Dental 3D Metal Print biocompatible cobalt chromium alloy powder free of nickel beryllium and cadmium for safe intraoral dental

✅ Optimized Version — Audental CoCr SLM Powder

High-Purity Cobalt-Chromium Alloy for Dental Laser Metal Printing (15–45 µm)

Product Overview

Audental CoCr SLM Powder is a medical-grade cobalt-chromium alloy powder specifically engineered for Selective Laser Melting (SLM), DMLS, and metal 3D printing in dental applications.

Manufactured using vacuum induction melting combined with supersonic gas atomization, the powder features:

High sphericity and excellent flowability

Low oxygen content and minimal internal porosity

Optimized particle-size distribution (15–45 µm)

Audental — Precision Materials for Digital Dentistry

High Purity · High Performance · High Consistency

CFDA / SFDA
ISO 13485

OEM / ODM Support

Customized solutions available:

Private-label packaging

Custom labeling

Laser logo marking on containers

• 100% batch testing and final inspection

• 5-year post-delivery quality guarantee

• Strict process control for consistent properties and reliable delivery

Supporting documents available: FSC / DoC / Embassy legalization

Quality Assurance

Multi-site production for stable global supply

Designed and manufactured in compliance with medical device quality standards.

Certifications

CE (TÜV)

FDA

Biocompatibility & Quality

Audental CoCr SLM Powder provides:

Excellent resistance to intraoral corrosion

Favorable soft-tissue response

Long-term stability of ceramic bonding

These characteristics enable the production of restorations with high density, precise margins, low residual stress, and reliable ceramic bonding, ensuring long-term stability in the oral environment.

Fully compatible with major open-platform dental metal 3D printers.

Key Advantages

Advanced Alloy Performance
High mechanical strength and corrosion resistance, suitable for long-span restorations.

Superior Powder Consistency
Uniform powder spreading, smooth recoating behavior, and reduced printing defects.

High Density & Dimensional Accuracy
Excellent marginal precision and fine detail reproduction, supporting frameworks up to 16-unit bridges.

Biocompatible Composition
Nickel-free, beryllium-free, and cadmium-free — safe for long-term intraoral use.

Excellent Porcelain Veneering
Stable thermal compatibility with commonly used dental ceramic systems.

Reliable Batch Consistency
Strict production control ensures repeatable printing performance worldwide.

Technical Data

Application Fields

Dental laboratories and manufacturers using metal 3D printing

Precision frameworks and implant-supported restorations

Veneer-ready substructures for ceramics or composite materials

Open-architecture metal printing systems