Variety of Vessels

Q-20: Ultra Trace

The Q-20 offers elevated performance specifically for ultra-trace analysis, unsurpassed ease of use, and full control of all digestion parameters in all vessels as well as:

• High sample throughput
  • Easy handling
  • Rapid heating
  • Rapid cooling
• Elevated digestion quality
  • Suitability for ultra-trace analysis
  • Low blank
  • Low memory effect
  • No contamination
• Full control of all digestion parameters
  • Temperature control in all vessels
  • Pressure control in all vessels

SK-10: High Pressure Rotor

High pressure rotor suitable for all samples, including difficult organic and inorganic refractory materials. Ensures complete digestion of larger amounts of highly reactive organics, such as food/feed, oils, plastics, pharmaceuticals.

PRO-16/PRO-24:
Medium Pressure High Throughput Rotors

High throughput rotors suitable for easy organic samples or environmental applications, according to the U.S. EPA method 3051A. Easy handling and rapid cooling capabilities.

Nova-10: High Temperature Rotor

High temperature rotor able to withstand extremely high temperatures for long lasting complete digestion of the most challenging samples. Suitable for very difficult inorganic materials such as silicon carbide, metal oxides, geological, and refractory materials.

The unique MOD-8 Rotor

Simultaneous digestion of up to 8 samples
The MOD-8 rotor allows) for the simultaneous open-vessel digestion of up to eight samples, in 250 ml glass or quartz vessels.

The individual vessels are isolated, each with its own separately connected vacuum exhaust line, so there is no risk of cross contamination. Furthermore, each vessel can also be individually connected to the automated dosing system, to ensure precise control over the distribution of acid to each sample.

The Fusion Rotor

MultiFAST-4
The new Milestone MultiFAST-4 really opens a new era in microwave sample preparation: for the first time, the MultiFAST-4 enable performing fusion sample preparation by microwaves.

A variety of difficult samples, such as cements, ores, slag, sediments, soils, feldspatic rocks, ceramics, pigments and glasses, quartz can be successfully prepared for XRF, AA and ICP analysis.