Compact, lightweight, portable device with comfortable carrying handle
Unlike analogue systems, Thopaz + provides adjustable suction without stopping, from the operating theatre to drain removal. The system is battery powered, lightweight and quiet for chest drainage in all areas of the hospital.
Effective cardiac drainage within the first 3 hours after surgery can speed up chest drain removal, shorten the length of stay in the intensive care unit and reduce overall costs.
- By providing objective and reliable monitoring of the patient's condition, patient care is facilitated, offering medical staff a more accurate assessment of the condition when it comes to decision-making.
- Providing effective mediastinal and pleural drainage immediately after surgery significantly reduces drainage complications.
Objective measurement and trends with proven clinical experience
- Precise digital drainage measurement and trends during the critical postoperative window
- Proven clinical experience
- Total number of cases >2 million, including more than 100 thousand cardiac cases
- More than 40 studies, including 8 studies on the cardiovascular system, including 2 randomised controlled trials
Improved recovery due to early mobilisation of patients
- Compliance with ERAS recommendations ® for thoracic digital drainage devices and supports cardiac guidelines
- Lightweight, compact design facilitates early patient mobility
- Smart alerts and beeps reduce the risk of error
- Reduces patient pain through faster drainage removal and increases patient satisfaction
Optimised chest drainage management for safe early drainage removal
- User-friendly interface optimises nursing care and treatment of cardiac patients
- Faster chest tube removal and reduced drainage complications with 25%
- Continuous drainage with long-lasting battery system
Technical characteristics:
- Power supply 100-240 V, 50-60 Hz
- Battery life ≤ 4 hours
- Weight 1.0 kg
- H x W x D 223 x 255 x 95 mm
- Low vacuum -10 kPa/ -75 mmHg/ 100 cmHg/mbar Accuracy: +/-15 %
- Low flow 5 l/min (+/- 10 %)
