珀金埃尔默Sciex涡轮离子喷雾源Perkin Elmer Sciex Turbo Ion Spray Source
Perkin Elmer Sciex Turbo Ion Spray Source
珀金埃尔默Sciex涡轮离子喷雾源
Perkin Elmer Sciex Turbo Ion Spray Source
Perkin Elmer Sciex Turbo Ion Spray Source
狀況
二手
位置
Duxford 

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价格和位置
- 位置:
- Duxford, UK
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优惠详情
- 產品ID:
- A20123740
- 參考編號:
- 7082510.SR3B
- 最後更新:
- 於 02.10.2025
描述
This listing is for the Perkin Elmer Sciex Turbo Ion Spray Source
The unit is in full working condition and is ready for immediate use
What Is the PerkinElmer Sciex Turbo Ion Spray (Turbo V) Source?
The Turbo V Ion Source (commonly referred to as Turbo Ion Spray Source) is a highly robust and efficient ionization module for LC‑MS/MS systems, originally developed by PerkinElmer and further advanced by SCIEX. Here's a breakdown of its key features and function:
Ionization Modes
Electrospray Ionization (ESI):
Uses a TurboIonSpray® probe.
High-voltage spray creates charged droplets, while two heated nitrogen gas jets—in an orthogonal configuration—enhance desolvation by intersecting the spray at ~90°, leading to efficient ion generation.
Artisan Technology Group
Atmospheric Pressure Chemical Ionization (APCI):
Employs a different APCI probe.
The sample is nebulized, vaporized via a heated ceramic tube, then ionized via a corona discharge near the orifice.
Design and Performance Highlights
Iconic orthogonal spray design with simplicity and durability. Uniform temperature distribution and optimized curtain gas flow contribute to its high ruggedness and low maintenance needs.
Robustness & Productivity
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The design supports multi-day stability, with studies showing
The unit is in full working condition and is ready for immediate use
What Is the PerkinElmer Sciex Turbo Ion Spray (Turbo V) Source?
The Turbo V Ion Source (commonly referred to as Turbo Ion Spray Source) is a highly robust and efficient ionization module for LC‑MS/MS systems, originally developed by PerkinElmer and further advanced by SCIEX. Here's a breakdown of its key features and function:
Ionization Modes
Electrospray Ionization (ESI):
Uses a TurboIonSpray® probe.
High-voltage spray creates charged droplets, while two heated nitrogen gas jets—in an orthogonal configuration—enhance desolvation by intersecting the spray at ~90°, leading to efficient ion generation.
Artisan Technology Group
Atmospheric Pressure Chemical Ionization (APCI):
Employs a different APCI probe.
The sample is nebulized, vaporized via a heated ceramic tube, then ionized via a corona discharge near the orifice.
Design and Performance Highlights
Iconic orthogonal spray design with simplicity and durability. Uniform temperature distribution and optimized curtain gas flow contribute to its high ruggedness and low maintenance needs.
Robustness & Productivity
Hfjdexhfc Rjpfx Adrjn
The design supports multi-day stability, with studies showing
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