Both devices, the KALSTEIN YR01869 and the ABI 7500, handle a flow of 96 samples per cycle. However, the KALSTEIN device exhibits superiority in terms of channels with a total of six compared to ABI’s five. This feature streamlines work, giving Kalstein an advantage as a manufacturer.
The KALSTEIN YR01869 employs a high-brightness LED light source that is maintenance-free, while the ABI 7500 uses a halogen tungsten lamp. In terms of optical detection, both devices work with superior excitation detection. However, the Kalstein YR01869 stands out for its photodiode, surpassing ABI’s cold CCD.
Instrumentation and Functionality
The KALSTEIN YR01869 offers a 10.4-inch touchscreen user interface, allowing its use independently of the computer. In contrast, the ABI 7500 device requires external computer control. Kalstein gains points again in comparison by featuring continuous experimentation function after a power cut and gradient, two features absent in its competitor.
Additionally, KALSTEIN presents a robust and precise temperature control system through its semiconductor chip cooling and heating technology. To learn about the functionalities and technical specifications, visit the Kalstein equipments https://kalstein.net/en/product/thermal-cyclers-yr01869/
After-Sales Service and Repair
In addition to the technical benefits, the manufacturer’s support is a critical consideration when making a purchasing decision. KALSTEIN offers full technical support, from installation and training to daily maintenance. Safety that increases the value of the equipment not only in sale, but in prolonged use. In comparison, ABI offers a shorter warranty and post-sales with additional costs.
In summary, the KALSTEIN YR01869 is a solid and reliable option in terms of price, performance, and the specific needs of medical laboratories. The variety of applications makes it ideal for Micro RNA and isothermal amplification research, while its competitive price and excellent after-sales service certify a smart purchase.