紫外线交联仪有哪些应用

紫外线交联仪

紫外线交联仪是一种能够让研究人员能够快速、安全、有效地可以控制紫外线交联仪能量的设备。交联仪设计用于控制辐照室内的紫外线辐射。微处理器控制优化能源的使用，同时确保一致的能源效率和输出。交联仪具有大型辐照内腔和观察防护窗口，可阻挡紫外线辐射，同时允许用户查看辐照腔内部。

紫外交联仪的用途是什么？

紫外交联仪是一种用于实验室的多用途紫外线辐照仪器。紫外线辐射在实验室中有着广泛的应用。

紫外线交联仪是如何工作的？

紫外线交联仪使研究人员能够快速、安全、有效地将样品暴露在可控量的紫外线辐射下。交联仪设计用于测量和控制辐照室内的紫外线辐射。

PCR交联仪是如何工作的？

聚合酶链式反应样品污染控制。交联仪设计用于测量和控制辐照室内的紫外线（UV）辐射。紫外线传感器可连续测量紫外线能量，并根据紫外线管老化时发生的紫外线强度变化进行自动调整。

如何更换XEPU交联仪传感器？

更换紫外线传感器XEPU建议将交联仪退回XEPU Scientific工厂进行维修。紫外线传感器位于内部机箱部件的右侧。

UV Crosslinkers

UV crosslinkers offer researchers the ability to quickly, safely, and efficiently expose samples to a controlled amount of ultraviolet radiation. The crosslinkers are designed to measure and control the UV radiation within the exposure chamber. Microprocessor controls optimize the use of energy while ensuring consistent, maximum energy efficiency and output. Units feature large internal chambers, and large protective windows block UV radiation from escaping while allowing users to view into the interior.

What is a crosslinker used for?

The Crosslinker is a multi-purpose ultraviolet exposure instrument for use in the laboratory. A wide variety of applications for ultraviolet radiation exist in the laboratory.

How do UV crosslinkers work?

UV crosslinkers offer researchers the ability to quickly, safely, and efficiently expose samples to a controlled amount of ultraviolet radiation. The crosslinkers are designed to measure and control the UV radiation within the exposure chamber.

How do PCR crosslinkers work?

PCR sample contamination control. The Crosslinkers are designed to measure and control the ultraviolet (UV) radiation within the exposure chamber. A unique UV sensor continually measures the UV energy and automatically adjusts to variations in UV intensity that occurs as the UV tubes age.

How do I replace the XEPU crosslinker sensor?

Replacement of UV sensor XEPU recommends returning the Crosslinker to the XEPU Scientific factory for service. The UV sensors are located on the right hand side of the internal chassis assembly.