自动进样器
价格：￥电议
品牌名称：$brandModel.Title(进口品牌)型号：845Z/845ZPREP 原产地：中国大陆 发布时间：2020/12/29 11:27:48更新时间：2024/12/2 11:27:46
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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
