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In modern minimally invasive surgery, vessel sealing and tissue hemostasis are critical for ensuring surgical safety. Ligasure, an advanced bipolar energy vessel sealing device, has been widely used in laparoscopic, thoracoscopic, and open surgeries since its introduction. With its efficiency, safet
Today, laparoscopic minimally invasive surgery has become highly advanced, and surgeons now expect much more from surgical instruments than before. Years ago, instruments only needed to “get the job done,” but now surgeons care more about smooth handling, stable control, and whether the device suppo
In recent years, minimally invasive surgery has developed rapidly. In the past, surgeons focused more on simply completing procedures, but today the industry increasingly values patient experience and surgical precision. Under this shift, ultrasonic scalpels—especially scissor-type ultrasonic scalpe
In modern minimally invasive surgery, ultrasonic scalpels have become one of the core instruments widely used in laparoscopic, thoracoscopic, and robotic procedures. Unlike traditional electrosurgical devices that rely on high-frequency electrical current to generate heat for cutting and coagulation
In modern minimally invasive surgery, the reliability and smooth operation of staplers directly affect surgical efficiency and safety. The XSTELLAR™ WES Manual Disposable Endoscopic Stapler Cartridge from Weiyuan Medical is designed for continuous operations and high-demand procedures. It is an esse
As minimally invasive surgery becomes more and more common, surgeons are also becoming more practical about what they expect from a stapler. It’s no longer just about whether the device works — doctors care more about whether it feels smooth to use, easy to control, and stable during firing. Especia
As minimally invasive surgery becomes increasingly complex, the limitations of traditional manual staplers in terms of stability and operational consistency have become more apparent. To address these challenges, Weiyuan Medical has introduced the disposable laparoscopic XSTELLAR™ WESB power linear
In modern minimally invasive surgery, endoscopic linear cutter staplers have become one of the core instruments in gastrointestinal surgery, thoracic surgery, bariatric surgery, and general surgery. Even amid the rapid development of powered and intelligent devices, the XSTELLAR™ WS Manual Disposabl
The 15 cm extended-length trocar represents a structural enhancement of standard trocars, specifically designed to address accessibility challenges in deep surgical fields, obese patients, and complex anatomical conditions. Rather than simply being “longer,” the 15 cm design reflects an adaptation t
Learn how advanced vessel sealers secure up to 7 mm vessels and discover a 5-pillar evaluation framework for surgical procurement.
An evidence-based guide to evaluating advanced vessel sealers in MIS. Compare energy technologies, clinical reliability, and procurement metrics.
When comparing an automatic reload recognition powered stapler with a traditional manual stapler, the fundamental difference is not merely “electric vs. manual,” but a shift from “human-dependent” to “human + system collaboration.” This transformation aligns perfectly with a clear trend in surgical
We are pleased to announce that our company has recently obtained CE certification. This important milestone not only reflects that we have reached internationally recognized standards in quality management and regulatory compliance, but also marks a key step forward in our expansion into overseas m
Enhance oncological surgery with curved vessel sealers. Achieve superior precision, minimal thermal spread, and streamlined surgical workflows.
Optimize colorectal surgery with advanced bipolar sealers. Achieve secure 7mm hemostasis, 4-in-1 workflow efficiency, and minimal thermal spread.
Bleeding is one of the most troublesome issues in laparoscopic surgery and is often unavoidable. A truly skilled surgeon demonstrates solid expertise by remaining calm and achieving rapid, effective hemostasis. Ligasure utilizes bipolar electrosurgical technology, delivering low-voltage, high-curren
Modern surgical facilities face a persistent challenge during closed-cavity procedures: achieving precise tissue transection and absolute hemostasis without compromising patient safety.
Surgical dissection demands precise hemostasis and minimal lateral tissue damage. Operating rooms frequently struggle to balance these strict clinical needs against high consumable costs and steep technological learning curves.
For a long time, skin staplers have been one of those tools nobody really questioned. They’re fast, reliable, and easy to use. In most surgeries, they just do their job—close the wound and move on.Every staple is fired with roughly the same force, the same shape, the same spacing, regardless of what
Surgical staples are critical tissue closure devices in modern surgery, and their performance and specifications are directly related to surgical safety and anastomotic quality. The color of surgical staples is not merely an aesthetic feature, but rather a standardized “coding system” developed base
