Menu
Your Cart

Sell us your Pre-owned/Used Waters Acquity UPLC QDa Detector

We buy used / pre-owned laboratory Instruments.

Do you have a Waters Acquity UPLC QDa Detector that you are looking to sell, trade, or liquidate?

Please complete the form on the right, and we will make an offer on it. You can easily upload multiple photos and/or a spreadsheet.

Also interested in:

Analyzers, HPLC, Mass Spectrometry, Automated Microscopy, Flow Cytometry, Liquid handling, and various other scientific/research instruments that are 15 years old or newer.


 We specialize in reconditioning and supplying chromatography systems, such as the Waters Acquity UPLC QDa Detector, to laboratories on a limited budget.


 Your instrument will support laboratories that are unable to afford new equipment.


 Your retired equipment will make a world of difference in a university or start-up lab, especially those run by scientific personnel operating on tight budgets, facilitating vital research.


 We provide an environmentally friendly alternative to electronic waste disposal by repurposing used laboratory instruments.


 If you have any questions, do not hesitate to reach out to us.  
     
Thank you!


General Instrument Overview

The Waters Acquity UPLC QDa Detector is a compact mass detector designed to integrate seamlessly with UPLC systems, enhancing analytical capabilities with mass spectrometry. It provides reliable and precise mass data, aiding in the identification and quantification of compounds. The QDa Detector is user-friendly, with intuitive software that simplifies setup and operation, making mass detection accessible to non-experts. It offers excellent sensitivity and specificity, enabling the detection of low-abundance analytes. The system is compatible with existing UPLC methods, ensuring easy implementation without extensive method redevelopment. Its small footprint saves lab space while delivering robust performance. The QDa Detector is ideal for various applications, including pharmaceutical development, food safety, and environmental analysis, where accurate and reproducible mass detection is crucial.

 
  

 

We buy used / pre-owned laboratory Instruments.

Do you have a Waters Acquity UPLC QDa Detector that you are looking to sell, trade, or liquidate?

Please complete the form below, and we will make an offer on it. You can easily upload multiple photos and/or a spreadsheet.

Also interested in:

Analyzers, HPLC, Mass Spectrometry, Automated Microscopy, Flow Cytometry, Liquid handling, and various other scientific/research instruments are 15 years old or newer.


 We specialize in reconditioning and supplying chromatography systems, such as the Waters Acquity UPLC QDa Detector, to laboratories on a limited budget.


 Your instrument will support laboratories that are unable to afford new equipment.


 Your retired equipment will make a world of difference in a university or start-up lab, especially those run by scientific personnel operating on tight budgets, facilitating vital research.


 We provide an environmentally friendly alternative to electronic waste disposal by repurposing used laboratory instruments.


 If you have any questions, do not hesitate to reach out to us.  
     
Thank you!

General Instrument Overview

The Waters Acquity UPLC QDa Detector is a compact mass detector designed to integrate seamlessly with UPLC systems, enhancing analytical capabilities with mass spectrometry. It provides reliable and precise mass data, aiding in the identification and quantification of compounds. The QDa Detector is user-friendly, with intuitive software that simplifies setup and operation, making mass detection accessible to non-experts. It offers excellent sensitivity and specificity, enabling the detection of low-abundance analytes. The system is compatible with existing UPLC methods, ensuring easy implementation without extensive method redevelopment. Its small footprint saves lab space while delivering robust performance. The QDa Detector is ideal for various applications, including pharmaceutical development, food safety, and environmental analysis, where accurate and reproducible mass detection is crucial.