Auditory 3D print resins(8)

use: ITE Shells In-Ear-Monitoring Earmould Hearing Protection (active) Hearing Protection (passive and solid) Properties: Easy to clean surface hardness,High surface hardness,Strong bonding,Very low viscosity,“blue ray“ yellowing protection UV curing one component lacquer for coloured sealing of generative manufactured earmoulds made of (meth)acrylate. Transparent earmoulds can simultaneously be sealed & permanently coloured. Easy processing (dipping/brushing). Creates a homogeneous, scratch-proof, easy to clean surface, reduces cerumen adhesion. All colours freely mixable. High gloss, long-term colour stable, biocompatible.

use: ITE Shells In-Ear-Monitoring Earmould Hearing Protection (active) Hearing Protection (passive and solid) Properties: Initial transparency High flexural & breaking strength Very high construction precision,Very high surface hardness,No drying process required,Optimum depth curing,Brilliant clear LC resin (wavelength 385 nm) for the 3D printing of earmoulds, InEar-Monitoring & ITE shells. Very high construction precision & surface hardness, maximum building speed. Brilliant transparency directly after printing process. Good mechanical flexural and breaking strength. No drying process required, long-term colour stable. Biocompatible,   Property Unit measurement Result Hardness Shore D > 80 Flexural strength MPa > 75 Flexural modulus MPa > 1900 Tensile strength MPa > 50 Elongation   > 4 %  

use: swimming plugs, hearing protection Properties: High initial hardness Max building speed Max construction precision with memory effect,Extremely impact resistant,high tear resistance,Fast elastic recovery UV curing resin (wavelength 385 nm) for generative manufacturing of soft, massive earmoulds. High construction precision, maximum building speed. Highest transparency without fillers. High elastic recovery, good tear resistance, dimensional stable. With luxaprint® 3D flex printed earmoulds guarantee a natural wearing comfort: rigid at room temperature, flexible & smooth at body temperature. The earmould always returns to its original shape thanks to the material’s memory effect. luxaprint® flex coat for perfect surface finish. Biocompatible & Bisphenol A free. Medical device Class IIa. Colour: clear Property hardness Result Result Hardness Shore A > 90 at room temperature < 70 at body temperature Tensile strength MPa > 8 > 8 Elongation   > 60 % > 60 % Tear strength N/mm > > 35 without luxaprint® flex coat > 45 with luxaprint® flex coat

use: ITE Shells In-Ear-Monitoring Hearing Protection (passive and solid) Properties: Low viscosity,High initial hardness, Max building speed,Max construction precision, Very high surface hardness, Strong depth curing ,Reduced sedimentation tendency UV curing premium resin (wavelength 385 nm) for generative manufacturing of hard ITE shells. Markedly lower viscosity than conventional materials (=> reduced loss of material, easier cleaning). Maximum construction safety, even for finest support structures, due to high initial hardness. Very high mechanical flexural strength and fracture resistance, without being brittle. Accelerated throughput by short light exposure times. Biocompatible & Bisphenol A free. Class IIa, standard colours: clear, rose, rose-orange, light beige, blue, red, intensive blue Class IIa, standard colours: clear, rose, rose-orange, light beige, blue, red, intensive blue Property Unit measurement Result Hardness Shore D > 84 Flexural strength MPa > 75 Flexural modulus MPa > 1750 Tensile strength MPa > 47 Elongation   > 9%  

use: ITE Shells In-Ear-Monitoring Earmould Hearing Protection (active) Hearing Protection (passive and solid) Properties: Initial transparency High flexural & breaking strength Very high construction precision,Very high surface hardness,No drying process required,Optimum depth curing,Brilliant clear LC resin (wavelength 385 nm) for the 3D printing of earmoulds, InEar-Monitoring & ITE shells. Very high construction precision & surface hardness, maximum building speed. Brilliant transparency directly after printing process. Good mechanical flexural and breaking strength. No drying process required, long-term colour stable. Biocompatible,   Property Unit measurement Result Hardness Shore D > 80 Flexural strength MPa > 75 Flexural modulus MPa > 1900 Tensile strength MPa > 50 Elongation   > 4 %  

use: ITE Shells In-Ear-Monitoring Foil-Earmould Hearing Protection (active) Properties: Low viscosity High initial hardness Max building speed,Max construction precision, Very high surface hardness, Strong depth curing ,Reduced sedimentation tendency   UV curing premium resin (wavelength 385 nm) for generative manufacturing of hard ITE shells. Markedly lower viscosity than conventional materials (=> reduced loss of material, easier cleaning). Maximum construction safety, even for finest support structures, due to high initial hardness. Very high mechanical flexural strength and fracture resistance, without being brittle. Accelerated throughput by short light exposure times. Biocompatible & Bisphenol A free. Medical device Class IIa, standard colours: beige, black, white, intensive blue, intensive red Property Standard Unit measurement Result Flexural strength DIN EN ISO 178* MPa > 70 Flexural modulus DIN EN ISO 178* MPa > 1800 Tensile strength DIN EN ISO 527-1** MPa > 47 Elongation DIN EN ISO 527-1**   > 9% Hardness   Shore D > 82  

use: ITE Shells In-Ear-Monitoring Earmould Hearing Protection (active) Hearing Protection (passive and solid) Properties: Easy to clean surface hardness,High surface hardness,Strong bonding,Very low viscosity,“blue ray“ yellowing protection Easy to clean surface hardness High surface hardness Strong bonding Very low viscosity “blue ray“ yellowing protection Property Unit measurement Result Hardness Shore D > 80 Flexural strength MPa > 75 Flexural modulus MPa > 1900 Tensile strength MPa > 50 Elongation   > 4 %