Dental CAD CAM Wax Disc for Casting & Pressing

Dental CAD CAM Wax Disc for Casting & Pressing

Key Features

  • 100% residue-free burnout

  • Combines traditional casting and digital CAD/CAM workflows

  • Stable performance with minimal impurities and uniform layering

  • Smooth milling and precise margin definition

Sizes: 98mm / 95mm / 92 × 75mm
Thickness: 10–25mm

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Dental CAD CAM Wax Disc for Precision Casting and Pressing

Introduction

The Hocera CAD/CAM Dental Machinable Wax Disc is designed for dental laboratories that require clean burnout, precise milling, and stable casting results. It supports high-speed CAD/CAM milling while maintaining excellent dimensional accuracy.

Moreover, this wax disc produces zero residue during burnout. As a result, it ensures clean investments and predictable ceramic press or casting outcomes. Therefore, laboratories can reduce remakes and improve workflow efficiency.

With its uniform structure and low impurity content, Hocera Wax Discs deliver smooth surfaces and sharp margins. This makes them ideal for both digital and traditional dental fabrication processes.

Description

The Hocera Dental Machinable Wax Disc is manufactured using a controlled industrial process. Consequently, it offers consistent density and reliable milling behavior across all batches.

In addition, the wax mills cleanly without chipping or clogging tools. This improves surface quality and reduces finishing time. Meanwhile, its optimized melting point ensures stable behavior during preheating and burnout.

Furthermore, the disc is fully compatible with open CAD/CAM systems. These include Roland, VHF, Amann Girrbach, and Sirona. As a result, it integrates seamlessly into existing laboratory workflows.

Hocera Wax Discs combine precision, cleanliness, and efficiency. Therefore, they are a dependable choice for modern dental laboratories.

Shades

Blue · White · Grey · Green · Cream · Dark Green


Indications

  • Casting patterns

  • Ceramic press molds

  • Crown and bridge wax-ups

  • Framework and diagnostic designs

Dental Machinable Wax Blocks Disc

Feature Explanation Benefit
100% Residue-Free Burnout Burns clean during casting and pressing Prevents contamination and ensures accurate restorations
Excellent Machinability Smooth, stable milling performance Produces sharp margins and precise wax patterns
Uniform Density & Layering Consistent structure across the disc Reduces deformation during milling and preheating
Low Impurity Composition Controlled material purity Improves casting reliability and surface quality
Multi-System Compatibility Fits major open CAD/CAM systems Easy integration with existing milling machines
Multiple Shade Options Visual contrast for design stages Improves visibility and lab communication
Optimized Melting Point Stable thermal behavior Supports accurate ceramic pressing and casting

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