0
Skip to Content
nLIGHT
Directed Energy
Sensing
Advanced Manufacturing
Additive Fiber Lasers
Medical Fiber Lasers
Semiconductor Lasers
Optical Fibers
About
Locations
nConnect
Careers
Patents
Sales
Service
RMA Request
Investors
Contact Us
nLIGHT
Directed Energy
Sensing
Advanced Manufacturing
Additive Fiber Lasers
Medical Fiber Lasers
Semiconductor Lasers
Optical Fibers
About
Locations
nConnect
Careers
Patents
Sales
Service
RMA Request
Investors
Contact Us
Folder: Markets
Back
Directed Energy
Sensing
Advanced Manufacturing
Folder: Products
Back
Additive Fiber Lasers
Medical Fiber Lasers
Semiconductor Lasers
Optical Fibers
Folder: Company
Back
About
Locations
nConnect
Careers
Patents
Folder: Support
Back
Sales
Service
RMA Request
Investors
Contact Us
1/30/23

AFX360° | LPT Erlangen | Beam shape influence on spatter formation during L-PBF of Ti64 and tungsten

Live presentation of Richard Rothfelder (LPT Erlangen) at Formnext 2022 in Frankfurt on November 15th 2022

Previous

AFX360° | Amaero | Increased productivity for crack-prone materials enabled by nLIGHT AFX-1000

Next

AFX360° | KU Leuven | Simulating the donut: Thermal simulations for L-PBF process window estimations

You Might Also Like

Related Embedded Video Item Thumbnail AFX360° | Fraunhofer ILT | L-PBF using AFX – Towards processing of hard-to-weld materials
Related Embedded Video Item Thumbnail AFX360° | Summary of 10 talks | All you need to know in 33 minutes
Related Embedded Video Item Thumbnail The Next Frontier in Metal Additive Manufacturing - Webinar
Related Embedded Video Item Thumbnail AFX360° | Fraunhofer IAPT | Higher Productivity in L-PBF of Ti6Al4V & AlSi10Mg with nLIGHT AFX-1000
Related Embedded Video Item Thumbnail 4D Printing - Further Adaption of Mechanical Properties by Variable Beam Control

To learn more about nLIGHT,
contact our sales team.

©2026 nLIGHT, Inc. All Rights Reserved

Directed Energy Sensing Advanced Manufacturing

Semiconductor Lasers
Fiber Lasers
Optical Fibers

Resources
Investors
Careers

Terms & Conditions
Privacy
Quality