Uniform thin film layers of functional nanomaterials
Ability to spray ultra-thin conductive layers with desired electrical and transparency characteristics.
Ultrasonic vibrations of the nozzle the energy breaks apart agglomerated particles in the suspension the liquid.
Targeted low velocity spray results in very little overspray of expensive materials.
Programmable XYZ coating systems provide a full solution for your coating process, from R&D lab scale through production volume manufacturing.
Fine line or wide area nanocoatings.
Examples of nanomaterials applications commonly sprayed:
Depositing CNTs (carbon nanotubes), nanowires, perovskite materials, graphene, in uniform thin coatings for alternative energy, electronics, semiconductor, or medical applications.
Spraying catalyst inks such as carbon black and platinum solutions in fuel cell manufacturing.
Protective and strengthening applications using graphene or CNTs.
Various nanomaterials for EMI shielding.
Creating transparent conductive coatings.
Depositing uniform thin films of nanowires or graphene in advanced electronics applications.
Basic Specifications
DIMENSIONS: 944 mm W x 831 mm H x 794 mm D (37.2” W x 31.2” H x 32.7” D)
WORK AREA*:
400 x 400 x 100mm (15.75” x 15.75” x 3.94”) *Note: Work area may be reduced depending upon system configuration
CONTROL: Windows-based (PC included)
POWER REQUIREMENTS: 120V, 220V, +/-10%, 50-60Hz
AIR: 551.6 kPa (80 PSI) dry unlubricated air
MOTORS: Brushless DC servo
CERTIFICATION: CE
ULTRASONIC NOZZLE DESIGNS: AccuMist, Impact, Vortex, MicroMist, or Propel