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Innovative Design
1. Dual-Vent & Reseal TechnologyThe Disposable Glass Vessel’s patent pending dual-vent & reseal technology is designed to vent each vessel at moderate pressures so that digestions can be performed under safer conditions than other disposable systems.
2. Low-Cost Glass
Low-cost glass vessels keep the cost per test low while providing a low ppb levels of most elements.
3. Mini Chamber Pressurization
By heating a pressurizing fluid around the glass vessel provides for support of the thin walled glass vessel. This allows elevated temperatures and pressures to be achieved for a complete digestion.
4. Elemental Integrity
The dual-vent & reseal function provides for unmatched control of the byproducts from digestions such as CO2 and NOx fumes. These are precisely vented outside the vessel, while maintaining the full integrity of all elements, even volatile analytes such as As, Se, and Hg.
5. iWave
iWave utilizes the emission of light from the sample (solution) to rapidly and accurately measure temperature. It reads the temperature of the solution itself, instead of reading the temperature of the vessel.
Disposable Glass
Never wash vessels again.
Increase laboratory throughput and eliminate vessel washing. Disposable glass vessels are a cost efficient solution to increase productivity and eliminate cross contamination.- Eliminate carry-over
- Reduce acid consumption
- Save time and labor costs
Streamlined Workflow
From balance to analysis.
Samples can be weighed directly into the disposable glass vessels, eliminating static interference common with teflon vessels. The digestions are controlled and performed in these vessels. Dilute to 25 - 50 mL and place in your autosampler rack for analysis.- Eliminate Transfer
- Weigh directly into disposable glass vessel
- Add acid and perform digestion
- Dilute digested sample
- Place in autosampler for analysis
Clean Results
Get clean digests and eliminate vessel cleaning.
Disposable glass vessels are clean enough to achieve <5 ppb recoveries for most elements when run with acid only. Low detection capability may be inhibited due to inherent material contaminants including: B, Na, Mg, Al, K, and Ca.