Sample Preparation Robots

Sample Preparation Robots

Sample Preparation Robots
RSI 80-M
RSI 80-M
RTC 80-M
RTC 80-M
At SepSolve we offer a range of sample preparation robots (SPR) to increase the productivity, reproducibility and flexibility of your GC–MS analysis. Whether you’re looking for an entry-level or advanced robotics platform, the SPR series will offer a system suitable for you. We’ve summarised the main differences in the table below, but please contact us for further advice on each feature.
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Why use SPR?

  • Automated switching between liquid, headspace and SPME applications. 
     
  • A range of sample preparation options help to reduce or eliminate manual sample processing.
     
  • Modular design enables additional tools to be added as required.
     
  • 24-hour reliability test before leaving the factory, so confident unattended analysis is guaranteed.
     
  • Robust, repeatable automation from a manufacturer with over 40,000 systems worldwide.


LSI RSI RTC
Liquid Injection ✓ ✓ ✓
Syringe capacity Up to 100 µL Up to 10 mL Up to 10 mL
Sample capacity 
 648 × 2 mL 
 >9000 × 2 mL  
(360 × 20 mL)
 >9000 × 2 mL  
(360 × 20 mL) 
Automated solid-phase &
liquid-liquid extraction
 ✓
 ✓
 ✓
Vortex ✓ ✓ ✓
Headspace ✕ ✓ ✓
SPME & High-capacity SPME ✕ ✓ ✓
Multiple headspace extraction ✕ ✓ ✓
ITEX dynamic headspace
 ✕ ✓
 ✓
Advanced sample prep
(e.g. on-line derivatisation) 
 ✕
 ✕
 ✓
Robotic tool change
 ✕
 ✕
 ✓
Automated liner exchange (LINEX)
 ✕
 ✕
 ✓

Applications

Confident profiling of controlled substances using GC–TOF MS
This study describes the use of GC–TOF MS for comprehensive profiling of seized drug samples, for confident identification of controlled substances, as well as adulterants and cutting agents.
Details
Evaluating the authenticity of branded perfumes
This study demonstrates how the comprehensive data acquired using GC×GC–TOF MS with Tandem Ionisation® can be processed in a single, automated workflow to uncover the subtle differences between brand and imitation fragrances.
Details
Fully automated on-line headspace monitoring of VOCs
This study demonstrates a fully automated GC analysis of volatile organic compounds (VOCs) in the headspace of waste effluent using a flow-through cell with a sample preparation robot, and detection by FID and/or TOF MS.
Details

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