12.0±0.06±8.0±0.044922 000.0134922 000.0211 μL±8.0±0.08±5.0±0.055 μL±4.0±0.2±2.0±0.110 μL±2.0±0.2±1.0±0.110–100 μL yellow 10 μL±3.0±0.3±2.0±0.24922 000.0304922 000.048 50 μL±1.0±0.5±0.8±0.4100 μL±0.8±0.8±0.3±0.330–300 μL orange 30 μL±3.0±0.9±1.0±0.34922 000.0564922 000.064 150 μL±1.0±1.5±0.5±0.75300 μL±0.6±1.8±0.3±0.9* All Eppendorf Reference 2 single-channel adjustable-volume pipettes come with an epT.I.P.S. Box (except 2.5 mL, 5 mL and 10 mL)7Eppendorf Reference 2Ordering informationDescription Color code Systematic error Random error Order no.(International)± %± μL / mL± %± μL / mLEppendorf Reference® 2, single–channel fixed1 μL±2.5±0.025±1.8±0.0184921 000.0102 μL±2.0±0.4±1.2±0.0244921 000.0285 μL±1.5±0.075±0.8±0.044921 000.03610 μL±1.0±0.1±0.5±0.054921 000.044 10 μL±1.0±0.1±0.5±0.054921 000.05220 μL±0.8±0.16±0.3±0.064921 000.060 20 μL±0.8±0.16±0.3±0.064921 000.07925 μL±0.8±0.2±0.3±0.0754921 000.087 50 μL±0.7±0.35±0.3±0.154921 000.095100 μL±0.6±0.6±0.2±0.24921 000.109 200 μL±0.6±1.2±0.2±0.44921 000.117200 μL±0.6±1.2±0.2±0.44921 000.125 250 μL±0.6±1.5±0.2±0.54921 000.133500 μL±0.6±3.0±0.2±1.04921 000.1411 000 μL±0.6±6.0±0.2±2.04921 000.1502 mL±0.6±0.012±0.2±0.0044921 000.168Eppendorf TrackIT3903 000.014 Pipette carousel Eppendorf Reference 24923 000.009/reference2Eppendorf ®, the Eppendorf Logo, Eppendorf Reference ® and epT.I.P.S.® are registered trademarks of Eppendorf AG. All rights reserved, including graphics and pictures. Copyright © 2013 by Eppendorf AG.Order No.: A492012 020/GB1/9T/0713/FEEL/K&R · Printed in Germany in a climate neutral manner.Your local distributor: /contact Eppendorf AG · 22331 Hamburg · Germanyeppendorf@ · 。