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XPR自动天平

XPR自动天平

XPR自动天平是一种高度精确的天平,能够将粉末和液体自动分装到各种容器中。以USP最小加样量4mg进行分装的能力是手动称量无法比拟的。XPR自动天平是样品和标准品制备、胶囊填充以及溶液和稀释液制备的完美选择。自动分装提高了用户的安全性,节省了时间,并最大限度地减少了昂贵和稀有物质的浪费。

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1H qNMR纯度分析以及ISO 24583的影响

1H qNMR纯度分析以及ISO 24583的影响

了解在1H qNMR分析中使用METTLER TOLEDO的微量天平测试产品中杂质的快速与简便方法。

安全粉末加样

安全粉末加样

本应用手册介绍利用XPR自动天平进行自动化加样如何降低接触风险,以及如何为研究人员提供安全保障。

称重时的静电荷

称重时的静电荷

静电可能导致称重结果不可靠。通过创新的自动静电检测技术可以最大限度地减少影响。

Full compliance for 21 CFR part 11 and EU Annex 11

Full compliance for 21 CFR part 11 and EU Annex 11

Compliance for 21 CFR of FDA part 11 and EU Annex 11 regulations on electronic record submission is supported by LabX.

机器人制备用于色谱分析的标准溶液

机器人制备用于色谱分析的标准溶液

本应用手册介绍了一种为HPLC与其他色谱分析制备准确样品与标准液的全自动机器人工作流程。

How can automated weighing improve peptide sample preparation?

Automated gravimetric dispensing reduces manual handling, improves dosing accuracy, minimizes material loss, supports reproducible peptide preparation workflows, accelerates automated peptide weighing and dosing.

Why are GLP-1 and peptide materials challenging to weigh?

GLP-1 compounds and other peptides are often moisture-sensitive, expensive, and dispensed in very small quantities, requiring highly accurate weighing methods, while maintaining high throughput.

What are the benefits of gravimetric dispensing for peptide research?

Benefits include higher throughput, improved reproducibility, reduced operator variability, better data integrity, and lower material waste.

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