| Model Number: | VUE3 |
| Moq: | 1 |
| Payment Terms: | T/T,L/C |
3 in 1 Surgical Energy Platform
| Mode Category | Mode | Performance |
| Cutting | PURE | Clean, precise tissue cutting |
| BLEND 1 | 70% cutting + 30% coagulation combination | |
| BLEND 2 | 50% cutting + 50% coagulation combination | |
| Coagulation | SPRAY | Broad-area hemostasis with shallow tissue damage |
| FORCED | Fast effective standard coagulation with moderate thermal penetration | |
| Vessel Sealing | Vessel Sealing Mode | Seals and cuts vessels up to 7mm diameter; seals tissue bundles without dissection |
| Bipolar | Standard Bipolar | Gentle tissue coagulation with minimal carbonization and sticking |
| Ultrasonic Scalpel | Adaptive Ultrasonic Mode | Seals vessels up to 5mm diameter; for open and laparoscopic challenges |

Q: What is the advantage of the VUE 3 over separate electrosurgery and ultrasonic devices?
The VUE 3 consolidates four surgical energy modalities into a single workstation, replacing multiple standalone generators. This reduces operating room clutter, simplifies staff training, lowers maintenance costs and streamlines surgical workflow with a unified user interface.
Q: What size blood vessels can the VUE 3 seal?
The dedicated vessel sealing mode reliably seals and cuts blood vessels up to 7mm in diameter. The integrated ultrasonic scalpel mode provides hemostatic cutting for vessels up to 5mm, covering both large and small vessel surgical needs.
Q: Does the ultrasonic mode perform as well as a standalone ultrasonic scalpel system?
Yes. It features next-generation adaptive ultrasonic technology equivalent to standalone systems, capable of sealing 5mm vessels and addressing both open and laparoscopic surgical challenges with precise cutting and minimal thermal injury.
Q: What surgical settings is the VUE 3 designed for?
It is designed for integrated operating room deployment across general surgery, abdominal surgery, gynecology, urology and other specialties. It supports both open and laparoscopic surgical approaches, making it a versatile primary energy platform for modern operating rooms.