PulseForge In-Line

With substantially higher throughput, PulseForge In-Line revolutionizes electronics manufacturing.

PulseForge In-Line

Unrivaled processing times and highest throughput in SMT and PCB manufacturing

With the slow processing times of ovens, and one-terminal-at-a-time coverage limitations of lasers, current thermal processing solutions in microelectronics manufacturing are an expensive bottleneck.

Powerful and configurable, PulseForge Soldering In-Line’s high-intensity pulsed light solution erases those limitations – without damaging previously off-limits heat-sensitive components and substrates.

PulseForge In-Line

Unrivaled processing times and highest throughput in SMT and PCB manufacturing

With the slow processing times of ovens, and one-terminal-at-a-time coverage limitations of lasers, current thermal processing solutions in microelectronics manufacturing are an expensive bottleneck.

Powerful and configurable, PulseForge Soldering In-Line’s high-intensity pulsed light solution erases those limitations – without damaging previously off-limits heat-sensitive components and substrates.

Process in milliseconds

not minutes

Designed for high throughput 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.

Find the PulseForge In-Line that best meets your individual needs

PulseForge In-Line
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