Respiratory Circuits
Heated respiratory circuits with self-feeding humidification chamber, developed for use in invasive and non-invasive ventilation. The system promotes uniform heating throughout the circuit, contributing to greater thermal stability during therapy.
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Nasal Cannulas for High Flow Therapy
Line width for different patient profiles.
Designed for use with high flow systems, TREND Medical nasal cannulas deliver heated and humidified gas administration with precise anatomical adaptation and stability during therapy. The line was structured to serve from preterm patients to adults, ensuring standardization and versatility in the hospital routine.
Children's Line
Available versions: Premature | Neonatal | Infant | Pediatric
Adult Line
Available sizes: P | M | G
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Humidification jugs
Solutions developed to integrate active humidification systems, ensuring adequate supply and organized operation during respiratory therapy.
Single-Use Model — Self-Feeding System
Designed to facilitate the continuous replacement of water without the need to open the system, contributing to greater convenience in routine care and standardization of the process.
Autoclavable Model - Reusable
Designed for autoclave sterilization, it offers a durable alternative for institutions that adopt their own reprocessing protocols, maintaining functional efficiency without a self-feeding system.
Articulated Arms for Breathing Circuits
Compatible with several brands
Designed to support and organize respiratory circuits, TREND Medical articulated arms assist in the proper positioning of the system.
With adjustable structure and secure attachment, they allow precise height and angle adjustment, adapting to different bed configurations. Compatible with several brands of pulmonary ventilators, they offer practical integration and versatility in the hospital routine.
With adjustable structure and secure attachment, they allow precise height and angle adjustment, adapting to different bed configurations. Compatible with several brands of pulmonary ventilators, they offer practical integration and versatility in the hospital routine.
Hoses for medical gases
Compressed Air, Oxygen, Vacuum and Nitrous Oxide (N2O) hoses, intended for conducting medical gases in hospital systems.
Produced with materials suitable for healthcare applications, they are individually identified by type of gas, controlled flexibility and connections compatible with network standards.
Produced with materials suitable for healthcare applications, they are individually identified by type of gas, controlled flexibility and connections compatible with network standards.
Temperature sensors
Temperature sensors developed for use with TREND Medical humidifiers, intended for thermal monitoring of the system during respiratory therapy.
Designed for stable reading and adequate response to temperature variations, they contribute to heating control and to the correct operation of servo-controlled modes. Available as a replacement or complementary component of the system.
Designed for stable reading and adequate response to temperature variations, they contribute to heating control and to the correct operation of servo-controlled modes. Available as a replacement or complementary component of the system.
Bubble generator
Bubble generator for application in CPAP bubble systems, intended for the continuous generation of positive pressure by means of a water column adjustable from 3 to 10 cmH²O.
The transparent construction allows direct visualization of the level of immersion and the formation of bubbles, making it easier to check the adjusted pressure. The control is carried out in a simple way, by regulating the depth of the spine, providing objective adjustment and practical operation in the care routine.
The transparent construction allows direct visualization of the level of immersion and the formation of bubbles, making it easier to check the adjusted pressure. The control is carried out in a simple way, by regulating the depth of the spine, providing objective adjustment and practical operation in the care routine.
Safety valve
Device developed for automatic protection against overpressure in neonatal CPAP systems.
Calibrated to act at 18 cmH²O (at 8 L/min), it provides immediate relief in the face of sudden pressure increases, including peaks generated by the bubble system, re-establishing safe operating levels.
Calibrated to act at 18 cmH²O (at 8 L/min), it provides immediate relief in the face of sudden pressure increases, including peaks generated by the bubble system, re-establishing safe operating levels.
