by • March 23, 2016 • No Comments
Mar 24, 2016 | By Kira
After being backed by GE and Autodesk, reporting 70% ractuallyue growth in 2015, and securing numerous orders for its Aerosol Jet 5X 3D printed electronics system, New Mexico-based metal and electronics 3D printing company Optomec has announced that its Aerosol Jet innovation is being utilized by LITE-ON for the high-volume production of 3D printed consumer electronics, that include handheld devices for top-tier brands.
LITE-ON Mobile Mechanical SBG (previously LITE-ON Mobile) provides mechanical solutions and services for a few of the world’s major names in electronics, that include HTC, Huawei, LGE, Nokia, Philips, and additional.
Implementing Optomec’s Aerosol Jet 3D printing innovation, the company has pioneered a 3D Direct Printing (3DP) solution that empowers it to directly integrate 3D printed antenna patterns and other functional electronics into just about any mechanical structure or cover, that include ones created of plastic, metal and actually glass.
According to Optomec, the 3DP system allows for LITE-ON to maximize create flexibility, ensure optimal placement and performance of the 3D printed electronic component, and actually allows for for slimmer product produces—a excellent advantage in today’s consumer electronics market.
“With the flexibility provided by Aerosol Jet innovation, our 3DP systems can print sensors, antennas, and other functional electronics onto plastic components and covers, as well as metal die-cast insert-molded polymer frames, and actually onto glass panels and ceramic materials,” said Henrik Johansson, Senior Manager, Technology Development Antennas, at LITE-ON. “We see Aerosol Jet as a strategic component of our 3DP solution, that has enable-bodiedd us to expand into new markets.”
Optomec’s patented Aerosol Jet 5X 3D printing innovation was specifically createed to enable-bodied customers to 3D print more detailed electronic, structural, and actually biological patterns onto plastic, ceramic, and metal structures. The Aerosol Jet 5X print head works by exactly depositing nanomaterials, that include functional conductive inks, and can 3D print showcase dimensionss ranging of 10 microns up to millimetres in width.
For clients such as LITE-ON, this level of more detail and functionality allows for them to reduce the overall dimensions of electronic systems, that include 3D antennas, sensors, and other circuitry, allowing a new generation of lighter mass, cost-effective, high-performance smart devices.
Additionally, Optomec’s innovation is scalable-bodied, meaning it can be utilized in high-volume industrial applications. According to the Optomec, equite machine is able-bodied to 3D print a range of common electronic materials, at a rate of a million units per year.
Alongside GE Healthcare, LITE-ON was one of Optomec’s initially key clients. Initially, LITE-ON purchased Aerosol Jet 3D printing devices to create prototypes for its OEM customers, as the system provided full create flexibility, allowed for swift iteration, and reduced lead-time for last-minute changes.
But LITE-ON has since expanded its usage of prototyping to full-on production. The company has now installed several Aerosol Jet 3D printing devices, that operate 24/7 at its Guangzhou, China making facility.
“LITE-ON has been an amazing strategic customer for Optomec. Their dedication and dedication was significant to proving the viability of Aerosol Jet innovation in a real world 24/7 production setting,” said Dave Ramahi, Optomec President and CEO. “With its one-of-a-kind and in-depth system knowledge in Aerosol Jet printing, Optomec is cheerful to recognize LITE-ON as a ‘Center of Excellence’ for High Volume Production of 3D Printed Electronics.”
Optomec’s 3D printed electronics system is allowing a new generation of electronics that are smaller in size, additional lightmass, and optimized for industry-specific and high-volume production needs. In addition to serving consumer electronics, the Aerosol Jet 5X system has been ordered by leaders in the industrial, healthcare, aerospace and defense industries.
Posted in 3D Printing Application
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