TAGLUS 3D PRINT RESIN

VEDIA SOLUTIONS, Unit of Laxmi Dental Export Pvt Ltd · Quelle

TAGLUS Model Resin is a material based on meth (acrylate) resin for DLP with 385 nm/405 nm LED & LCD system for the production of dental models. It is a high-precision & high-accuracy resin with a smooth matte surface finish, perfect for dental model making. The resin has high form and break stability ;& is abrasion , moisture and light resistant.

Key Features

  • Liquid: Easy to clean with low viscosity
  • Odourless: No resin fumes or odor that cause irritation
  • Low Shrinkage: Greater accuracy with minimal dimensional changes post curing
  • Safe: Does not contain solvents and volatile monomers, irritating compounds
  • Hard But tough: Not brittle, Can bear high impact forces, extreme pressures and high speed drills without breakage
  • Heat Resistant: Can withstand high temperatures
  • Stable: Remains unaltered despite multiple handelings and heat/chemical treatments
  • Cost effective: Affordable digital dental production solution for labs and practices

Properties of TAGLUS Model Resin

  • Photopolymer resin that is smooth matte grey finish, enables the technician to work without any strain on the eyes
  • Easily maintains great form
  • No worry of breakage
  • Abrasion, moisture and light resistant

Unique Portfolio of TAGLUS 3D Printing Model Resin

  • Hardness: 105 on R Scale
  • Flexural Modulus of Elasticity: 10433KGF/CM²
  • Tensile Strength: 205KGF/CM²
  • Viscosity: 300 MPA

Uses & Compatibility of TAGLUS Model Resin

  • Crown & Bridge Models
  • Clear Aligner Models
  • Orthodontic Models
  • Diagnostic Models
  • Implant Models
  • Stubs

Produktinformationen

HerstellerVEDIA SOLUTIONS, Unit of Laxmi Dental Export Pvt Ltd
OberflächeSmooth matte grey
Härte105 on R Scale
MaterialAcrylate resin (methyl acrylate)
Viskosität300 MPA
Key PropertiesHigh-precision, high-accuracy, abrasion resistant, moisture resistant, light resistant
Tensile Strength205KGF/CM²
System CompatibilityDLP with 385 nm/405 nm LED & LCD system
Flexural Modulus Of Elasticity10433KGF/CM²