MICRO CHANNEL TECHNOLOGY

Brand Owner Address Description
MICROCHANNEL TECHNOLOGY Aquavit Pharmaceuticals Inc. 1345 Ave of the Americas 2nd Floor New York NY 10105 MICRO CHANNEL TECHNOLOGY;Cosmetic apparatus using ultrasound for performing aesthetic skin treatment procedures; Cosmetic apparatus, namely, light based devices providing mainly pulsed light for performing non-ablative aesthetic skin treatment procedures; Electronic aesthetic skin treatment devices using light emitting diodes, namely, infrared, red, orange, yellow, green, and blue wavelengths for generating light rays; Light-based medical devices, namely, a light emitting diode (LED) device for increasing the human body's own production of collagen; Medical apparatus and units for dosage, measuring and monitoring, namely, drug delivery devices and systems; Medical devices for nonsurgical cosmetic treatments; Phototherapeutic apparatus for medical purposes, namely, a LED (light-emitting diode) light source for medical and aesthetic skin treatments;TECHNOLOGY;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. There are provided a novel method and technology for arraying micro-particles. Micro-particle trapping capillaries each having an inner diameter smaller than the outer diameter of probe-immobilized micro-particles are prepared. By vacuuming the inside of each micro-particle trapping capillary, only one of the micro-particles is vacuumed onto an opening at the tip thereof and taken out from holders holding a plurality of the micro-particles. The micro-particle vacuumed onto the opening at the tip of each micro-particle trapping capillary is positioned at the opening of the capillary or the edge of each channel provided in a chip, the channels each having an inlet and an outlet with a slightly larger width than the outer diameter of the micro-particle so as to allow passage of only one micro-particle. The micro-particle vacuumed onto the opening at the capillary tip is injected into the capillary from the opening of the capillary or the channel edge of the chip.