Views: 0 Author: Site Editor Publish Time: 2026-07-30 Origin: Site
Meta Description：Full range laparoscopy auxiliary equipment: CO2 insufflator, surgical irrigation pump, electrosurgical unit, ultrasonic scalpel, reusable laparoscopic forceps/trocars/clips. One-stop procurement for hospital OR construction.
A complete laparoscopic operating room requires not only imaging camera systems, but matched auxiliary energy platforms, pneumoperitoneum equipment, irrigation devices and surgical instruments to form a closed-loop minimally invasive workflow. We supply full-spectrum supporting products for laparoscopy, covering all consumables and reusable metal instruments, helping hospitals realize one-stop procurement and reduce multi-supplier coordination costs.
GEV-300: 30L flow rate, standard model for routine cholecystectomy, hernia surgery
GEV-450: 50L high flow, built-in gas heating & smoke exhaust linkage, for long complex radical surgery
Real-time intra-abdominal pressure monitoring, overpressure automatic alarm, medical grade CO2 filtration module
Integrated irrigation + negative suction dual function, adjustable pressure & flow
Clean intraoperative hematocele and tissue debris to maintain clear surgical vision
Auxiliary hemostasis via fluid compression, reduce thermal injury caused by energy instruments
1.High-Frequency Electrosurgical Generator (Monopolar & Bipolar LigaSure Integrated)
Multiple cutting/coagulation modes, safe closure of blood vessels below 7mm, widely used in gastrointestinal & thyroid surgery
2.Ultrasonic Scalpel System
55.5kHz high-frequency mechanical vibration, minimal peripheral thermal damage
Multiple handle lengths: 140/230/360/450mm for different surgical depth demands
A: Flexible ureteroscopy is highly effective for treating kidney and ureteral stones ranging from 5mm up to 20mm. This size bracket represents the clinical sweet spot where single-session clearance remains highly optimal. For massive stones larger than 20mm, surgeons may still utilize a flexible scope, but they typically adopt a staged approach. This specific strategy requires breaking the stone down carefully over multiple outpatient sessions to aggressively minimize surgical trauma.
A: A standard operative procedure typically takes between 60 and 120 minutes. The exact surgical duration heavily depends on the stone's overall size, mineral hardness, and specific anatomical location. Complex lower pole stones naturally require more time for delicate basket repositioning. Because it is a minimally invasive outpatient procedure, most patients are safely discharged the very same day once they fully wake up from general anesthesia.
A: While not strictly mandatory in every single mild case, placing a temporary double-J stent represents the overarching standard clinical practice. The soft stent keeps the narrow ureter open, actively manages post-operative mucosal swelling, and allows residual stone dust fragments to pass easily. We acknowledge that temporary stents cause mild patient discomfort, but they successfully prevent severe, agonizing pain resulting from post-surgical ureteral spasms and sudden blockages.
A: Patient recovery is generally quite rapid. Patients should logically expect light to moderate flank discomfort, mild urinary urgency, and minor hematuria (blood in the urine) for a few days. You can usually return safely to normal, light daily activities within 7 to 10 days. Full, complete physiological relief typically occurs immediately after the temporary ureteral stent is successfully removed in the clinic, usually one to two weeks post-surgery.
