✅ Optimized Version — Audental CoCr SLM Powder

High-Purity Cobalt-Chromium Alloy Powder for Dental SLM / DMLS (15–45 µm)

Product Overview

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

Produced using vacuum induction melting + supersonic gas atomization, the powder features:

High sphericity & exceptional flowability

Low oxygen content & ultra-low 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 label design

✔ Logo laser marking on bottles

Quality Assurance

Multi-site production ensuring global supply stability

100% batch testing & final inspection

5-year post-delivery quality guarantee

Strict process control for consistent properties & predictable delivery times

Manufactured in compliance with international medical device standards.

Certifications

CE (TÜV)

FDA

Supporting documents: FSC / DoC / Embassy legalization

Biocompatibility & Quality

Audental CoCr SLM Powder provides:

Outstanding intraoral corrosion resistance

Long-term ceramic bonding stability

Safe and biocompatible soft-tissue response

This ensures the fabrication of dense, high-precision restorations with sharp margins, minimal residual stress, and excellent ceramic bonding, providing long-term stability in the oral environment.

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

✅ Key Advantages

1. Advanced Alloy Performance

High mechanical strength and corrosion resistance suitable for multi-unit and long-span restorations.

2. Superior Powder Characteristics

Consistent powder spreading, smooth recoating, and reduced printing defects for stable production.

3. High Density & Dimensional Accuracy

Delivers highly accurate fits with fine edge definition — ideal for up to 16-unit bridges and complex frameworks.

4. Biocompatible & Safe

Nickel-free, beryllium-free, cadmium-free formulation ensures long-term intraoral safety and soft-tissue compatibility.

5. Excellent Porcelain Compatibility

Thermal expansion behavior (CTE) matches widely used dental ceramics, ensuring durable bonding.

6. Batch-to-Batch Stability

Controlled production and rigorous QC guarantee consistent printing performance worldwide.

Technical Data

Application Fields

Dental labs using metal 3D printing technologies

Accurate, lightweight metal frameworks

Implant-supported bars and superstructures

Ceramic or composite veneering substructures

Open-architecture SLM/DMLS systems