NCL M150
Dental-specific Metal 3D Printer
Entry-level Metal Additive Manufacturing Equipment
Specifications
Max. Build Volume :
<Dl50mmx75mm
Laser Type :
Fiber laser
Laser Power :
500Wxl; 300Wx2
Optical Scanning system :
F-THET A lens, high-speed scanning galvanometer
Max.Scanning Speed :
7 m/s
Beam Focus Diameter :
40-70µm
Layer Thickness :
20-lOOµm
Power Supply :
AC200-240V 4.25KW
Min. oxygen Content in Build Chamber :
<lOOppm
Equipment Dimensions :
1150x780xl700mm
Printing Material :
Ti, Ti Alloy, Co-Cr, SS, High-Temp, Al, Cu, etc.
Equipment Weight :
700Kg
Data Format :
STL or other convertible standard formats
Software :
Independent R & D
Brochure
Get the Dental product -TH M150 3D Printer brochure now for comprehensive details and specifications
BROCHURE.PDF
2.00M
Brochure
Get the Prodways product - Ceram PRO 365 3D Printer brochure now for comprehensive details and specifications
BROCHURE.PDF
2.00M
Talk to our Experts
Ready to elevate your additive manufacturing? Contact the Lodestar 3D team to discover how we can help you achieve that.
NCL M150
Entry-level Metal Additive Manufacturing Equipment
- Exquisite & Convenient
- High Output & Efficiency
- Energy-Saving & Eco-Friendly
Dental 3D Printers
Product Overview :
- Software Operation: Proprietary full-suite 3D printing software, customizable for advanced functionality based on customer needs; supports one-click printing for simple and convenient operation.
- Technical Advantages: Features optional single or dual laser configuration for enhanced convenience, significantly improving precision and work efficiency; equipped with a grating scale in the powder cylinder to ensure precise and controllable powder delivery per layer.
- Purification System: The external purification system features cyclone dust removal, filter backflushing, and wet atomization functions, ensuring safe filter replacement, extending filter lifespan, while improving powder utilization efficiency.
- Dust Filter: Minimum dust removal rate of 99%, with a filter lifespan of approximately 1,500 hours.
- Operational Efficiency: Unattended operation significantly enhances dental product manufacturing efficiency by eliminating complex traditional processes and human errors. This enables a seamless transition from data to finished product, ensuring high-quality dental product output.
- Printed Products: Well-structured and compact, with high precision, excellent surface finish, and high density.
