Micro-Tech LOCK-G-26-235-C-N Lockado MAX Repositionable Homeostasis Clip 22mm 235cm

Micro-Tech LOCK-G-26-235-C-N Lockado MAX Repositionable Homeostasis Clip 22mm 235cm

• Model: LOCK-G-26-235-C-N Micro-Tech
• Channel: >/= 2.8mm
• Diameter: 2.6mm
• Length: 235cm
• Open Width: 22mm

This item expires 4-26-2026

This medical supply or implant item is securely packaged within its original manufacturer's packaging, which remains undamaged. The inner and outer packaging is intact, ensuring the product's integrity and suitability for medical use.

• The Lockado MAX clip from Micro‑Tech is a sterile, single‑use hemostasis clip engineered for precision and reliability in gastrointestinal endoscopic procedures. Featuring a 22 mm jaw opening width, it offers optimal grip across a wider range of tissue thicknesses. It is delivered through a 2.6 mm diameter sheath, compatible with endoscope working channels of at least 2.8 mm. With a working length of 235 cm, it enables effective reach to lesions deep within the GI tract while preserving control and maneuverability.

• What truly distinguishes the Lockado MAX is its repositionable mechanism. Clinicians can open and close the clip multiple times before final deployment, allowing for precise placement before tissue capture. The dual opposing sets of atraumatic teeth provide a secure, stable hold and enhanced compression force (approximately 15 % more than previous versions), ensuring effective bleeding control or tissue anchoring with minimal trauma. A shorter protruding segment reduces lumen irritation and improves patient comfort post-procedure.

• Packaged in boxes of 10, the LOCK‑G‑26‑235‑C‑N clip system is latex‑free and ready for immediate clinical use. Its flexibility in repositioning, coupled with strong fixation capability and minimal tissue impact, lends itself well to delicate applications such as anchoring feeding tubes or treating GI bleeding lesions. Driven by Micro‑Tech’s trusted clip delivery platform, it supports consistent clinical outcomes in endoscopic hemostasis and therapeutic interventions.