A2F-Plus 超微量紫外可见分光光度计

A2F-Plus Ultra-micro ultraviolet-visible spectrophotometer

超微量紫外可见分光光度计是一款全波长超微量紫外可见分光光度计，微量检测模式可以用来检测核酸，微核酸阵，纯蛋白检测，标记蛋白检测，蛋白定量检测，微生物细胞培养检测以及常规的全波长扫描，比色皿检测模式下可以测量核酸，蛋白，微生物细胞培养以及动力学检测。荧光检测模块可以对核酸进行荧光定量，是通过荧光染料与特定目标分子结合后，检测其荧光强度来测目标分子的浓度，用于检测低浓度的样品，准确度高。荧光检测适用于微量的样品检测，通常是光度计无法测量的超低浓度样品。

Ultra-micro ultraviolet-visible spectrophotometer is a full-wavelength ultra-micro ultraviolet-visible spectrophotometer, the micro detection mode can be used to detect nucleic acids, micro nucleic acid arrays, pure protein detection, labeled protein detection, protein quantitative detection, microbial cell culture detection and regular full-wavelength scanning. In the cuvette detection mode, nucleic acids, proteins, and microbial cells can be measured Cultivation and kinetic testing. The fluorescence detection module can perform fluorescence quantification of nucleic acid. After the fluorescent dye is combined with a specific target molecule, the fluorescence intensity is detected to measure the concentration of the target molecule. It is used to detect low-concentration samples with high accuracy. Fluorescence detection is suitable for the detection of trace amounts of samples, usually ultra-low concentration samples that cannot be measured by photometers.

1. 通过形成液柱的方式，一次检测所需样品低至0.3ul，检测微量，节省珍贵的样品。

2. 检测浓度范围宽，常用样品不需要稀释即可检测。

3. 机器无需预热，开机即可检测，单次检测时间2秒左右即可完成，检测快速。

4. 软件内置，操作简便快捷，软件运行快速稳定，无延迟，提供稳定的用户体验。

5. 体积小巧，便于携带，非常适合现场检测。

6. 可以记录用户测试的所有数据，且具有截屏功能，方便用户随时导出珍贵数据，或者删除数据。可存储数据大于10000个。

7. 可通过U盘快速升级，方便仪器更新软件。

8. 具有用户管理系统，多用户独立检测，独立管理数据。

9. 高清7寸显示屏，采用电容触摸屏，可全触摸操作，可感知实验室手套点触，寿命更长，体验更佳。

10. 自带开机自检，能快速准确判断开机的时候检测平台是否有杂质。

11. 样品检测平台材料是不锈钢和石英光纤，高强度，防腐蚀。

12. 带有比色皿测量功能，比色皿测量的同时提供搅拌和加热辅助功能，使得比色皿检测变得更加强大，适用于更多检测场景。

13. 支持动力学检测，动力学检测为用户提供直观的吸光度变化曲线，用户自定义波长点查看吸光度随时间变化关系，可以内置100个动力学程序。

14. 支持菌落（OD600）检测，比色皿和微量两种模式下均可进行菌落检测，满足了用户不同的检测需求。

15. 具有点动混匀功能，方便用户实现样品的快速混匀

16. 测量的同时提供搅拌和加热辅助功能，使得比色皿检测变得更加强大，适用于更多检测场景。

17. 荧光定量功能是通过荧光染料与特定目标分子结合后，检测其荧光强度来精确定量检测DNA、RNA和蛋白质。通常是用于光度计无法测量的超低浓度样品。

By forming a liquid column, the minimum sample required for a single detection can be as low as 0.3ul, enabling the detection of minute amounts and conserving precious samples.

2. The detection concentration range is wide, and common samples can be detected without dilution.

3. The machine does not require preheating and can be tested immediately after startup. A single test can be completed in about 2 seconds, making the testing process quick.

4. The software is built-in, easy and fast to operate, runs quickly and stably without any delay, and provides a stable user experience.

5. With its compact size and portability, it is highly suitable for on-site inspection.

6. It can record all the data from user testing and features a screenshot function, allowing users to easily export valuable data or delete it at any time. It can store more than 10,000 pieces of data.

7. It can be quickly upgraded via a USB flash drive, facilitating software updates for the instrument.

8. Equipped with a user management system, it allows for independent detection and management of data by multiple users.

9. Equipped with a high-definition 7-inch display screen, it utilizes a capacitive touch screen technology, allowing for full touch operation. It can detect touches even from laboratory gloves, boasting a longer lifespan and providing a superior user experience.

10. Equipped with a built-in power-on self-test, it can quickly and accurately determine whether there are impurities on the testing platform during startup.

11. The materials of the sample testing platform are stainless steel and quartz fiber, which are high-strength and corrosion-resistant.

12. Equipped with a cuvette measurement function, it provides stirring and heating assistance during cuvette measurement, making cuvette detection more powerful and applicable to more detection scenarios.

13. Support kinetic detection, which provides users with an intuitive absorbance change curve. Users can customize wavelength points to view the relationship between absorbance and time. It can be equipped with 100 built-in kinetic programs.

14. Supports colony (OD600) detection, which can be performed in both cuvette and micro mode, meeting different detection needs of users.

15. It features a jogging mixing function, facilitating users to achieve rapid mixing of samples

16. The simultaneous provision of stirring and heating assistance during measurement enhances the capability of cuvette detection, making it suitable for a wider range of detection scenarios.

The fluorescence quantification function involves precisely quantifying DNA, RNA, and proteins by detecting their fluorescence intensity after binding with specific target molecules using fluorescent dyes. It is typically used for ultra-low concentration samples that cannot be measured by photometers.