PT-Zeta Syringe pump, engineered for versatility and efficiency across various healthcare settings. Featuring a user-friendly interface and a durable design, the PT-Zeta ensures consistent and accurate drug delivery. Its intuitive controls and reliable performance make it an essential tool for both routine and critical care applications, trusted by healthcare professionals worldwide.
Our syringe pump utilizes a high-precision servo motor, providing accurate control over infusion rates, ensuring consistent and reliable medication delivery in critical care applications.
The pump allows infusion rates up to 2000 ml/hr, offering flexibility for high-volume infusions in critical care and specialized medical treatments.
Our syringe pump features a high-speed microcontroller, ensuring consistent medication delivery by precisely controlling flow rates for accurate dosages, enhancing patient safety in critical care settings.
The pump provides Rate, Volume Target, Time Target, Body Weight, and Profile modes, ensuring flexibility and precision for diverse clinical applications.
The pump allows precise adjustment of bolus volume and rate, ensuring tailored medication delivery for patient-specific treatment needs.
Encased in a robust, fire-retardant material, our syringe pump ensures durability and safety. The compact, elegant design makes it ideal for demanding medical environments.
The syringe pump features an ergonomic, backlit display with clear visual indicators and alarms, ensuring smooth, safe operation, even from a standing position in critical environments.
Equipped with visual and audio alarms, our syringe pump promptly notifies users of issues such as occlusion, air in line, and power failure, ensuring consistent, safe operation.
The pump records all actions, alarms, and system events in a detailed log, ensuring traceability and improving overall safety management.
The pump displays drug names and allows users to easily add new names, enhancing customization and medication management
Our syringe pump enables rapid deployment within 15 seconds. Essential configurations can be stored and adjusted during operation, offering flexibility and seamless patient care.
The syringe pump's convenient stacking and sliding mechanism allows secure transfer of multiple pumps, improving organization and space efficiency in busy healthcare settings.
Optional electrical stacking system powers up to four pumps with one supply, simplifying power management and enhancing operational efficiency in high-demand healthcare environments.
Certified with IPX4 water resistance, our syringe pump’s leak-proof design protects internal components from accidental spills, extending lifespan and maintaining performance in clinical settings.
Weighing less than 2 kg, our compact syringe pump ensures easy handling and transport, reducing physical strain on staff while delivering robust performance in various clinical environments.
Consuming under 6W, the energy-efficient syringe pump reduces operational costs, generates minimal heat, and is ideal for prolonged use on UPS or backup power systems.
The pump’s rechargeable battery provides up to 5 ~10 hours (Optional) of backup, ensuring reliable operation in ambulances, remote locations, or during power outages.
Our syringe pump’s Anti-Bolus feature prevents unintended medication surges during occlusion release, ensuring consistent and safe drug administration in critical care environments.
The Anti-Siphon feature prevents unintended medication flow due to gravity, ensuring controlled infusion and patient safety by alerting users to potential line disconnections.
The load cell-mounted plunger enables real-time pressure detection, improving patient safety with proactive monitoring through a pressure bar graph and timely user alerts.
Our pump allows onsite calibration for different syringe brands, ensuring precise medication delivery without external systems, improving flexibility and reducing operational downtime.
The rotating pole clamp allows horizontal or vertical mounting, enhancing adaptability and convenience, making it suitable for diverse clinical environments.