-Plasma Damage Free
-Low Temperature Process
-Large Area Process
-Plasma Damage Free
-Low Temperature Process
-Large Area Process
-measurement of IV curve
-temperature sensor
-Multicomponent thin film synthesis
-Thin film TCO film deposition
-Ion beam treatment
-Post-Heat treatment system in a vacuum
-In-situ High Temperature Process
-Formation of the Oxide and Nitride
-Annealing in various environments (vacuum, air, oxygen, nitrogen condition)
-Equipment for solution process
-solution process
-Measurement of resistance, voltage and current
-Analysis of performance for solar cells
-Measurement in hardness of thin films
-Analysis of electrical properties for semiconductor and TCO
-Sheet resistance, resistivity, mobility, carrier concentration
-Vander pauw method
-Erbium Fiber laser : ELM-20
-Wavelengths from 1545 to 1555 nm
-Annealing / Etching / Patterning
-Polymer sputtering
-Polymer based hybrid materials
-Low temperature sputtering
-DC/RF co-sputtering
-Measurement of surface sheet resistance
-Measurement in surface energy of thin films
-Analysis in contact angle of films surface
-Simple/ Uniform Thin film coator
-Easy & Fast Process without Vacuum
-Clean Custody of Sample in Vacuum of Atmospheric
-Sample Dry in Vacuum or Atmospheric
-Measurement of Transmittance of Thin Films
-Measurement of Light Absorption Rate
-Measurement of Reflection Rate
-Measurement in change of resistance of thin films
-Estimate the stability of mechanical property
-Low Cost and Simple
-Less substrate surface damage
-Excellent purity of films
-Temperature measurement system for thin film heaters
-Measurement in change of resistance of thin films -Estimate the stability of mechanical property Combinatorial sputtering system
-Multicomponent thin film synthesis
-Thin film transistor and TCO film deposition
-Post-Heat treatment system in a vacuum
-In-situ High Temperature Process
-Formation of the Oxide and Nitride
-Mesurement in hardness of thin films
-Hydrophilic/ phobic Surface Modification -Easy & Fast Process without Vacuum
-Multicomponent thin film synthesis
-Thin film transistor and TCO film deposition
-Plasma Damage Free
-Low Temperature Process
-Large Area Process
-Measurement in change of resistance of thin films
-Estimate the stability of mechanical property
-Multicomponent thin film synthesis
- Thin film transistor and TCO film deposition
-Measurement in change of resistance of thin films
-Estimate the stability of mechanical property
-Inner bending/Outer bending/Stretching
-Seamless integration of conventional contact profilometer and scanning probe microscope (SPM) technology
-Dual mode operation (tip scan and stage scan) optimized for small area 3D mapping as well as long range profiling
-High quality potentiostat/galvanostat/impedance analyzer
-Voltage pulse or current pulse charge/discharge experiment
-Other electrochemical experiments