15 Inch Touch Screen High Performance Multi Parameterpatient Monitor Aj-3000dt

• Customization: Available
• Classification: Physiological Functions of Diagnosis and Monitoring Equipment
• Type: Patient Monitor
• Model NO.: AJ-3000DT
• Certification: CE
• Group: Adulit, Pediatric, Neonatal
• Supply: AC/DC
• Display: 7-Lead ECG Waveform on One Screen
• Optional: 2-IBP, Etco2, and Thermal Printer
• Multi-Language: Yes
• Transport Package: Wooden Case
• Specification: 500*500
• Trademark: ANJUE
• Origin: China, Anhui
• Production Capacity: 500/Weeks

Product Description

AJ-3000DT touch screen multi-parameter patient monitor is a robust patient monitor, small enough to move around, yet flexible enough to adapt to your particular needs. With a variety of optional extras, including arrhythmia and ST analysis, EtCO2 measurement and double IBP, AJ-3000DT touch screen multi-parameter patient monitor is configurable to suit your requirements. Purchase only the advanced features that you need and nothing more. With NIBP recall and extensive data storage capability, AJ-3000DT touch screen multi-parameter patient monitor is particularly well-suited for use in peri-anesthesia and critical care environments. Rich in functions, conveniently adaptable and pleasingly affordable, AJ-3000DT touch screen multi-parameter patient monitor may be just the monitor for your department.

Features & Advantage
·6 Standard parameters: ECG, RESP, NIBP, SPO2, 2-TEMP, PR/HR.
·15"high resolution color touch screen display.
·Real time S-T segment analysis, pace-maker detection.
·Indication of Incorrect manipulation and malfunction analysis.
·Patient info input management function
·Multi-lead ECG waveforms display in phase.
·Large volume of tabular and graphic trends information storage and easy to recall.
·Capture dynamic waveforms.
·Efficient resistance to interference of defibrillator and HF knife.
·UP to 2 hours working capacity of built-in rechargeable battery.
·Unique accessory management cabinet.
·Networking capacity.
·Option: ETCO2, IBP, and 2-IBP