Seca CT8000P-2 12-Lead Interpretive ECG Machine for Medical and Hospital Use

The 8" colour high-resolution screen features anatomical electrode placement with a hook-up adviser function, supporting accurate use of this 12 lead ECG machine. Fully compatible with leading EMR systems including EMIS, SystmOne, Vision and others. This ECG machine used in hospitals integrates seamlessly with existing medical devices and digital record systems. 

Delivery brilliant signal quality, the Seca CT8000P-2 is ideal for both adult and paediatric ECGs. It captures and stores up to 10 minutes of uninterrupted 12-lead ECG data, enabling documentation of intermittent arrhythmias. Lead universal warnings and misplaced electrode alerts are displayed immediately prior to ECG acquisition, enhancing diagnostic confidence. 

Optional expertise ECG protocols for treadmills and ergometers are available, making this ECG machine adaptable to a wide range of clinical applications. First grade ECG acquisition is supported in both digital and paper formats, meeting the needs of hospitals and clinics that rely open flexible medical equipment supplies. 

The Seca CT8000P-2 ECG machine is a highly reliable and robust medical device offering easy data access and fast transmission of ECG reports to your EMR system. As a hospital grade 12 lead ECG machine, it supports data transfer via WI-FI or LAN and previews all 12 ECG leads simultaneously on its large high-resolution display and features a generous internal memory alongside an in-built A4 thermal printer. 

Key technical Data:

• Net Weight: 0.7 Sts / 4.5kg
• ECG channels: 12
• Product width: 384mm
• Product height: 319mm
• Product depth: 90mm
• Display 8" colour high-resolution screen with anatomical electrode placement
• Memory: Storage of up to 350 ECGs
• Power Supply: Rechargeable batteries / mains adapter

Functions & properties:

• Print function
• Built-in thermal printer
• QTc interval analysis - Ideal for mental health applications
• Preview screen feature
• ETM with ETM sport interpretation
• WI-FI and LAN connectivity
• Optimal signal quality
• QTc formulas: Bazett, Fredericia, Framingham or Hodges