IPG Photonics Launches Advanced Dual-Beam Fiber Lasers for Additive Manufacturing
Rhea-AI Summary
IPG Photonics has launched a new series of dual-beam fiber lasers specifically designed for additive manufacturing. The YLR-AMB series features independent control of core and ring beams, offering two configurations: 1 kW core/3 kW ring and 2 kW core/2 kW ring. The new lasers achieve build rates exceeding 324 cm³/h with >99.9% density on materials like Ti-6Al-4V. Key features include versatile processing options with up to 4 kW total power, optimized heat distribution, and a compact 2U 19" rack-mountable design. The lasers are particularly suited for aerospace components, medical devices, and custom tooling applications.
Positive
- Achieves high build rates exceeding 324 cm³/h with >99.9% density
- Offers versatile processing options with up to 4 kW total power
- Features compact design for improved integration flexibility
Negative
- None.
Insights
The launch of IPG's dual-beam fiber lasers represents a significant technological advancement in the additive manufacturing space. The YLR-AMB series achieves remarkable build rates of 324 cm³/h with near-perfect density, positioning it as a potential market leader. The independent control of core and ring beams, combined with power configurations up to 4 kW, addresses key industry pain points in precision and efficiency.
The system's optimization for critical materials like Ti-6Al-4V and CuCr1Zr, particularly valuable in aerospace and medical applications, indicates strong market potential. The compact 2U form factor and versatile processing options should drive adoption among manufacturers looking to maximize facility space and production flexibility. While this launch strengthens IPG's competitive position, market impact will depend on pricing strategy and adoption by major OEMs.
The dual-beam technology's ability to achieve >99.9% density in Ti-6Al-4V processing is particularly noteworthy. The independent control of heat distribution through separate core and ring beams addresses a critical challenge in metal additive manufacturing - managing thermal gradients and residual stress. This capability, combined with dynamic layer adjustments, should significantly reduce common issues like warping and porosity in complex geometries.
The optimization for both titanium alloys and copper-based materials expands the technology's application scope, especially in high-value sectors requiring precise thermal control. This versatility, coupled with the high build rates, positions the system to potentially reduce production costs and improve part quality in critical applications.
MARLBOROUGH, Mass., Nov. 20, 2024 (GLOBE NEWSWIRE) -- IPG Photonics Corporation (NASDAQ: IPGP), a global leader in fiber laser technology, proudly announces the release of a new laser designed specifically for additive manufacturing applications. The new laser series incorporates IPG’s novel dual-beam lasers which offer independent control of the simultaneously emitted core and ring beams enabling unparalleled precision, efficiency, and reliability. IPG’s capabilities in high-power lasers power these new 1 kW core, 3 kW ring (YLR-1000/3000-AMB) and 2 kW core, 2 kW ring (YLR-2000/2000-AMB) dual-beam rack lasers.
The new YLR-AMB series with unique features tailored for the additive manufacturing industry provides users unequaled capabilities:
• Enhanced Productivity: The YLR-1000/3000-AMB achieves build rates exceeding 324 cm³/h with >
• Versatile Processing Options: Both single-mode and multi-mode outputs combine for total power up to 4 kW, allowing versatile processing options.
• Optimized Heat Distribution for Better Builds: Independent adjustment of center and ring modes optimizes the heat distribution for faster, high-quality builds.
• Small Form Factor: Slim 2U 19” (482.6 mm) rack-mountable form factor ensures integration flexibility with reduced footprint.
These innovations stem from rigorous testing with several of the top additive OEMs. Initial results confirm superior performance, with significant cost reductions and material efficiency gains.
“These new YLR-AMB lasers are game-changers for additive manufacturing,” stated Trevor Ness, SVP Global Sales & Business Development at IPG Photonics. “By combining high-power, precision control, and application-specific optimization, we’re empowering manufacturers to redefine productivity and cost efficiency.”
YLR-AMB lasers excel in high-performance applications, including aerospace components, medical devices, and custom tooling. Key highlights include:
• Materials Capability: Optimized for alloys like Ti-6Al-4V (alpha-beta titanium alloy) and CuCr1Zr (copper chromium zirconium).
• Dynamic Layer Adjustments: Achieve flawless overhangs and complex geometries.
YLR-AMB lasers are on display in the IPG booth (Hall 11, booth C70) at Formnext 2024 in Frankfurt Germany, showcasing live demonstrations and technical discussions.
About IPG Photonics Corporation
IPG Photonics Corporation is the leader in high-power fiber lasers and amplifiers used primarily in materials processing and other diverse applications. The Company’s mission is to develop innovative laser solutions making the world a better place. IPG accomplishes this mission by delivering superior performance, reliability and usability at a lower total cost of ownership compared with other types of lasers and non-laser tools, allowing end users to increase productivity and decrease costs. IPG is headquartered in Marlborough, Massachusetts and has more than 30 facilities worldwide. For more information, visit IPGPhotonics.com
Contact
Eugene Fedotoff
Senior Director, Investor Relations
IPG Photonics Corporation
508-597-4713
efedotoff@ipgphotonics.com
FAQ
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