Kexcelled MOLEGRID™ Denture Dental 3D Printing Resin 500G

Kexcelled MOLEGRID™ Denture Resin – 500g

Kexcelled MOLEGRID™ Denture Resin is a dental 3D printing resin developed for producing durable denture bases. It is designed for digital denture workflows where accurate fit, wear resistance, and a polished final surface are important.

This resin is suited to dental laboratories and clinics producing removable dental appliances from digital designs. It allows denture bases to be printed with repeatable geometry, helping reduce manual production steps compared with more traditional fabrication methods.

MOLEGRID™ Denture is formulated to produce resilient denture bases with good mechanical strength and a hard, polishable finish. It is intended for workflows where the printed part needs to withstand regular handling and provide a reliable base for the final appliance.

Benefits:

• Designed for 3D printed denture bases
• Durable and resilient material for removable dental appliances
• Wear-resistant performance for practical dental use
• Polishable finish for a clean final surface
• Supports digital denture production workflows

Typical Applications:

MOLEGRID™ Denture is used for printed denture bases where durability, fit, and post-processing quality are required.

• Denture bases
• Digital dentures
• Removable dental appliances
• Dental laboratory denture production

Printer Compatibility:

MOLEGRID™ Denture is intended for compatible dental resin 3D printers using suitable denture base print settings. Follow the correct washing, drying, post-curing, and polishing workflow to achieve the intended mechanical and surface finish results.

Material Properties:

• Resin viscosity: 1200–1500 cps at 25°C
• Flexural strength: 93.98 MPa
• Flexural modulus: 2600 MPa
• Hardness: 88D
• Available size: 500g

Why Choose Kexcelled MOLEGRID™ Denture?

MOLEGRID™ Denture is a practical material for dental labs that want to produce denture bases through a digital workflow. It helps create resilient printed bases while reducing the manual steps involved in conventional denture fabrication.

Its combination of strength, wear resistance, and polishability makes it suitable for producing durable denture bases with a professional final finish.