Fundamental Technologies
Develop fundamental technologies for product design and production techniques which contribute to high-quality product manufacturing and continuous growth of the Ricoh group as well.
Main Technologies
Crystallization of PZT Film by Laser Annealing Technology
- Crystallizing PZT film using laser irradiation, acquiring the displacement characteristics required for PZT.
Lead-Free Piezoelectric Material
- A lead-free piezoelectric film, which has electromechanical properties comparable to those of PZT, on a Si substrate.
Technology Applied in Developing Piezoelectric Thin Film Using Ink-Jet Printing Method
- A few micron thick piezo thin film actuator using the ink-jet printing (IJP) method
High-Power and Small-Package Green Laser
- Successful development of a compact, low-heat light source for high-power, visible-light lasers
High-Quality Gallium Nitride Crystals
- A method for growing high-quality crystals with dislocation density reduced by three orders of magnitude
Micro-shape Formation Technology - Microhoneycomb
- Formation of a large-surface microhoneycomb structure using a bubble inflation mechanism
Organic Electronic Materials and Devices
- An organic semiconductor material technology for producing electronic devices using printing methods
Simulation and Visualization Analysis of Developer Powder Flow in Copiers and Printers
- X-ray visualization and simulation analysis of the flow of electrophotography developer powder
Advanced Material Analysis Technology
- Analysis of chemical components in toner particles using a nanolevel 3D observation technique
Super-resolution Patterning Technique Using Inorganic Material
- The formation of minute patterns using thermal change of inorganic resist material
Thin Optical Disk Stabilization Technology Using Air Bearing
- A technology that makes possible the high-speed rotation of disks as thin as paper
