Disposable Intraluminal Staplers

Disposable anorectal (PPH) staplers with extra-large cartridge volume and 3D staples.

Features

Extra-large cartridge volume for more tissue incorporation.

3D staple design.

Butterfly knob; firing in the green range.

Circumferential and selectable resection accessories.

C-arm probe allows hemorrhoid treatment for bigger piles while preventing severe stricture issues.

Non-slip grip, easy adjustable knob and firing safety.

Application

Titanium alloy 3D staples provide superior strength to prevent anastomotic fistula.

A slim anvil puts less strain on the anastomotic site during removal.

Two staggered rows of staples allow a good anastomosis and haemostatic seal.

Firing in the green range delivers a closed staple height appropriate for compressed tissue thickness.

Audible and visible feedback reminds surgeons about fire completion.

Disposable endoscopic cutting stapler with articulating reload, available in short, regular and long versions.

Features

Variable sizes of staple reload offer more options for different tissue thickness.

Built-in blade in each staple reload provides complete tissue cutting and reduces the possibility of implantation metastasis after tumour resection.

6 rows of staple lines improve the safety of anastomosis.

Articulating reload, suturing length scale, firing safety and ambidextrous handle design.

Rotating cartridge, more flexible in narrow surgical space.

Disposable linear cutting stapler with six rows of 3D staples and adjustable staple height.

Features

6 rows of staples and 3D staple design.

Adjustable staple height — each reload adapts to tissue thickness.

Proximal “pre-pressing” button for consistent staple formation.

Two-way firing knob.

Anti-slip surface and suturing length scale.

Application

Titanium alloy staples provide superior strength to prevent anastomotic fistula.

A built-in safety feature prevents the instrument from being fired with a used cartridge.

The six rows and 3D staple design offer superior haemostatic effect.

Each reload can be adjusted to the tissue thickness, eliminating different size reloads or any potential confusion.

Tissue space control mechanism ensures consistent staple formation from the proximal to the distal tip of the instrument.