Surgical shears HK0905NC

cuttingbladefor humans

Introduction

• Precision and efficiency Fine blade jaws ensure accurate cutting, stable clamping and reduced tissue damage, supporting minimally invasive procedures.
• Enhanced safety AI temperature monitoring provides real-time alerts and regulates energy output to prevent overheating and protect surrounding tissues.
• Low-temperature operation Intelligent energy control minimizes heat diffusion and lateral thermal spread for faster cutting and recovery.
• Durable anti-adhesion blades Innovative titanium alloy resists tissue adhesion without surface coatings, maintaining cutting performance under elevated temperatures.

Models
Scissors-Type Shear — Code: HK0905NC, HK0905SC — Length: 90mm
Scissors-Type Shear — Code: HK1705NC, HK1705SC — Length: 170mm

Service

• Order processing: Order confirmation includes product specifications, quantity and delivery date; orders are processed promptly and products are prepared for shipment with status updates.
• After-sales support: Technical assistance and warranty coverage are available; replacement or refund handled according to company policy in case of defects or performance issues.
• Payment terms: Accepted methods: T/T, PayPal, Alipay, credit card, L/C. Payment schedule is specified in the order confirmation (options: full prepayment or partial payment with balance on delivery).
• Shipping: Shipment arranged after order preparation; tracking information provided; lead time depends on destination and chosen shipping method.

Technical specifications

• Type: Scissors-Type Shear
• Model codes: HK0905NC, HK0905SC, HK1705NC, HK1705SC
• Available lengths: 90 mm, 170 mm
• Blade design: Fine blade jaws for accurate cutting and stable clamping
• Safety feature: AI temperature monitoring with real-time alerts and regulated energy output
• Thermal control: Intelligent energy control for low-temperature operation and minimized lateral thermal damage
• Material: Titanium alloy resistant to tissue adhesion without coatings
• Intended application: Minimally invasive surgical procedures