UVmc2 Spectrophotometer: Precision Technology for Demanding Laboratories
The UVmc2 spectrophotometer is a technological gem designed to meet the needs of modern laboratories. With its symmetrical dual-beam technology, it ensures accurate and reproducible measurements, essential for applications in biochemistry, molecular biology and analytical chemistry. This spectrophotometer is particularly suitable for measurements on microvolumes ranging from 1µl to 5µl, making it ideal for DNA, RNA, protein and oligonucleotide analyses.
The UVmc2 is equipped with high-quality optics mounted on an aluminium chassis , ensuring high energy and an excellent signal-to-noise ratio. Its daily self-optimisation system ensures that the instrument always operates in optimal conditions, with automatic alignment and calibration. This maintains long-term accuracy and reliability, reducing maintenance and calibration costs.
One of the innovative features of the UVmc2 is its ability to work with the compartment open, allowing reagents to be added during measurements without the need for a Xenon lamp, thus avoiding the disadvantages associated with this technology. In addition, its static optical splitter eliminates wear and tear and the associated costs of older generations of rotating mirror choppers.
Designed to comply with European Pharmacopoeia standards, the UVmc2 offers an exceptional safety margin, with a stray light level typically three times lower than that required by the Pharmacopoeia at 198 nm. This makes it the instrument of choice for laboratories subject to strict quality assurance requirements.
The UVmc2 also features a swivel touchscreen mounted on a flexible arm for ease of use. The screen is easily replaceable by the user and compatible with any 8- to 12-inch Windows 8 tablet, ensuring greater scalability and durability. Software updates are free and multilingual, ensuring that the instrument remains up to date with the latest technology.
The UVmc2 spectrophotometer is a versatile, robust and accurate instrument designed to meet the demands of modern laboratories. Its innovative design, compliance with strict standards and ease of use make it an ideal choice for a wide range of analytical applications.
