Curing & Sintering
Cure on Heat-Sensitive Substrates in Seconds, not Minutes!
PulseForge Digital Thermal Processing™ cures thin films at high temperatures on low-cost, temperature-sensitive substrates, including paper and PEN.
Improving Manufacturing
Why It Matters
Because high throughput, sustainability, and design options in manufacturing matter to you. But conventional solutions are limiting:
Ovens
Ovens are slow with lengthy idle warm up and cool down, return low throughput, and have high energy demands
Sustained Heat
Sustained heat of ovens damages heat-sensitive substrates, limiting design and substrate options
Limitations
Substrate and design limitations
Lasers
Lasers offer only one-at-a-time processing
Why We’re Different
In the manufacture of printed, flexible electronics, PulseForge Digital Thermal Processing™ cures onto inexpensive, flexible substrates – without damage!
- No warm up or cool down of PulseForge tools
- Substitute expensive glass and ceramic substrates with low-cost, sustainable options
- Seconds processing means substantially higher throughput
- Freedom to design with novel materials
- Higher processing temperatures returns improved conductive performance
And because PulseForge cures thin films at high temperatures on heat-sensitive substrates, it is the ideal digital thermal process for roll-to-roll processing on polymer and paper.
Growing Application Demands
Layers in devices require versatile thermal processing. Curing with PulseForge’s Digital Thermal Processing™ is uniquely suited for this manufacturing challenge in next-gen printed electronics:
- Sensors for product tracking in shipping
- Loss prevention in retail
- Display applications for personal devices
- Printed heaters for medical
- SMART packaging
- And more
PulseForge Digital Thermal Processing™ is a hyper-fast, reliable, and transformative curing process, exceeding the demands of design and production in printed electronics manufacturing.
