News & Media
PulseForge Inc. Partners with Global Marketing Services, India to Expand Presence in India
PulseForge Inc., a pioneer in developing equipment and processes for semiconductor debonding, micro-LED transfer, curing, sintering, and soldering technologies, has announced a strategic partnership with Global Marketing Services (GMS) to serve as its sales agent in India.
PulseForge Receives 2024 3D InCites Technology Enablement Award for Photonic Debonding
PulseForge is thrilled to announce its receipt of the esteemed 2024 3D InCites Technology Enablement Award for its revolutionary Photonic Debonding technology.
PulseForge Advances 2D Material Adoption with Photonic Debonding Technology
PulseForge, an industry pioneer specializing in advanced solutions for the semiconductor sector, is spearheading efforts to drive the global adoption of 2D materials in devices and packages using its photonic debonding technology for successful 2D material transfer.
Optomec and NovaCentrix Announce Strategic Partnership to Revolutionize Additive Manufacturing
The long-standing collaboration between Optomec and NovaCentrix has redefined the landscape of printed electronics by harnessing the combined expertise of both companies to deliver cutting-edge solutions across a diverse spectrum of industries.
PulseForge and Auburn University Unveil Breakthrough in Photonic Decontamination for Poultry Processing
Auburn’s in-depth review of PulseForge Photonic Decontamination Technology offers insight into a novel methodology to attain reductions in pathogenic microorganisms marking a significant milestone in the evolution of food safety practices.
A Decade of Pioneering Collaboration: PulseForge and nScrypt Partner to Revolutionize 3D Additive Fabrication
PulseForge and nScrypt have unveiled a new comprehensive turnkey solution. This solution will be able to produce 3D structures, cure both functional and non-functional materials using photonic curing, proficiently dispense solder paste, and accomplish successful soldering of surface mount components using photonic soldering.