Garantibestemmelser, Importør | Melissa 653-067/068 guide

OPLYSNINGER OM BORTSKAFFELSE OG GENBRUG AF DETTE PRODUKT

Bemærk, at dette Adexi-produkt er forsynet med dette symbol:

Det betyder, at produktet ikke må kasseres sammen med almindeligt husholdningsaffald, da elektrisk og elektronisk affald skal bortskaffes særskilt.

I henhold til WEEE-direktivet skal hver medlemsstat sikre korrekt indsamling, genvinding, håndtering og genbrug af elektrisk og elektronisk affald. Private husholdninger i EU kan gratis aflevere brugt udstyr på særlige genbrugsstationer. I visse medlemsstater kan du i visse tilfælde returnere det brugte udstyr til den forhandler, du købte det af på betingelse af, at du køber nyt udstyr. Kontakt forhandleren, distributøren eller de kommunale myndigheder for at få yderligere oplysninger om, hvordan du skal håndtere elektrisk og elektronisk affald.

GARANTIBESTEMMELSER

Garantien gælder ikke:

•hvis ovennævnte ikke iagttages

•hvis der har været foretaget uautoriserede indgreb i mikrobølgeovnen

•hvis mikrobølgeovnen har været misligholdt, udsat for en voldsom behandling eller lidt anden form for overlast

•hvis fejl i mikrobølgeovnen er opstået på grund af fejl på ledningsnettet.

Da vi hele tiden udvikler vores produkter på funktions- og designsiden, forbeholder vi os ret til at foretage ændringer i produktet uden forudgående varsel.

IMPORTØR

Adexi Group

www.adexi.dk

Vi tager forbehold for trykfejl

653-067/068, 653-067 specifications

Melissa 653-067,653-067/068 represents a significant advancement in the realm of chromatographic separation technologies. This device is engineered for high-performance liquid chromatography (HPLC) and is tailored to meet the rigorous demands of modern analytical laboratories.

One of the standout features of the Melissa 653-067 is its modular design, which allows for easy upgrades and customization according to specific laboratory needs. This flexibility ensures that users can adapt the system as new techniques and applications arise without the need for a complete overhaul. The device supports a variety of chromatography techniques, including reversed-phase, normal-phase, and ion-exchange, making it a versatile tool for a wide range of applications, from pharmaceutical analysis to environmental testing.

The heart of the Melissa 653-067 is its advanced pump technology. Equipped with a high-precision binary pump, the system offers exceptional flow rate accuracy and stability, essential for reproducible results in quantitative analyses. The pump operates at a maximum pressure of 400 bar, allowing for efficient separations even with challenging samples.

Another critical aspect of the Melissa 653-067 is its detector system, which is capable of detecting a broad range of compounds. The system features UV-Vis and fluorescence detectors, providing the ability to select wavelengths for optimal detection sensitivity. This is particularly valuable in applications where trace analysis is crucial, such as in pharmaceuticals where certain active ingredients must be measured at very low concentrations.

The user-friendly interface of the Melissa 653-067 enhances ease of operation. It includes a large touchscreen display and intuitive software that guide users through method development, data acquisition, and analysis. The software is equipped with advanced data management capabilities, allowing seamless integration with laboratory information management systems (LIMS).

Moreover, Melissa 653-067 emphasizes robustness and reliability. Designed with high-quality materials and components, it ensures stable operation under various environmental conditions. Maintenance is simplified, with easily accessible parts that facilitate routine servicing and reduce downtime.

In conclusion, Melissa 653-067,653-067/068 embodies a blend of versatility, precision, and user-centric design. By integrating cutting-edge technologies into a tailored chromatography solution, it stands out as an indispensable tool for laboratories aiming to enhance their analytical capabilities and meet evolving research demands.