PulseForge Invent

Our most versatile platform for your processing needs. Powerful, compact design that processes in seconds – not minutes.

What will you make?

The PulseForge Invent is a highly configurable platform with a wide range of Digital Thermal Processing™ applications from academic to advanced R&D.

Printed and flexible electronics are in demand in consumer electronics, particularly in AR/VR, Displays, IoT, Wearables and more. At PulseForge, our customers have a wide range of processing needs that Digital Thermal Processing not only meets, but exceeds.

The PulseForge Invent is the R&D and Batch platform customers can configure to their processing needs and see first hand what innovative, next- gen designs they can bring to life.
PulseForge Invent

What will you make?

The PulseForge Invent is a highly configurable platform with a wide range of Digital Thermal Processing™ applications from academic to advanced R&D.

Printed and flexible electronics are in demand in consumer electronics, particularly in AR/VR, Displays, IoT, Wearables and more. At PulseForge, our customers have a wide range of processing needs that Digital Thermal Processing not only meets, but exceeds.

The PulseForge Invent is the R&D and Batch platform customers can configure to their processing needs and see first hand what innovative, next- gen designs they can bring to life.

PulseForge Invent
Isolated circuit

Flexible Processing

Sintering

PulseForge Invent can sinter conductive silver and copper inks on PET, polyimide, paper or textiles. It is also capable of sintering CIGS and CdTe nanocrystal depositions.

Drying

The PulseForge Invent is capable of drying functional and graphic inks. As well as, drying and sintering plastic coatings.

Crystallization

The PulseForge Invent can provide crystallization of perovskite or OPV materials.

Soldering

PulseForge Invent is capable of soldering standard RoHS lead-free solder paste on low-temperature polymers.

Reduction

PulseForge Invent is capable of reducing graphene oxide and copper oxide.

Designed for stand-alone Digital Thermal Processing

What if you could cure, sinter, and solder on paper, plastic, fabric, or recycled materials? What if you could process ITO for glass, PET, or organic materials? What if you could debond without ash or chemicals? What if we could completely reimagine the thermal process to push innovation and technology while increasing speed, reducing cost, and reducing impact on the environment?

With PulseForge Digital Thermal Processing…you can!

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Papers

Papers are extremely challenging to conventional processing methods due to their low critical temperatures and generally low stiffness.

Fabrics

While a fabric may or may not have an elevated critical temperature, its general lack of stiff imposes a challenge for conventional processing methods.

Thin Glass

General adhesion obstacles and brittle properties of thin glass make conventional processing methods a challenge.
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Plastics

Plastics are challenging since they share many of the same issues that paper does of low critical temperatures and may exhibit low stiffness.
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Perovskite solar cells

General adhesion and brittle properties of perovskite solar cells present challenges for using conventional processing methods.

Exceeding your thermal processing solution requirements

Whether you are processing for small batch production needs, or in R&D for future, larger production and manufacturing in consumer electronics, transportation, or wearables, PulseForge Invent exceeds your thermal processing solution requirements:

Find the PulseForge Invent that best meets your individual needs

PulseForge Invent
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