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Luna-Wing by Shigeru Matsuda of Dental Inc. in Fukui, Japan offers easy handling, low shrinkage, and excellent biocompatibility. With a variety of shade colors, Luna-Wing provides efficient flowing and mechanical properties for dental procedures. Featuring nanofiller technology, Luna-Wing boasts high-density fillers, low shrinkage levels, and exceptional bending strength, ensuring accurate matching and durability. The product has undergone rigorous biocompatibility testing, confirming its safety and quality standards.
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What Do You Think This Is? Made by Shigeru Matsuda, Dental Inc., Fukui Prefecture, Japan.
Characteristics of Luna-Wing • Easy Handling & Great Workability • Variety of Shade Colors • Low Shrinkage Level • Proven Biocompatibility • Excellent Mechanical Properties
Excellent flowing into undercut Paste Paste Retention Beads Pic.2 Primer Paste After Light Curing Pic.1 After Applying Primer Paste Easy Handling & Great Workability POINT 1:Primer Paste Viscosity As Primer Paste has perfect viscosity, it flows into the undercut area of retention beads easily to enhance the adhesive strength mechanically. Also, with the paste, light curing is secured with a deep light cure depth and this avoids troubles such as removal by occlusion.
Mamelon Pic.1 ①Reproducing mamelon (Using Dentine A3) Easy Handling & Great Workability POINT 2 Body Resin ① Dentine Series (Cervical, Opaque Dentine) Maintains its form without dripping off during the forming process such as mamelon on dentine layer. ② Enamel Series (Trans Enamel, Translucent, Effect) Prevents air bubble formation by having a viscosity 30% less than Dentine series. Preventing air bubble formation Pic.2 ②After forming enamel layer (Using Translucent)
Variety of Shade Colors Effect Body resin for characterizing 9 colors Stain Paste for characterizing(effective color expression with thin layer) 21 colors Mixing Blue・Yellow・Red allows color adjustment 3 colors + Black 3 colors 3 colors + White
Nanofiller & Nano Technology Luna-Wing is one of the highest-density filler products on the market by using a mix of different-sized inorganic fillers. • Extremely Low Shrinkage - Only 1.8% • Bending Strength • Hardness • Other Properties
Low Shrinkage Level Highly-filled filler makes less curing shrinkage and prevents from cracks and enhances accuracy of matching, especially 3unit bridges. Curing 3 unit bridge Curing Shrinkage Rate = set off cracks Stress Pic.1 Points where cracks easily occur Luna Wing B A Luna Wing C Low High ⇒ Filling Rate Fig. 1 Curing Shrinkage Rate of Luna Wing High Low Shrinkage Incidence rate for crack High Low
Mechanical Properties - Bending Strength Excellent Bend Strength avoids troubles such as cracks and removal in the mouth better than normal resin. Bend Strength [Mpa] Weight Test Piece25×2×2 Compression stress Tensile stress Luna Wing Luna Wing Pic.1 Examination method is compliant with JIST6517. A B C Luna Wing Fig.1 Bend Strength of Luna Wing
Mechanical Properties – Vickers Hardness Fillers’ particle size is well-adjusted and fillers are formulated with high density and good balance. Especially in the mouth, the degree if abrasion by brushing is decreased and luster is long-lasting. Bar Chart Left:Hardness of top side Right:Hardness of bottom side Hardness [Hv0.2] Enamel HV Dentine Luna Wing A B C Light-Cured Composite Resin Light&Heat-Cured Composite Resin Natural teeth Fig. 2 Hardness of Luna Wing Fig.1 Comparison of hardness of natural teeth and resin ※1) Examination method is compliant with JIST6517.
Proven Biocompatibility This product conforms to JIS T6517( ISO10993-1), and biocompatibility has been confirmed through evaluation testing. • ISO 10993-1Biological Evaluation of Medical Devices • Testing Agency:Japan Food Research • Laboratories • ・Systemic Toxicity Test • ・In Vitro Cyto Toxicity Test • ・Bacterial Reverse Mutation Test • ・Skin Sensitization Test • ・Oral Mucosa Irritation Test • Original Biogenetic Evaluation Tests on Cell Tissue ・Cell-growth Inhibition Test ・DNA synthesis Test ・Cytotoxicity Test ・DNA fragmentation Test ・Protein Synthesis Test (高知大学医学部腫瘍病態学講座 口腔腫瘍制御学との共同研究による。)