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Optomec Introduces New Additive Electronics Printer for Inline Production

Aerosol Jet HD2

The Aerosol Jet HD2 is optimized for Advanced Semiconductor Packaging including mmWave applications

additive electronics printer
Image Source: Optomec, Inc.

Optomec, developer of Aerosol Jet Systems for printed electronics and LENS 3D Printers for metal components, announced a breakthrough new additive electronics printer – The Aerosol Jet HD2, for inline production. The new solution meets the perpetual demand for miniaturization of mobile and wearable products. 

Optomec’s Aerosol Jet HD2 targets the existing $4 Billion market for back-end Semiconductor Packaging and Assembly equipment. This includes competing technologies such as wire bonding and dispensing, where shipments average 5,000 – 10,000 machines annually.

Aerosol Jet HD2 Additive Electronics Printer

Aerosol Jet HD2
Above: Aerosol Jet HD2 for Inline Production/Image Source: Optomec, Inc.

The Aerosol Jet HD2 additive electronics printer, uses Optomec’s patented Aerosol Jet 3D Electronics Printing solution to produce high resolution circuitry, including a unique ability to dispense conformal 3D interconnects between die, chips, components and substrates. This interconnect approach is all the more powerful due its improved performance at high frequencies, especially for 5G and mmWave applications.

The Aerosol Jet solution works by precision jetting or “printing” an extremely fine mist of nanoparticle-based inks onto a surface. The HD2 can print features as narrow as 10 microns with placement accuracy under 5 microns. The nanoparticles are then sintered together, forming a solid metal conductor of copper, gold or silver.  Insulating and adhesive materials can also be applied by the Aerosol Jet process with a variety of common IC packaging dielectric materials.

As a primary application, the new additive electronics printer can serve as a drop-in replacement for the decades-old method of connecting electrical components with wire bonds, which suffer from several critical deficiencies. First, wire bonds require high impact mechanical contact with the IC, often producing scrap, especially with fragile, next-generation gallium-based chips.  Second, wire bond loops require extra space within the package, making it harder for designers to create sleek, miniature devices to meet the demands of consumer electronics.  Third, wire bonds can choke off the high frequency mmWave signals required for 5G communications, automotive radar, and many other emerging applications.

According to Bryan Germann, Aerosol Jet Product Manager, “The HD2 (additive electronics printer) really changes the way designers think about IC packaging. Not only can it reduce the size of the final electronics package, but it also out-performs wire bonding when it comes to high-frequency signals.  Wire bonds simply produce a lot of inductance for RF applications above 40 GHz”.

The HD2 electronics printer can also be used to print transmission lines, sensors and antennas on a wide variety of materials including common polymers, IC materials, FR4, glass, ceramic and even metals.  The HD2 was designed for high volume manufacturing and includes production-friendly software that guides operators through a simplified start-up process, ensuring QA compliance.  The machine is also available with an in-line conveying option for automated part loading.  It can process substrates or part trays up to 300 mm wide and is available with a rotate table for 4-axis processing.


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