Berghof

Speedwave Entry

PRODUCT OVERVIEW

The Speedwave ENTRY is especially strong in application areas where cost efficiency is essential. It is therefore often used in routine analytics for standardised digestion tasks in research facilities, education and at universities. Nevertheless, the microwave system consists of high-quality components and innovative technology.

The PTFE vessels show high chemical resistance to all mineral acids as well as high mechanical durability. Furthermore, the minimal surface porosity of the vessels reduces the risk of cross contamination to a minimum.

In addition, the Speedwave ENTRY features the optical sensor technology for contactless real-time recording of the sample temperature.

Range of applications:

Digestion of food and beverages, blood, hair, bone, filter/emissions, sediments, soil, sludge, waste water/water, wood, PET, polyester and bronze.

KEY FEATURES

Easy opening and closing of vessels without tools
Pre-programmed applications for routine analytics
Start of digestion in just two steps Integrated fume collection and external exhaust unit
Released fumes are collected and discharged even if the rupture disc breaks
Permanent ventilation of the oven chamber
External exhaust unit - recommended when using hydrofluoric and hydrochloric acids
No cross contamination due to minimal surface porosity of the vessels
Monitoring of all sample temperatures in real-time
Outstanding lifetime of vessels (up to 10,000 digestion cycles) Intelligent vessel concepts for versatile application options:
DAP-60K vessels are made completely from TFM-PTFE and show high chemical resistance to all mineral acids as well as high mechanical durability
DAQ quartz glass inserts allow digestions of small sample amounts

MEASURES

Measures actual sample temperature inside digestion vessel to allow fast temperature update and control.

Each vessel vents to a central manifold to ensure acidic vapours do not escape and affect personel and equipment longevity. Capable of being fitted with stand-alone vent system.