Sample Observation STA–Gas Chromatography Mass Spectrometry Measurement System
Successfully measured the water content of asteroid “Ryugu” samples collected by Hayabusa2 (measured at Tokyo HQ, August 4, 2021).
Simultaneous TG–GC-MS measurement while directly observing the sample during heating In addition to mass changes associated with thermal reactions, it provides high-sensitivity chemical reaction information that cannot be fully obtained through thermal analysis alone. Compatible with MS and GC-MS systems from various manufacturers, it serves as an essential tool for advanced materials research, process development, quality control, and basic science. Measurements under water vapor atmosphere are also supported.
Sample observation STA-GCMS Overview
■ Innovative evolved gas collection mechanism
Collects gases directly from near the sample while minimizing background levels of water and air.
■ Rich simulation functions and accurate temperature information
Offers wide flexibility in measurement conditions—heating, atmosphere, and sample amount—while providing accurate sample temperature information.
Mass change data from STA and chemical reaction data from GC-MS can be obtained simultaneously, allowing in-situ (on-site) observation of reaction progress.
Sample observation STA-GCMS Features
- Innovative evolved gas collection mechanism
- Rich simulation functions and accurate temperature information
- Enables TG–GC-MS measurement with direct sample observation
Sample observation STA-GCMS Specifications
| STA unit | Thermo plus EVO3 STAvesta/C (sample observation) | |
|---|---|---|
| Model name | MASS-IF/D | |
| Connection | Direct connection | |
| Measurement mode | TG-MS mode | |
| Transfer tube | Inert-coated capillary tube with temperature retention heater, 1280 mm | |
| Interface temperature | Up to 350°C | |
| Measurement atmosphere | He | |
| Options | Automatic sample changer (Sample: 52, reference: 3, calibration sample: 5) ASC safety cover |
|
| Power requirements | 1Ø, AC100 V, 50/60 Hz, 15 A | |
