High Tech Trophy

The AQ700 is a discrete analyzer that fully automates manual wet chemistry methods, essentially mimicking the actions of a laboratory chemist, with the ability to measure multiple analytes simultaneously.

With 4 robot arms and 4 sample trays, the AQ700 discrete analyzer offers the highest speed and capacity that SEAL Analytical has to offer. This system enables long lead times and makes unmanned use in a laboratory feasible.

This system was specifically designed by chemists to meet the needs of high-throughput environmental laboratories. It can analyze a wide range of nutrients, such as nitrate, nitrite, phosphate, ammonium, chloride, sulfate, and so on.

The AQ700's detection limits meet regulatory requirements, and the system integrates seamlessly with LIMS.

DENIOS connect: 24/7 monitoring of all your hazardous substances storage areas.

We have developed DENIOS connect for permanent condition monitoring of your storage areas for hazardous substances. We understand that your safety experts cannot be everywhere at once.

Sensors in the various storage areas monitor important parameters such as temperature, gas and leaks. You can also decide when a report should be made, for example if a warehouse door has been open for more than 10 minutes. This way you can keep an eye on your hazardous substances 24/7 via condition monitoring.

DENIOS connect is a user-friendly, highly secure, cloud-based web application. Via a mobile network (so-called narrowband IoT technology), the system automatically sends status data or alarm notifications via e-mail or SMS in real time and 24 hours a day. In the event of a malfunction, you can respond immediately and you know where the malfunction is located. You have access to dashboards and detailed information about your DENIOS connect connected products.

The DENIOS Service Team takes care of the registration and initial configuration of the web application for your hazardous substances storage. As soon as you activate your customer account in the web application, you can immediately view your stock of hazardous substances and manage notifications individually.
This way you maintain control and overview and prevent major damage or production downtime!

Xelsius reaction station is the revolutionary system capable to perform up to ten reactions simoultanously and individually. Temperature range for every single cell starts from -20°C and can reach up to +150°C. The key word to describe Xelsius is: flexibility. Overall Xelsius can manage to save a lot of space in the laboratory, since it can replace 10 heaters, magnetic stirrers, ice baths, reactor cells and reflux condensers. Here some advantages of Xelsius: wide temperature range (-20°C up to +150°C) thanks to peltier elements; different stirring in each vial; long lifetime reaction cell; ergonomic and small footprint; overheat protection; user-friendly interface; independent control of all parameters for each cell; PTFE coated surface resistant to aggressive acids and solvents; live monitoring of flow and temperature; temperature stability and accuracy of ±0.1°C; gloves-sensitive touch screen; flexibility of operation under fume hood or outside on bench top surface.

Since the key word for Xelsius is flexibility, LabTech has developed a lot of accessories able to cover all the requests on the market. Some accessories developed by LabTech are: reflux condenser, 5 port reaction cap, inert workstation, dosing station, led light controlled photochemistry, pressurized vessel and much more to come.

Radom Corporation developed the solution for laboratory and on-site element analysis with the “Microwave Inductively Coupled Atmospheric Plasma – Optical Emission Spectrometer” (MICAP-OES 1000) with a power of 1000W. This innovative nitrogen-based plasma spectrometer replaces traditional argon-generated plasma technology.

The MICAP-OES 1000 uses the new and highly efficient patented Cerawave technology, a ceramic ring in which an induction current is generated by a microwave to generate the plasma. No cooling required!

The power of Cerawave technology, combined with a high-resolution Echelle polychromator with CMOS detector, provides simultaneous measurement of elements in a wide range of different sample types.

Thanks to the small footprint (lxwxh 66.6 x 68.0 x 60.7 cm) and the very low weight (31 kg), transport is easy.

The Cerawave technology offers major advantages with regard to the environment: plasma uses nitrogen, which can be produced much more energy-efficiently compared to argon.
Nitrogen can even be generated on site using a nitrogen generator, which makes transport costs unnecessary.