Novacentrix:: Printed Electronics :: Photonic Curing :: Photonic Sintering :: Photosintering :: Conductive Inks :: Flash Annealing :: Sintering Nanopa

By: Novacentrix  11-11-2011
Keywords: Inks, Printed Electronics, Sinter Metal,

Products > PulseForge Overview

Novacentrix:: PulseForge Tools for Printed Electronics :: Photonic Curing :: Flash Annealing :: Sintering Nanoparticles

The PulseForge family of tools sinter or anneal thin-film materials in only milliseconds, and are able to do so on a wide variety of substrates, including low temperature, flexible materials. These tools are intended for product innovators and manufacturers in printed electronics who need options to traditional use of materials and processing techniques. The use of PulseForge tools can save time and money, and enable new types of products in applications like solar, RFID, displays, smart packaging, and even flexible circuits.

: Process and Application Development
: Development and Production - Metals Processing
: Development and Production - Semiconductor and Photovoltaic Materials Processing

Keywords: Inks, Printed Electronics, Sinter Metal,

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11-11-2011

Novacentrix:: Printed Electronics :: Photonic Curing :: Photonic Sintering :: Photosintering :: Conductive Inks :: Flash Annealing :: Sintering Nanopa

Metalon conductive inks capitalize on advanced materials and formulation to provide conductivity options for additive manufacturing of printed electronics like photovoltaic devices, RFID, smart cards/labels, displays, and advanced packaging. The combination of Metalon and PulseForge allows conductivity requirements to be met using thin flexible substrates, and most substrates remain unaffected because of the very short pulse duration.


11-11-2011

Novacentrix:: Printed Electronics :: Photonic Curing :: Photonic Sintering :: Photosintering :: Conductive Inks :: Flash Annealing :: Sintering Nanopa

Designed for use by researchers and engineers in printed electronics, this tool is used in the development of innovative products in markets such as solar, rfid, smart cards, smart packaging, and displays – products which offer better performance, at less cost, and often in new, flexible form factors.


11-11-2011

Novacentrix:: Printed Electronics :: Photonic Curing :: Photonic Sintering :: Photosintering :: Conductive Inks :: Flash Annealing :: Sintering Nanopa

The uniqueness of the NovaCentrix process allows precise control of the particle size from as small as 10 nm to 100 nm and larger. Novacentrix: Aluminum and Silver Nanoparticles.


11-11-2011

Novacentrix:: Printed Electronics :: Photonic Curing :: Photonic Sintering :: Photosintering :: Conductive Inks :: Flash Annealing :: Sintering Nanopa

NovaCentrix’s patented pulsed plasma process produces unagglomerated nanopowders with unsurpassed size control in the range of about 10 nm to 100 nm in diameter. The particles are synthesized using a repetitive, high power, pulsed electrical arc discharge between two feedstock metal rods. After quenching, the nanoparticles are removed from the gas stream, the electrodes are indexed in, and the process is repeated.