Full control of microwave digestions from 30 to 310 °C makes overheated samples a thing of the past
Rotors with temperature control ✓ Contactless measurement directly in the sample vessel ✓ Controlled conditions in the microwave system ✓ more
The ETHOS microwave system is your reliable partner in the lab for digestion, fat extraction, drying, hydrolysis and evaporation reactions, day in, day out. A rotating diffuser ensures an even distribution of microwaves throughout the cavity. Prepare up to 44 samples quickly and efficiently with the ETHOS.lab, also known as ETHOS.up. It makes demanding samples easy to digest, thanks to the dual magnetron technology with its up to 1600 watts. Temperature and pressure sensors continuously monitor the digestion while you keep everything in view, not just through the viewing window. The patented ‘vent-and-reseal’ technology protects your samples from dangerous overpressure and lets you perform your digestions stress-free, without losing any sample.
ETHOS.start is the little brother of ETHOS.lab, a cost-effective entry-level microwave digestion system. It has a lower sample throughput and, just like its big brother, lets you control temperature and pressure.
Trust in MLS's 25 years of experience in manufacturing microwave systems.
Full control of microwave digestions from 30 to 310 °C makes overheated samples a thing of the past
Rotors with temperature control ✓ Contactless measurement directly in the sample vessel ✓ Controlled conditions in the microwave system ✓ more
Purer than pure: Make your ultra pure acids yourself – for trace analyses you can trust
Sub-boiling systems to purify solvents and clean vessels ✓ Produce ultra pure solvents for ultra-trace analysis simply and cost-effectively ✓ Distillation and evaporation ✓ more
Better analytics through better digestions
Maximum sample throughput and low analysis costs ✓ Reduced noise level with "silent mode technology" for pleasant working in the laboratory ✓ Favorable maintenance and servicing costs, due to modular technology and less components ✓ more