Speedwave Entry – The efficient one

With the new microwave digestion device, speedwave Entry is focusing on what's important:

  • Easy handling
  • High level of safety during digestion
  • Low operating costs

Area of application

Productive, compact and robust

Thanks to its size, speedwave Entry is particularly well suited to flexible laboratory use. The combination of space-saving design and ease of use makes it particularly attractive for use in routine analysis, training or study.

Examples of use:

  • Agriculture 
    Grains, nutrients
  • Food and feed 
    Beverages, animal products, fruit, dairy products, oils
  • Environment 
    Filters, soils, sediments, sludge, Water, waste water
  • Medicine 
    Tissue, blood, hair

Features

In modern analytics, tasks must be carried out quickly, easily and flawlessly. Especially in trace analysis, systematic errors can be reduced to a minimum with the help of modern microwave digestion devices.

First class digestion results with speedwave Entry

  • Avoid sample contamination through corrosion-resistant oven coating and gas collection system
  • High digestion quality and extremely low blank values thanks to vessels made of isostatically molded TFMTM-PTFE
  • Easy handling thanks to innovative vessel design and and QuickStart control
  • Constant sample temperature and digestion process results through the power control system in dependence on sample temperature
  • 20% faster cooling and therefore higher sample throughput through additional exhaust unit
  • Complete reaction control due to optical temperature measurement

Digestion vessels

  • Massive and long-lasting pressure vessels made of TFMTM-PTFE and quartz glass
  • Opening and closing without tools
  • Lower costs for consumable materials
  • Controlled release of residual pressure when opening the containers
  • Digestion vessels can be used with mineral acids HCl, HNO3, HF, H2SO4 and H3PO4

sensors

Speedwave DIRC – No reference vessels

 The sample temperature in each individual vessel is detected directly and in real time.

This is possible because the vessels materials, such as TFMTM-PTFE and quartz, cannot absorb the radiation in the mid-infrared range. In addition, the infrared radiation emitted from the surface of the pressure vessels is filtered out. This allows the sample temperature to be controlled directly in each vessel.

Advantages

  • Not influenced by microwave radiation.
  • All sensors and their cicuit lie outside of the microwave field.
  • Perfect chemical resistance of sensors in the oven chamber.
  • No sensors in the sample vessel. As a result, there is no risk of contamination for the samples and no risk of damage or wear and tear through frequent assembly and disassembly.

QuickStart

Loading and starting

Thanks to the QuickStart microwave control, the temperature programme only takes two steps to start. Users move intuitively through the easily understandable menu navigation. For increased convenience, the touch screen is coloured and contains various language options. From a pool of pre-installed applications including the latest DIN and EPA standards, the desired method can be selected quickly. In addition, further customisable methods can be loaded. All digestion data is available after digestion.

Control

Fast reaction control

The advantage of microwave digestion systems is the rapid heating of the sample material. Depending on the chemical composition of the sample material, spontaneous reactions may occur. In order to prevent this effectively, quick reaction control is necessary.

Based on the optical measurement of the temperature (DIRC), microwave performance can be controlled instantaneously. This makes safe reaction control possible.

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