GC PATTERN Resin LS, 1:1 Pack (100g Powder+105ml Liquid)

Clinical Overview

GC PATTERN Resin LS is a self-curing acrylic resin specifically designed for precision pattern fabrication in dental applications. It is ideal for both direct and indirect techniques, including copings, post and core build-ups, implant superstructures, and cast clasp frameworks. This resin offers low polymerization shrinkage, excellent handling properties, and a clean burnout with no ash residue—ensuring precise fit and reliable casting results.

Key Benefits

• Low polymerization shrinkage (approx. 0.36%) for highly accurate patterns
• Ash-free burnout ensures clean castings without contamination
• High flexural strength maintains shape integrity during manipulation
• Fast working and setting times improve clinical efficiency
• Excellent brush handling for fine detail and smooth layering
• Versatile use for a wide range of prosthodontic and implant cases

Kit Contents

• 100 g Powder (Polymer base)
• 105 mL Liquid (Monomer solution)
• 2 Mixing cups
• Brush #4
• Pipette

Working & Setting Times

• Working time: Approximately 2 to 3 minutes at 23°C
• Setting time: Approximately 4 minutes at 23°C

Indications

• Coping and crown pattern fabrication
• Post and core patterns
• Implant attachments and bar frameworks
• Electroforming and soldering patterns
• Temporary anchorage and splinting in indirect techniques
• Telescopic and adhesive bridge patterns

Instructions for Use

1. Pour equal parts of powder and liquid into separate mixing containers.
2. Dampen the brush with the liquid and remove excess.
3. Pick up powder with the moistened brush to create a workable resin bead.
4. Apply to the desired area in thin layers, shaping as needed.
5. Allow the material to polymerize (approximately 2–3 minutes of working time).
6. After final shaping, let it set completely (around 4 minutes).
7. Proceed with investment and burnout—no residue will remain post burn-out.

Summary

GC PATTERN Resin LS delivers a reliable and accurate patterning solution for a wide range of prosthodontic procedures. Its low shrinkage, high strength, clean burnout, and brush-on ease make it an ideal choice for precise, efficient lab and chairside workflows.