IE150 Metal 3D Printer – Precision Dental Metal Printing

The IE150 Metal 3D Printer is an intelligent, high-precision additive manufacturing system engineered for dental labs, medical applications, and industrial production. Designed for metal powder printing, the IE150 delivers exceptional accuracy, stable performance, and smart workflow integration to produce crowns, bridges, RPD frames, implant bars, Co-Cr structures, and other metal restorations with efficiency and reliability. Its rational structure, advanced control system, and expert-level output make it an ideal choice for modern digital dental and production environments.

• Technology: Metal 3D Printing (Powder-Bed Fusion)
• Build Area: ~150 × 150 mm (approx.)
• Layer Thickness: 20–100 µm
• Laser Type: Fiber Laser
• Material Support: Co-Cr, Titanium & dental metal powders
• Accuracy: High-precision metal printing
• File Format: STL
• Applications: Crowns, bridges, RPD, implant bars, metal frameworks
• Atmosphere Control: Inert gas (Argon/Nitrogen)
• Power Supply: 220–240V (varies by region)
• Usage: Dental labs, medical & metal manufacturing

1. Preparation
• Place the IE150 Metal 3D Printer on a stable surface and connect it to the appropriate power supply.
• Ensure the build chamber is clean and load the compatible biocompatible metal powder (such as Co-Cr alloy).

2. Software Setup
• Import the STL file of the dental design into the printer’s integrated software.
• Adjust the print parameters such as layer thickness, laser power, and scanning speed according to the material and application.

3. Build Platform Calibration
• Calibrate the build platform to ensure proper alignment and strong layer adhesion.
• Preheat the platform if required based on the selected metal powder specifications.

4. Printing Process
• Start the printing process from the software interface.
Monitor the laser melting process through the control panel to ensure consistent printing quality.

5. Post-Processing
• After printing, allow the build to cool inside the inert gas environment.
• Carefully remove the printed dental metal component from the build platform.
• Perform sandblasting or heat treatment if required to achieve the desired finish.

6. Quality Inspection
• Inspect the printed part for dimensional accuracy and surface quality.
• Carry out polishing or adjustments if needed.

7. Maintenance
• Regularly clean the build chamber, laser lens, and powder supply system.
• Update the software and hardware according to the manufacturer’s maintenance recommendations.

1 x IE150 Metal 3D Printer

1-year warranty from the date of purchase.