Additive Manufacturing Solutions for Research & Development
Laseradd is at the forefront of collaborative innovation, partnering with esteemed academic institutions, technological centers, and research facilities to propel the evolution of laser powder bed fusion for metals. Our selective laser melting (SLM) systems offer open architecture that grants users unparalleled control over every aspect of the printing process, facilitating efficient optimization and customization to suit specific needs. We have empowered researchers to delve into research in additive manufacturing design, topology optimization, lightweighting, functional integration, alloy development, and advanced production methods. Let’s explore how Laseradd’s SLM solutions can elevate your R&D capabilities and push the boundaries of your research fields.
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Laseradd SLM 3D Printed Titanium Bicycle Frame
Project Name: Laseradd SLM 3D Printed Titanium Bicycle Frame
Machine Model: Laseradd SLM 490
Material: Titanium alloy (Ti6Al4V)
Layer Thickness: 0.05 mm
Print Time: 24 hours
This project involves the production of a Laseradd SLM 3D printed titanium bicycle frame, which is lightweight, strong, and durable. Compared with traditional steel or aluminum frames, the titanium frame is significantly lighter, making it ideal for scenarios including racing, aerospace applications and medical implants, where weight reduction is paramount in improving performance. Besides, Titanium is a fatigue- and corrosion-resistant material that can withstand years of use. -
Laseradd SLM 3D Printed Aerospace Components
Project Name: Laseradd SLM 3D Printed Aerospace Components
Machine Model: Laseradd SLM 500
Material: Inconel 718 alloy
Layer Thickness: 0.02 mm
Print Time: 12 hours
heat-resistant. They are significantly lighter than traditional components made from metals or composites, which can improve fuel efficiency and performance. Besides, Inconel 718, renowned for its high-strength properties, ensures exceptional resistance to both corrosion and high temperatures, withstanding environments of up to 1200℃ with unparalleled reliability and durability. -
Laseradd SLM 3D Printed Medical Devices
Project Name: Laseradd SLM 3D Printed Medical Devices
Machine Model: Laseradd SLM 150
Material: Stainless steel 316L
Layer Thickness: 0.03 mm
Print Time: 10 hours
Laseradd SLM 3D printed medical devices offer a suite of advantages tailored to meet the stringent demands of the medical industry. Engineered with a focus on biocompatibility, strength, and durability, these devices represent a pinnacle in medical manufacturing. Crafted from stainless steel 316L, they ensure compatibility with the human body, robustness against corrosion, and resilience to wear, guaranteeing longevity and reliability in medical applications, from implants to surgical instruments.
Laseradd Material for R&D Applications
Laseradd provides an extensive selection of high-quality metal powders that are compatible with our SLM systems, frequently utilized in research applications. All materials supplied by Laseradd undergo rigorous qualification processes to ensure their chemical composition, spherical structure, particle size distribution, dryness, and flowability meet stringent standards. We furnish validated process parameters for all our metal powder variants on our machinery, offering comprehensive support to our customers in alloy development endeavors.OUR MATERIAL PORTFOLIO COMPRISES
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1
Nickel-Based Alloys: Laseradd IN625, Laseradd IN718, and Laseradd HX
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2
Titanium-Based Alloys: Laseradd TiAl6V4
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3
Aluminum-Based Alloys: Laseradd AlSi10Mg
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M150E Series Printers
M150E:Domestic Laser 500W×1 M150ED: Domestic Laser 500W×2 M150H: IPG Laser 500W×1 M150HD: IPG laser 500W×2 M150T: IPG/JPT Laser 500W×1 or 2
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M500 Printer
M450E: Domestic Laser 500W×2 M450ED: Domestic Laser 500W×4 M450H: IPG Laser 500W×2 M450HD: IPG Laser 500W×4
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