Analytix Launched Microwave Ashing System
The new Milestone EthosM unit accelerates high-temperature laboratory processes by ashing samples up to 95 percent faster.
Updated on Oct. 6, 2026 in Chemistry
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Analytix has released the Milestone EthosM, a microwave-powered ashing system designed to optimize sample processing in high-throughput laboratory environments. The system is available now for laboratories looking to replace conventional, time-intensive ashing methods.
Why it matters
The system addresses the need for reduced cycle times and lower operating costs by automating the charring stage and significantly cutting the time required to reach peak temperatures. It also improves safety by minimizing manual handling of hazardous chemicals like sulphuric acid.
The EthosM reaches 800 degrees Celsius in five minutes and 1,200 degrees Celsius in ten minutes. It features a cooling system that brings crucibles down from 1,000 degrees Celsius to room temperature in under 30 seconds.
The players
Analytix
An instrumentation manufacturer specializing in laboratory equipment for microwave-assisted sample preparation.
The details
The device uses microwave stirring to ensure temperature uniformity, which eliminates cold spots within the heating chamber. A vacuum scrubber automates the charring stage and neutralizes acidic vapours to protect the laboratory environment. The system can process up to 24 quartz-fibre crucibles—containers used for high-temperature chemical analysis—simultaneously while using an integral exhaust system to manage fumes.
Timeline
October 6, 2026: Analytix officially launched the Milestone EthosM ashing system.
The Tech Race
This system marks a departure from traditional muffling furnaces by replacing standard thermal transfer with microwave-driven, uniform heating. The shift highlights a broader industry race to replace legacy batch processing with faster, automated workflows.
Laboratory technicians will see the most immediate impact in high-throughput workflows, such as ashing PVC, which can now be completed in 15 minutes. The system is designed to integrate into existing lab spaces, though users must ensure their infrastructure supports the required microwave power and exhaust connections.
The takeaway
The Milestone EthosM demonstrates that microwave-driven automation can cut standard ashing times by nearly 95 percent. Researchers should monitor the system's performance in high-volume, multi-sample runs to see if the advertised cooling speed holds up across varied material compositions.
Further reading
For more on the latest analytical tools, visit the Chemistry section.
Source note: This article includes information reported by Labmate online.
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