Bio Gutta Percha Points

Achieve precise, dense, and hermetic root canal obturation with Seyon Med Bio Gutta Percha Points. Specifically engineered for professional endodontic procedures, these points feature laser-verified length markings for accurate working-length control. Formulated with high-grade gutta-percha, they offer excellent elasticity and bio-compatibility, ensuring seamless adaptation to prepped root canals.

Key Features & Highlights

Precision Length Markings: Pre-marked along the body to provide clear, visual depth verification during insertion and compaction.

True Taper & Sizing Accuracy: Uniform taper and sizing ensure a tight apical fit with standardized endodontic file systems.

Optimal Flexibility & Rigidity: Formulated to bend smoothly through curved canals while maintaining sufficient stiffness for easy placement to the apex.

Professional Grade Security: Certified Medical Device (MD) manufactured under strict quality standards.

Hygienic Compartmental Packaging: Packaged in a durable, clear slide box with individual compartments to prevent point damage and contamination.

Technical & Packaging Specifications

Product Name: Bio Gutta Percha Points

Brand: Seyon Med

Manufacturer: Shenzhen Seyon Medical Co., Ltd.

Size: 15, 20, 25, 30, 35, 40

Taper: .04 & .06 Taper

Quantity: 60 Points per box

Markings: Length Marked

Device Classification: Medical Device (MD)

Intended Use: For professional dental use only

Storage & Handling Instructions

Caution & Storage

Do not expose to high heat or direct sunlight.

Sterilization Warning: Sterilization by Autoclave or High-Heat methods is strictly prohibited.

Keep stored in a cool, dry place.

What's Included in the Box?

Seyon Med Bio Gutta Percha Points – 60 Points

Protective Compartmentalized Storage Case

Why Choose Seyon Med Bio Gutta Percha Points?

Seyon Med Bio Gutta Percha Points combine reliable sizing, length-marked precision, and excellent tactile control. They provide dental practitioners with the consistency needed for predictable 3D obturation outcomes.