R&D Solutions
Research PE Sintering of Conductive Inks Using Pulsed Light
To successfully sinter metallic inks requires precise control of variables within a defined process window to insure proper sintering without substrate damage. Pulsed Light meets the process requirements of silver, copper and numerous other metallic inks by delivering a rapid pulse of energy intense enough to sinter. Controlling peak energies, frequencies and how the energy is delivered provides the required thermal management and process control. And Pulsed Light provides a broad spectrum that addresses the variations in nano-particle size where the spectral absorption is size dependent.
Research PE
Sintering
of Conductive
Inks Using
Pulsed Light
To successfully sinter metallic inks requires precise control of variables within a defined process window to insure proper sintering without substrate damage. Pulsed Light meets the process requirements of silver, copper and numerous other metallic inks by delivering a rapid pulse of energy intense enough to sinter. Controlling peak energies, frequencies and how the energy is delivered provides the required thermal management and process control. And Pulsed Light provides a broad spectrum that addresses the variations in nano-particle size where the spectral absorption is size dependent.
XENON Products For PE Sintering Research and Development
- High energy Pulsed Light research system
- Benchtop tool with small footprint
- Plugs into standard outlet
- Low cost
- Easy setup
The X-1100/2 Now available!
Twice the energy of the standard X-1100
The XENON S-2200 provides state-of-the-art thermal management for researchers working with new nano materials on heat sensitive substrates that require rapid sintering, curing or annealing.
- Thermal pulse management
- Individually-configurable high frequency pulsing
- High peak radiant power
- Operator control of settings
- Protocols stored for easy recall and editing
- Customizable exposure conditions
The XENON S-2210 is designed to help develop effective process protocols for a wide range of industrial applications such as curing, semiconductor wafer treatment, sintering, and rapid annealing.
- Max pulse energy output of 18kJ
- Unprecedented control of pulse features
- Large optical footprint
- Uniformity 3%
The XENON CIXL is the low-cost, all-in-one Pulsed Light solution that incorporates a xenon lamp, power supply and cooling fan, all in a stainless steel housing.
- Lowest cost
- Easy to install
- Easy to use
- Operates on 110 volt
- Use alone or daisy chain
- Factory configured pulse width
Illuminating PE Sintering Research
Want to know more about creating conductive circuits with Pulsed Light?
