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Enabling accurate, real-time molecular analysis to increase throughput and prevent contamination
Our innovations in digital molecular sensors are small, powerful, and act in real-time making them particularly valuable in pharmaceutical manufacturing.
Freeze drying or lyophilization is a common process in the manufacture of many different pharmaceuticals like drugs and vaccines. One of the key areas of risk during this complex process is contamination of the product, so monitoring and measurement are critical to ensuring potential trace contamination risks are identified and mitigated as quickly as possible.
Utilizing our molecular sensors in products designed for the pharmaceutical manufacturing environment results in rapid, precise analysis during every part of the process--ultimately, protecting against costly contamination and increasing process throughput.
Improving measurement and analysis drives improved consistency and cost benefits
Contamination risk during pharmaceutical manufacturing is high both from microscopic leaks from additional materials like silicone oil or excess moisture buildup. Our high sensitivity lyophilization products allow for earlier detection of these events preventing expensive product loss and retroactive analysis.
Optimizing the secondary drying time can significantly increase throughput because this is the most time consuming phase in the lyophilization process. Our sensors are so precise, that fixed drying times are replaced by real time molecular moisture data--ensuring efficiency and reducing manual administration and analysis.
One of the key benefits of lyophilization is shelf-life--the lower the moisture content in the product the better the longevity. Our detection sensitivity is greater than x100 better than legacy solutions and provides this very precise analysis helping optimize this stage of the process and ultimately enabling extended product shelf-life.
Improving measurement and analysis drives improved consistency and cost benefits
Contamination risk during pharmaceutical manufacturing is high both from microscopic leaks from additional materials like silicone oil or excess moisture buildup. Our high sensitivity lyophilization products allow for earlier detection of these events preventing expensive product loss and retroactive analysis.
Optimizing the secondary drying time can significantly increase throughput because this is the most time consuming phase in the lyophilization process. Our sensors are so precise, that fixed drying times are replaced by real time molecular moisture data--ensuring efficiency and reducing manual administration and analysis.
One of the key benefits of lyophilization is shelf-life--the lower the moisture content in the product the better the longevity. Our detection sensitivity is greater than x100 better than legacy solutions and provides this very precise analysis helping optimize this stage of the process and ultimately enabling extended product shelf-life.
Building on our break through technologies for sensing and understanding molecular information, our team of experts is innovating new solutions across the life sciences, semiconductor manufacturing, and industrial process control.
Atonarp’s revolutionary optical spectroscopy platform for molecular diagnostics.
Building on our break through technologies for sensing and understanding molecular information, our team of experts is innovating new solutions across the life sciences, semiconductor manufacturing, and industrial process control.
Real-time process control for semiconductor applications allows CVD, ALD, Etch, ALE and chamber matching in high volume manufacturing environments. Resistant to corrosive gases, contamination, and equipped with incredibly fine sensitivity, Aston is uniquely suited for real-time process control for semiconductor applications.
The industry’s first ever quantitative, real-time miniature molecular sensor allows you to monitor incredibly minuscule traces of gas. The AMS-1000 is equipped to operate in high-pressure environments without the need for external pumps making it well suited for select semiconductor process control applications.
Real-time process control for applications repeatable, high sensitivity actionable chemically specific data. Aston is uniquely suited for dramatically better process control in one highly integrated measurement solution.
A quantitative, real-time, sensor and silicon oil protection module for lyophilization (Lyo) improves process control and contaminant detection.
Measure precise quantities of gases no matter how small to optimize industrial process control and immediately detect any harmful contaminants.
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