Application fields
Hidex 600 OX Oxidizer Standard
For ¹⁴C and ³H analysis
Hidex 600 OX Oxidizer is a fully computer controlled automated sample combustion instrument dedicated for liquid scintillation counting (LSC) sample preparation. Solid organic sample is transformed into homogenous and clear liquid sample for LSC measurement. Effective and accurate sample preparation with Hidex 600 OX is ideal for variety of samples such as: soil, tissue, plant, oil and concrete. Hidex 600 OX Oxidizer Basic is dedicated to C-14 and H-3 single-labelled samples.
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Product Models
Hidex 600 OX Oxidizer Standard
For ¹⁴C and ³H analysis
Advanced Sample Preparation
- Oxidize your samples with confidence
- Ideal for samples such as soil, tissue, plant material, oil, and concrete
- Oxidize up to 6 samples in one automated run
- Automated gas tightness test before every sample combustion
- Combusted samples ready for liquid scintillation counting
- Oxygen input flow regulation
On Point Sample Preperation
Oxidize your samples with confidence and ease
Innovative and user-friendly system uses industrial standard programmable logic controllers and mass flow controllers for fully reliable sample combustion process, because only accurate results matter. Up to six samples can be loaded in one go. Operator has walk away freedom and is not tied up like older manual systems. Sample boats are placed on high purity quartz glass ladles. Hidex 600 OX Oxidizer is compatible with both reusable and disposable sample boats.
Automated catalytic combustion
Organic sample is combusted in high temperature of 900 °C and under oxygen stream into carbon dioxide and water vapor. The carbon dioxide is absorbed directly into the liquid scintillation cocktail and the vial is ready for instant 14C liquid scintillation counting (LSC). In tritium application, water vapor is condensed into vial containing cocktail for tritium LSC measurement.
Automated gas tightness test is performed before every sample combustion for ensuring optimal 14C and 3H recovery and safe working environment. Low 14C level sample amount can be increased by combusting up to 6 sample aliquots into one LSC vial which enable higher LSC accuracy.
Technical Specification
| Recovery |
¹⁴C 99% and ³H over 90%, typically 95% |
| Memory |
¹⁴C 0.1% and ³H 1% |
| Power Requirements | 210-240 VAC, 16 A, 50 Hz |
| Gas Connections | Oxygen: 2-5 bar, Nitrogen: 2-5 bar, Pressurized air 5 bar |
| Dimensions: W/H/D (cm) | 90/60/60 |
| Weight (kg) | 85 |
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