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Anton Paar’s recently launched Multiwave GO combines the best features of monomode and multimode microwave instruments in a compact system. -
Field distribution (blue areas) in a DMC Directed Multimode Cavity for (a) 10 mL and (b) 25 mL filling volume of vessel -
The built-in cooling unit, exhaust, rotor and vessels (with cooling fins) fit together perfectly and provide the most effective cooling system available.
Laboratory products
Ready, Steady … GO! Digest 12 samples in < 20 minutes
Mar 05 2014
The recently launched Multiwave GO from Anton Paar is designed to simplify and accelerate your everyday laboratory work.
Multiwave GO is a digestion system providing a sophisticated 5 kg lightweight rotor with 12 vessels including SMART VENT technology. Based on a DMC Directed Multimode Cavity - the new self-adjusting microwave field invented by Anton Paar - highly efficient heating is possible in an extremely small-footprint system. For efficient reaction control the internal vessel temperature of each vessel is controlled via an IR sensor. Multiwave GO is extremely intuitive to operate, robust and cost-saving.
Go for DMC Directed Multimode Cavity
The newly designed DMC Directed Multimode Cavity provides the best of both monomode and multimode microwaves. As in a monomode system, the microwaves are directed directly to the sample, providing highly efficient heating in a compact system. As in a multimode system, up to twelve samples can be digested in a single run.
Go for SMART VENT
SMART VENT technology is the new pressure-activated-venting concept invented by Anton Paar. This enables precise and reliable pressure control in each vessel. Overpressure related to reaction gases is safely released and removed by the system. The main benefits of SMART VENT are the digestion of extremely high sample amounts and the possibility to safely digest samples with different reaction behavior in the same run. SMART VENT technology makes Multiwave GO the most convenient digestion system on the market.
Go for TURBO Cooling
Based on the short digestion process times provided by the TURBO heating and TURBO cooling concept, a superior sample throughput of up to 12 samples in 18 minutes is possible. Due to the TURBO cooling, unique cooling times as short as 8 minutes for a fully loaded twelve-position rotor are possible.
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