OUR
INNOVATION JOURNEY
A chronological legacy of iLaserlab's commitment to high-precision medical and aesthetic technology, spanning R&D breakthroughs, patent acquisitions, and global market expansion.
2006
The Genesis of iLaser Lab
Established in March 2006, laying the technological foundation for high-precision medical and aesthetic engineering.
2009
Transition to Certified Manufacturing & Core R&D
Shifted core operations to direct manufacturing; successfully developed the ZEMA diode hair removal laser and the foundational ESKIMO medical cooling system.
2018
Establishment of Dedicated R&D Center
Founded the official R&D institute to accelerate patented technologies and next-generation aesthetic architectures.
2020
National & Institutional Recognition for R&D Excellence
Certified with a prestigious T4 Rating (TCB) for outstanding technological excellence,
and officially selected for a Government R&D Project backed by a $350K grant to lead high-intensity laser innovation.
2021
Infrastructure Expansion & Advanced Plasma Innovation
Relocated the manufacturing facility to the new Yangju HQ to secure scalable, high-volume production, while successfully developing a next-generation Personal Atmospheric Pressure Glow Plasma (APGP) device.
2024
The Birth of Next-Gen Kinetic Engineering
Commenced R&D for the proprietary Needle-Free Transdermal Core System, initiating a new era of high-precision, contactless cosmetic delivery.
2025
Global Tech Transfer Breakthrough & Business Expansion
Successfully completed a $500,000 technology transfer of the 'Eskimo Cryo' series to a leading U.S.-based global pharmaceutical and diagnostic distributor.
Concurrently obtained the Cosmetic Responsible Seller License, officially establishing iLaser Lab as an integrated platform capable of delivering both advanced machinery and proprietary clinical formulations.
2026
Securing Advanced Patent for Needle-Free Innovation
Officially secured the patent for the High-Speed Vibration Needle-Free Injector, legally validating iLaser Lab’s unique pain-modulation fluid dynamics for next-generation skin delivery.