XTPL

XTPL is a deep-tech equipment manufacturer providing additive manufacturing solutions for the global electronics industry.

XTPL’s ultra-precise dispensing (UPD) platform directly addresses the core manufacturing challenges of the optics, photonics, and semiconductor technologies — by enabling sub-micrometer to micrometer-scale deposition of high-viscosity functional materials.

As a technology and equipment supplier, XTPL offers maskless, 3D-conformable printing of conductive, insulating, and optical structures, providing attendees with a scalable solution for high-density heterogeneous integration, miniaturized sensor fabrication, and advanced microelectronics packaging.

The core capabilities are:

• Sub-micrometer Feature Resolution: Enables conductive and insulating line widths down to 1 µm. This precision supports the fabrication of miniaturized optoelectronic sensors, high-density microelectronics, and photonic integrated circuit (PIC) interconnects.

• Maskless 3D Conformability: Deposits functional materials directly onto complex, non-planar topographies—including step edges, cavities, and curved optical surfaces—eliminating the need for photolithographic masks and enabling direct-write integration.

• High-Viscosity Material Compatibility: Processes highly loaded functional inks and pastes with viscosities ranging up to 1,000,000 cP. This allows the use of dense conductive nanoparticle pastes (e.g., Ag, Cu), insulating polymers, and optical adhesives without requiring rheology-degrading dilution.

• Heterogeneous Integration Enablement: Directly writes interconnects and isolation layers between disparate components (e.g., pairing photonic dies with electronic drivers), facilitating advanced packaging within tight spatial constraints.

• Localized Defect Repair and Modification: Provides targeted, on-demand dispensing for repairing open/short defects in high-density structures such as micro-displays (µLED, OLED) and micro-sensor arrays, thereby improving yield in high-value manufacturing lines.

• Thermal Budget Versatility: Supports deposition on temperature-sensitive substrates, including flexible polymers used in wearable optics and organic electronics, allowing for subsequent localized or low-temperature curing pathways.