当前位置： 阿仪网 > 上海非利加实业有限公司 > 产品展示 > 实验室常用设备 > 自动进样器845Z/845ZPREP
自动进样器
价格：￥ 电议
品牌名称：$brandModel.Title型号：845Z/845ZPREP 原产地：中国大陆 更新时间：2026/10/28 12:21:26
支付方式：
- 支付宝 微信 银行转账
产品完善度： 访问次数：696
企业档案
会员类型：旗舰版
已获得阿仪网信誉 等级评定
(0 -40)基础信誉积累，可浏览访问
(41-90)良好信誉积累，可接洽商谈
(91+ )优质信誉积累，可持续信赖
阿仪网旗舰版会员：7年
工商认证 【已认证】
最后认证时间：
注册号： 【已认证】
法人代表： 【已认证】
参观次数：5212707
手机网站：http://wap.app17.com/c157784/
旗舰版网址：http://www.shflj021.com
详细内容
845Z/845ZPREP自动进样器
njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion.
njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion. njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion.
njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion.
njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion.
njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion. njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion.
v njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion. njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion.
njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion. njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion. njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion. njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion. njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion. njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion. njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion. njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion. njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion. njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion. njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion. njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion. njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion. njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion. njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion. njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion. njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion. njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion. njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion. njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion. njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion. njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion. njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion. njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion. njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion. njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion. njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion. njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion. njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion. njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion. njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion. njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion. njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion. njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion. njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion. njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion. njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion. njection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
Injection modules with high throughput capacity ａnd minimal carryover. Attaches directly to the Z-arm of the 215 Liquid Handler for aspirating sample directly into the loop.
- Shorter injection cycle times allow collection of early-eluting fractions to save significant time.
- No injection port means minimal carryover — less than 0.02% for analytical ａnd prep methods.
- Low sample dispersion.
热门标签：845Z/845ZPREP自动进样器
