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Powered Endoscopic Linear Cutter and Reload
Powered Endoscopic Linear Cutter and Reload
Powered Endoscopic Linear Cutter and Reload
Powered Endoscopic Linear Cutter and Reload
Powered Endoscopic Linear Cutter and Reload

Powered Endoscopic Linear Cutter and Reload

  Powered Endoscopic Linear Cutter and Reload with 55° large angle design

With a maximum angle of 55°, suitable for ultra-low rectal surgery. The cartridge surface is designed with anti-slip protrusions to enhance grip, prevent tissue from being pushed out during firing, and ensure effective incision length. High-quality motor, electrically driven, ensures a smooth and seamless firing process, reducing the risk of tissue traction and minimizing the occurrence of anastomotic fistulas. Imported high-quality titanium staples provide excellent strength and toughness, effectively reducing the risk of anastomotic fistulas. The cartridge comes in various heights of different staple heights to meet the diverse needs of different tissue thicknesses and clients.

Large angle: With a maximum angle of 55°, meeting the surgical manipulation requirements of narrow spaces in extreme positions.

Ultra-thin type: Ultra-thin tissue special ECC type, olecranon design allows the cartridge to easily pass through narrow gaps, with the staple forming a height as low as 1.0mm, which can provide excellent hemostatic effects.

Full range of specifications: Three instruments match three series of seven different heights of cartridges, maximizing the requirements of different tissue thicknesses.

Double insurance system: At any point during firing, the reverse switch can be used to retract the cutting blade instantly. In case of emergencies, the manual reset switch can be activated to pull back the cutting blade, ensuring safety.

Drop-shaped oriented anvil design: Improving the staple formation rate, and providing better hemostasis effect.

Grasping Surface Design: Improves cartridge clamping force, prevents tissue from being pushed out during firing, and ensures effective cutting seam length.