“Our goal with the Invent was to implement the industry-leading capabilities of the PulseForge toolset in a more compact, lower- priced configuration, making the technology accessible to more customers,” said Stan Farnsworth, NovaCentrix’s chief marketing officer. “The feedback we received at the public debut of the new tool at the recent Printed Electronics USA event in Santa Clara was very strong.”
The new Invent includes the features that have become the hallmark of all PulseForge tools, including the advanced user interface and the inclusion of SimPulse thermal modeling software, as well as an automated sample stage.
Like all PulseForge tools, the user-defined digital settings on the PulseForge Invent are directly convertible to settings on the PulseForge Industrial tools in seconds. The PulseForge Invent baseline configurations can be expanded and upgraded at the user facility to include the highest power settings of any PulseForge tool.
Process capabilities of the base PulseForge Invent configuration include:
• Sintering of conductive silver and copper inks on PET, polyimide, paper, or textiles Drying of functional and graphic inks.
• Reduction of graphene oxide and copper oxide.
• Soldering of standard RoHS lead-free solder paste on low-temperature polymers Crystallization of perovskite or OPV materials.
• Sintering of CIGS and CdTe nanocrystal depositions.
• Drying and sintering of plastic coatings.
“Printed and flexible hybrid electronics development continues to move quickly in markets such as wearables, packaging, and automotive,” Farnsworth concluded. “At NovaCentrix we work with customers who have a wide range of processing requirements. Accordingly, the PulseForge Invent is our most versatile photonic curing platform yet.”