NDSpace 3D is a factory specializing in 3D printing, we provide one-stop service with a wide variety. We sell to over 80 countries and regions and supply resin to 1000+ companies.
It took 730 days and nights to develop the super cost-effective DLP Jewelry Oxygen Permeable Film Technology Printer and 100% smoke and residue free white wax casting resin.
Type：NDSpace3D Transparent hardplywood resin NDS014
Color：Transparent (Support color customization）
Specifications：1KG/5KG/10KG/25KG
Corresponds to international brand models：surgical-guide（Whip Mix）、Detax、Medicalprint®mould、dreve
This product boasts high transparency, resistance to yellowing, absence of fluorescence agents, excellent biocompatibility, and is free from Bisphenol A. Classified as a Class IIa medical device, it offers exceptional hardness and strength for optimal structural support, enabling high precision printing of intricate designs. Its outstanding fracture and flexural resistance make it highly durable, minimizing the risk of brittle cracking. Specifically tailored for applications such as earphone casings, ear molds, and hearing aids, this material excels in producing durable and finely detailed components.
White label is available. Bulk purchase, support free OEM packing label.
APPLICATIONS
Hearing Aid Components: The high transparency, resistance to yellowing, and biocompatibility make this material suitable for producing earphone casings, ear molds, and components for hearing aids. Its durability and resistance to fracture and bending make it ideal for creating these delicate and intricate parts.
Medical Device Manufacturing: Being classified as a Class IIa medical device material, it could find applications in various medical equipment where high precision and biocompatibility are crucial. For instance, it might be used in the production of certain medical device components that require transparency, durability, and compliance with stringent biocompatibility standards.
Precision and Fine Structure Printing: With its high hardness, strength, and suitability for printing fine structures, this material might be utilized in additive manufacturing technologies such as 3D printing for creating intricate and precise designs. Its resistance to fracture and bending ensures the production of detailed structures without the risk of brittle cracking.
