Product Description
Brand | Sysmex |
Model | CA-660 |
Capacity | 60 Samples/ hour (max.) |
CAT No | CA-660 |
Application | Coagulation |
The CA-660 analyser is a compact, fully automated coagulation analyser system which utilises the proven optical detection technology and the same reagent system of Sysmex coagulation family analysers. It (Sysmex CA-660 Analyser) offers high performance automation for both routine specialty haemostasis testing such as D-dimer and von Willebrand Factor activity. Combining the simplicity of use and diagnostic power, the laboratory can be confident that they continuously stay ahead in haemostasis testing with the Sysmex CA-660 analyser.
FAQs of Sysmex CA-660 Automated Haemostasis Analyzer:
Q: Is the Sysmex CA-660 Automated Haemostasis Analyzer suitable for medical laboratory diagnostics?
A: Yes, the Sysmex CA-660 Automated Haemostasis Analyzer is designed for medical laboratory diagnostics.
Q: What type of technology is used for coagulation studies in the Sysmex CA-660 Analyzer?
A: The Sysmex CA-660 utilizes optical detection technology for coagulation studies.
Q: Does the Sysmex CA-660 require disposable components for operation?
A: No, the Sysmex CA-660 Automated Haemostasis Analyzer does not require disposables for its operation.
Q: Can the Sysmex CA-660 Analyzer be synchronized with other machines and laboratory information systems (LIS)?
A: Yes, the Sysmex CA-660 can be synchronized with other machines and laboratory information systems for seamless integration.
Q: Is the Sysmex CA-660 Analyzer suitable for real-time operation?
A: Yes, the Sysmex CA-660 Automated Haemostasis Analyzer is capable of real-time operation.
Q: What is the power source requirement for the Sysmex CA-660 Haemostasis Analyzer?
A: The Sysmex CA-660 operates on standard laboratory equipment power consumption and requires an electric power source with a voltage of 220-240V AC.
Q: Does the Sysmex CA-660 have a compact design suitable for desktop use?
A: Yes, the Sysmex CA-660 is designed in a compact desktop size for convenient placement in medical laboratories.