Exofin® Precision Pen – 1 mL High Viscosity Tissue Adhesive

Exofin® Precision Pen – 1 mL High Viscosity Tissue Adhesive

The Exofin® Precision Pen is a single-use, sterile topical skin adhesive developed for high-precision wound closure in surgical and emergency care settings. Its high-viscosity 2-octyl cyanoacrylate formulation delivers a strong, flexible seal with reduced risk of adhesive migration, making it ideal for incisions, lacerations, and high-movement areas.

Designed for optimal user control and adaptability, the pen features three interchangeable applicator tips: a micro-bristle brush for broad strokes, an inverted brush for tight linear applications, and an angled precision tip for detailed work. The grooved, glass-free barrel provides an ergonomic, non-slip grip that enhances handling, even in moist environments.

The pressure-controlled flow system allows for precise adhesive expression, and a transparent activation chamber ensures visual confirmation before application. The adhesive cures in under 30 seconds and creates a 14-day microbial barrier against clinically relevant pathogens.

⚠️ Professional Use Only: This product is intended for licensed healthcare professionals only. Verification of an NPI number or state facility license is required before shipping.

Key Features and Benefits:

• High-viscosity 2-octyl cyanoacrylate adhesive for superior wound closure
• Three interchangeable applicator tips for controlled delivery
• Transparent chamber for activation visibility
• Pressure-sensitive variable flow control
• Forms a 14-day antimicrobial barrier
• Ergonomic, non-slip, glass-free design

Technical Specifications:

• Volume: 1 mL
• Adhesive Type: 2-Octyl Cyanoacrylate
• Viscosity: High
• Polymerization Time: Less than 30 seconds
• Microbial Barrier: Up to 14 days
• Applicator Tips: Micro-bristle brush, inverted brush, angled precision tip
• Packaging: Sterile, single-use pen

Exofin® Precision Pen offers advanced wound closure technology in a clinician-preferred applicator, supporting faster procedures and better outcomes in surgical and trauma care environments.