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Profeta DMLS (Metal 3D Printer) | C150

AGKEM’s Profeta Metal 3D Printer C150 is a single-laser metal additive manufacturing system developed for dental labs of different production scales. Featuring a large Ø158 × 70 mm build volume and a choice of 300W or 500W Yb-fiber laser, it is designed to support efficient production while maintaining a compact, dedicated dental workflow.

Key Features

  1. Dedicated Dental Metal Printing
  2. Size: 1070*670*1750mm.
  3. Single-Laser Configuration
  4. Fine Laser Beam Diameter
  5. Selectable Layer Thickness
  6. Laser Beam Diameter: 40~60 μm.
  7. Building volume is Φ158* 70mm.

Brochure

Description

Dedicated Dental Metal 3D Printer

  • Single laser as flexible choices for entry level user;
  • Larger building volume (Φ158 mm, z=70 mm) for higher production;
  • Higher powder utilization;
  • Support two printing layer thickness (30/40μm);
  • Proved stability in domestic and global market.

One-stop Solution Package

  • The one-stop solution package includes design software, slicing software, furnace and nitrogen generator;
  • Our solution achieves synergy effects for better quality and efficiency.

Customer Value

  • Designed for all scale dental labs;
  • Higher powder utilization, lower production cost per unit;
  • Proved machine stability.

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Frequently Asked Questions

What is the Profeta DMLS C150 3D printer?
The Profeta DMLS C150 is a metal 3D printing system designed for digital dental manufacturing. It uses DMLS technology to build metal dental components layer by layer from a digital CAD design using compatible metal powders.
It is intended for dental labs components such as crowns, bridges, copings, frameworks, and other compatible metal dental restorations. It can help integrate metal additive manufacturing into an in-house digital dental production workflow.
How does DMLS technology support dental metal manufacturing?
DMLS (Direct Metal Laser Sintering) supports dental manufacturing by using a laser to build metal components layer by layer from a digital CAD design. This makes it possible to manufacture complex dental geometries directly from compatible metal powders.
In dental labs, DMLS can be used to produce crowns, bridges, copings, frameworks, and other metal prosthetic components. It supports a digital workflow with repeatable production, efficient use of material, and the ability to manufacture multiple components within a single build, depending on the printer and production setup.
What should I look for when choosing a DMLS 3D printer?
When choosing a DMLS 3D printer, consider laser performance, build volume, printing accuracy, production speed, supported metal powders, and software compatibility. For dental labs, it is also important to check whether the system can efficiently handle the types and volume of dental components you plan to manufacture.
Also evaluate the complete production workflow, including powder handling, inert-gas requirements, post-processing equipment, operator training, maintenance, material and running costs, safety features, spare-parts availability, warranty, and technical support.
Which dental laboratories can benefit from the Profeta C150?
The Profeta DMLS C150 can benefit dental labs and metal prosthetic labs that regularly manufacture metal dental restorations and want to bring DMLS production in-house.
It is particularly relevant for labs producing crowns, bridges, copings, frameworks, and other compatible metal components. Dental labs looking to increase production capacity, reduce outsourcing, improve turnaround times, and gain greater control over their digital metal manufacturing workflow may benefit from investing in the Profeta C150.
What factors should I consider before investing in a DMLS 3D printer?
Before investing in a DMLS 3D printer, consider your daily production volume, required applications, supported metal powders, build capacity, printing accuracy, production speed, and software compatibility.
You should also evaluate the complete workflow and operating costs, including powder handling, inert-gas supply, post-processing equipment, material consumption, maintenance, operator training, safety requirements, and available workspace. For long-term reliability, compare warranty, spare-parts availability, technical support, and after-sales service before making a purchase.

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