(512) 491-9500info@novacentrix.com
- Technology
Photonic Curing
Photonic Curing is the high-temperature thermal processing of a thin film using pulsed light from a flashlamp. When this transient processing is done on a low-temperature substrate such as plastic, paper or glass it is possible to attain a significantly higher temperature than the substrate can ordinarily withstand under an equilibrium heating source such as an oven.
- Contact
- Blog
PulseForge® Invent
Highly Configurable for Academic Budgets and Advanced R&D
Printed and flexible hybrid electronics development continues to move quickly in markets such as wearables, packaging, and automotive. At NovaCentrix we work with customers who have a wide range of processing requirements. Accordingly, the PulseForge Invent is our most versatile platform yet.
Base Model
150mm
- Voltage: 500V
- Lamp: 150mm lamp
- Power Supply: 1.5 kW
- Drivers: 1 lamp driver
- Peak Incident Power: 5kW/cm2
- Max Single Shot Exposure: 20J/cm2
- Types of Processing Capabilities: Suitable for applications including thermal sintering, UV curing/sterilization and drying
Base Model
300mm
- Voltage: 950V
- Lamp: 300mm lamp
- Power Supply: 1.5 kW
- Drivers: 1 lamp driver
- Peak Incident Power: 7kW/cm2
- Max Single Shot Exposure: 11J/cm2
- Types of Processing Capabilities: Suitable for applications including silver nanowires, thermal sintering, UV curing/sterilization, and drying
High Energy Model
150mm
- Voltage: 500V
- Lamp: 150mm lamp
- Power Supply: 1.5 - 5 kW
- Drivers: 2 - 5 lamp driver
- Peak Incident Power: 5kW/cm2
- Max Single Shot Exposure: 91J/cm2
- Types of Processing Capabilities: Base model capabilities + ceramics/metals, drying
High Energy Model
300mm
- Voltage: 950V
- Lamp: 300mm lamp
- Power Supply: 1.5 - 5 kW
- Drivers: 2 - 5 lamp driver
- Peak Incident Power: 9kW/cm2
- Max Single Shot Exposure: 64J/cm2
- Types of Processing Capabilities: Base model capabilities + silver nanowires, ceramics/metals, drying focused applications
High Power Model
150mm
- Voltage: 950V
- Lamp: 150mm lamp
- Power Supply: 1.5 - 5 kW
- Drivers: 2 - 5 lamp driver
- Peak Incident Power: 59kW/cm2
- Max Single Shot Exposure: 96J/cm2
- Types of Processing Capabilities: Base model capabilities + ceramics/metals, polyimide delamination for OLED production, silver nanowires, and a-Si annealing on glass
Process Capabilities
Capabilities of the base PulseForge® Invent configuration include:
| Sintering of conductive silver and copper inks on PET, polyimide, paper, or textiles | Soldering of standard RoHS lead-free solder paste on low-temperature polymers. | ||
| Drying of functional and graphic inks | Reduction of graphene oxide and copper oxide | ||
| Crystallization of perovskite or OPV materials | Drying and sintering of plastic coatings | ||
| Sintering of CIGS and CdTe nanocrystal depositions | |||
Base Configuration of the PulseForge® Invent: 6” lamp, 500V, 1 lamp driver, 1500W
| Lamp Length | 6” or 12” |
| Lamp driver voltage | 500V or 950V |
| Lamp drivers | 1, 2, 3, 4 or 5 lamp drivers |
| Sample Table | Automated, synchronized sample table with optional motorized z-axis positioning |
| Power Supply | 1500W or 5000W (affects processing speed) |
| Air Knife | Included |
| Bolometer | Included |
| SimPulse® | Included |
PulseForge Invent Brochure Introducing PulseForge Invent NovaCentrix Overview Brochure PulseForge Invent Press Release
PulseForge Invent Introduction
STILL HAVE QUESTIONS
We have answers. Check out our Invent FAQ page to get answers to your questions or feel free to drop us a note, if you don't find the answers to your questions.
Get A PulseForge Pricing Quote
Contact us today for a direct pricing quote from our sales team on our PulseForge tools.
About NovaCentrix
Headquartered in Austin, TX, NovaCentrix offers industry leading photonic curing tools, conductive inks, material and expertise enabling development and production of next generation printed electronic devices.