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High-efficiency dual-laser metal 3D printing for dental laboratories and production centres. A Ø180 mm build area, integrated powder-handling workflow and bidirectional recoating support batch production of metal dental restorations.
Build Diameter
Fiber Lasers
Oxygen Level
| Machine Model | NCL-M180A |
| Maximum Build Size | Ø180 × 120 mm |
| Laser Type | Fiber Laser |
| Laser Power | 2 × 300 W |
| Optical Scanning System | F-THETA lens, high-speed scanning galvanometer |
| Maximum Scanning Speed | 7 m/s |
| Beam Focus Diameter | 40–50 μm |
| Layer Thickness | 20–100 μm |
| Power Supply | AC 200–240 V, 3.5 kW |
| Minimum Oxygen Content | ≤100 ppm (manufacturer-listed) |
| Machine Dimensions | 2590 × 870 × 1870 mm |
| Printing Materials | Pure titanium, titanium alloy, cobalt-chromium alloy, stainless steel, high-temperature alloy and more |
| Weight | 1230 kg |
Download the manufacturer’s product literature to review the machine configuration, performance and technical parameters.
Discuss metal dental 3D printing systems, material suitability and your production requirements with the Lodestar 3D team.
Phone:
+91 9900003300
Email:
support@lodestar3d.com
Designed for dental metal additive manufacturing, the NCL-M180A combines a large circular build platform with synchronized dual lasers, efficient powder spreading and integrated powder recovery for repeatable production workflows.
The Ø180 mm build area supports high-density nesting of dental components for increased batch productivity.
Actual quantities and efficiency vary with layout, material, part geometry and layer thickness.
Discuss build capacity and application requirements with our experts.
The mobile powder station integrates recovery, sieving, conveying and recycling functions to streamline daily operation.
The system is engineered to maintain stable optical paths and circulating airflow during printing, supporting repeatable part formation.
Our team can help assess materials, batch size and operating requirements.
Built for efficient dental metal printing with emphasis on operator protection, repeatability and productivity.
Glove box configuration, removable wet explosion-proof filter structure and sealed metal pipeline.
Stable airflow circulation and optical path support part consistency during printing.
Gas circulation system designed to help reduce gas consumption.
Real-time machine status monitoring and remote visualisation of the printing process.
Synchronous dual-laser operation and efficient material use support economical batch production.
Ø180 mm platform and bidirectional recoating enable dense nesting and productive print runs.
Examples of metal additive manufacturing output. Confirm actual dental applications, materials and workflow qualification before production.
Metal AMBatch Production
Dental Manufacturing
Precision Parts
Metal Printing
The manufacturer specifies a cylindrical build size of Ø180 × 120 mm.
It uses two 300 W fiber lasers, designed to work simultaneously.
Manufacturer-listed materials include pure titanium, titanium alloys, cobalt-chromium alloys, stainless steels and high-temperature alloys. Check the availability and validation of each material profile.
The specified layer thickness range is 20–100 μm.
The manufacturer states up to 330 crowns or more than 30 partial frameworks in a single batch, depending on nesting, layer thickness and other print parameters.
Yes. The manufacturer's described mobile powder station provides powder recovery, sieving, conveying and recycling functions.
Discuss the NCL-M180A, production workflows and equipment selection with our team.