Printed Electronics Now Staff10.26.20
Modulight, a Finnish developer and manufacturer of lasers and medical equipment, is adding an AIXTRON SE MOCVD tool to their in-house production of epi wafers as add-on to existing epitaxial growth capability.
With the deposition system AIX 2800G4-TM, the ISO certified semiconductor company uses the reactor for high-volume manufacturing of optoelectronic and radio frequency (RF) devices, based on gallium arsenide and indium phosphide (GaAs/InP) semiconductors. The AIXTRON system has a true horizontal flow Planetary Reactor for best uniformity and highest efficiency, an all graphite process chamber for lowest particles and highest repeatability performance, and a triple process gas injection for maxed out yield optimization.
The AIXTRON system will be installed in Modulight's fully owned semiconductor laser chip fab in Tampere, Finland. Modulight is currently expanding the fab with a 1,000 square meter increase to production space.
"The quality requirements in this sensitive application sector are extremely high. Therefore, the epi wafers must have highest deposition uniformity control, lowest particle count, best yield, and lowest production cost," said Seppo Orsila, chairman and CEO of Modulight, Inc.
With the deposition system AIX 2800G4-TM, the ISO certified semiconductor company uses the reactor for high-volume manufacturing of optoelectronic and radio frequency (RF) devices, based on gallium arsenide and indium phosphide (GaAs/InP) semiconductors. The AIXTRON system has a true horizontal flow Planetary Reactor for best uniformity and highest efficiency, an all graphite process chamber for lowest particles and highest repeatability performance, and a triple process gas injection for maxed out yield optimization.
The AIXTRON system will be installed in Modulight's fully owned semiconductor laser chip fab in Tampere, Finland. Modulight is currently expanding the fab with a 1,000 square meter increase to production space.
"The quality requirements in this sensitive application sector are extremely high. Therefore, the epi wafers must have highest deposition uniformity control, lowest particle count, best yield, and lowest production cost," said Seppo Orsila, chairman and CEO of Modulight, Inc.