Luxel Corporation

AL-EVAP

Laboratory equipment, namely, crucibles;Crucibles of common metal and their alloys;ALL EVAPORATE;

GRIDTAPE

Coated substrate for use on medical specimen collection devices for the collection of human biological specimens, used specifically for transmission electron microscopy (TEM) specimen support;GRID TAPE;

LEX

Freestanding thin films made primarily of metal for use as bandpass, pressure windows, photocathodes, laser targets, and synchrotron targets for use in material, biology, engineering, methodology, physics and forensics;Freestanding thin films made primarily of polymers and also incorporating semiconductors, ceramics, and ionic compounds use as bandpass filters, pressure windows, photocathodes, laser targets, and synchrotron targets for use in material, biology, engineering, methodology, physics, and forensics;

LEX

Detector windows, namely, electronic display interfaces for x-ray light elements;LUXEL;

LEX

Detector windows, namely, electronic display interfaces for x-ray light elements;

LEX HT

Detector windows, namely, electronic display interfaces for high temperature x-ray elements;LUXEL HIGHT TEMPERATURE;HT;

LEX HT

Detector windows, namely, electronic display interfaces for high temperature x-ray elements;LUXEL HT;

LUXEFOIL

Freestanding thin films made from metal, polymers, semiconductors, ceramics, and ionic compounds for use as bandpass filters, pressure windows, photocathodes, laser targets, and synchrotron targets for scientific purposes, namely, for use in extreme ultra-violet light lithography or material, biology, engineering, methodology, physics and forensics;LUXE FOIL;

LUXEL

Laboratory equipment, namely, crucibles; Light Element X-ray, High Temperature Detector Windows; Light Element X-Ray Detector Windows;Freestanding thin films made primarily of metal for use as bandpass, pressure windows, photo cathodes, laser targets, and synchrotron targets for use in material, biology, engineering, methodology, physics and forensics;Crucibles of common metal and their alloys;Freestanding thin films made primarily of polymers and also incorporating semiconductors, ceramics, and ionic compounds use as bandpass filters, pressure windows, photocathodes, laser targets, and synchrotron targets for use in material, biology, engineering, methodology, physics, and forensics;Furnace/Heater, Furnace/heater power controller;

LUXFILM

thin films made from organic polymers, metal and metal alloy for use as specimen supports in transmission electron microscopy, as x-ray band pass filters for high energy physics research, and spectral purity band pass filters for space-based astronomy for use in extreme ultra-violet light lithography;LUX FILM;

LUXFOIL

Freestanding thin films made from metal, polymers, semiconductors, ceramics, and ionic compounds for use as bandpass filters, pressure windows, photocathodes, laser targets, and synchrotron targets;LUXEL FOIL;

MICRONIC

Mesh specifically adapted for freestanding thin films for use as bandpass, pressure windows, photo cathodes, laser targets, and synchrotron targets for use in material, biology, engineering, methodology, physics and forensics;

MICRONIX

Mesh specifically adapted for Freestanding thin films for use as bandpass, pressure windows, photo cathodes, laser targets, and synchrotron targets for use in material, biology, engineering, methodology, physics and forensics;

NANOMESH

NANO MESH;Mesh used by freestanding thin films for use as bandpass, pressure windows, photo cathodes, laser targets, and synchrotron targets for use in material, biology, engineering, methodology, physics and forensics;

RADAK

Evaporation furnace;