Metal 3D Printing for Healthcare
Medical device manufacturers are increasingly embracing SLM technology for a wide range of medical devices and dental prostheses. SLM serves as an ideal production method, seamlessly integrating functionality into components. For instance, lattice structures for surgical implants enhance osseointegration and minimize stress shielding. SLM efficiently produces complex bionic geometries tailored to customized patient anatomy. This innovative technology offers significant productivity and cost advantages over traditional processes such as casting and machining.
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Laseradd SLM 3D Printed CoCrMoW Dental Implant
Project Name: Laseradd SLM 3D Printed CoCrMoW Dental Implant
Machine Model: Laseradd SLM 150
Material: CoCrMoW alloy
Layer Thickness: 0.05 mm
Print Time: 8 hours
The dental implant designed to be strong, biocompatible, and resistant to corrosion was printed using the Laseradd SLM 250 machine. The printing process took 8 hours, and the implant was then post-processed and put into production. Laseradd SLM 3D Printing for Dental Implants -
Laseradd SLM 3D Printed TC-4 Hip Implant
Project Name: Laseradd SLM 3D Printed TC-4 Hip Implant
Machine Model: Laseradd SLM 100
Material: TC-4 alloy
Layer Thickness: 0.02 mm
Print Time: 12 hours
Crafted with Laseradd SLM 500, the hip implant boasts lightweight, robust, and biocompatible properties. Post-processing followed a 12-hour print, optimizing comfort and mobility. Efficiency and durability were ensured, reducing lead times and enhancing patient care. -
Laseradd SLM 3D Printed T0 Facial Prosthesis
Project Name: Laseradd SLM 3D Printed T0 Facial Prosthesis
Machine Model:: Laseradd SLM 150
Material: T0 alloy
Layer Thickness: 0.03 mm
Print Time: 10 hours
This project involved the production of a Laseradd SLM 3D printed T0 facial prosthesis. The facial prosthesis was designed to be lightweight, strong, and biocompatible. The prosthesis was printed using the Laseradd SLM 150 machine. The printing process took 10 hours, and the prosthesis was then post-processed and put into production.
Laseradd Material for Healthcare Applications
Laseradd offers a wide range of qualified metal powders compatible with our SLM systems, commonly used in the healthcare industry. All materials provided by Laseradd are qualified for their chemistry, spherical structure, particle size distribution, dryness, and flowability. We provide validated process parameters for all biomaterials on all our machines.OUR MATERIAL PORTFOLIO COMPRISES
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Ti-Based Alloys: Ti6Al4V Gd. 23, Ti (Grade 2),TC-4,T0
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2
Co-Based Alloys: CoCr28Mo6, CoCrMo, CoCrMoW
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Stainless Steel: 316L (1.4404), 17-4PH (1.4542)
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M450 Series Printers
M450E: Domestic Laser 500W×2 M450ED: Domestic Laser 500W×4 M450H: IPG Laser 500W×2 M450HD: IPG Laser 500W×4
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