Frankfurt, Germany, recently organized an international exhibition of organic and printed electronics (LOPE-C), exhibited new technologies and new products highlight the organic and printed electronics is no longer fringing, but are being put towards the mass market road. For example, in housing, printed electronics or will play an important role. A new type of organic light emitting diode light source. On plastic or glass coated with a thin layer of plastic, the future it can be used as panels or luminescent tiles on the walls, ceilings, room dividers or window for office or residential lighting. In view of the printed electronics products are being approached to mass market, market size can not be expected, therefore, this year's exhibitors reached 1,150, an increase of 35% compared to 2010. Today, organic and printed electronics in the form of a simple touch of its control, has begun to enter the field of electronic devices mobile data devices. This requires the touch sensor in the organic thin film printing, such a film coated with metal is hardly visible on a grid attached to electronic products. Printed displays and touch sensors will soon show the versatility of the car interior, ultra-thin organic light-emitting diode tail lights can be attached to the vehicle body. Future, solar cells and "smart" textiles from polymer-based thin film flexible substrate, used in automotive interiors help the driver and traffic environment interaction networking. It is organic and printed electronics Association (OE-A) said that since 2015, printed and electronic products can be made with the user interface display and switch only when required, the user interface appears in the driver's line of sight, by touch to activate. For this reason, research departments and a number of German companies are to produce such a compact, energy-efficient and low-cost electronic products and work hard. For example, the German company has made 3D- micro mark concern developments in the field of surface coating. This family business established in 2002 to develop a Micro-Flex laser micromachining system for ablation of a thin coating on a flexible substrate. The system for processing from roll to roll, it can greatly reduce the processing costs. According to Professor Bowman involved in development work, said: "This is a digital processing system based printing process." According to reports, the system is equipped with unwinding and rewinding unit, completely modular equipment during inkjet printing, screen printing, flexo and gravure printing unit and slot die coating (spray nozzle systems use raw materials) and so on. The future can have more substrates strip running through the machine. At the Frankfurt exhibition shows models equipped with four inkjet head (and Fuji Photo Film Co. to jointly develop, with a resolution of 400dpi). Ink jet printing ink consisting of 20% copper and 80% of the nanoparticles constituting the solvent. The solvent was evaporated by infrared radiation. In the process, the coating on the plastic substrate of copper nanoparticles is no electrical conductivity, after the sintering process (short particle melting) including a very short flash drying (800 ° C ~ 1000 ° C, 700 msec) Thereafter, this coated copper particles into a solid conductive metal structures. If you need UV curing light-emitting diodes can also be printed using an inkjet ink. Micro-Flex modular structure for different applications with a high degree of flexibility in the production of flexible electronic devices. For example, not only in the CIS / CIGS (copper indium gallium diselenide) group, but it can also be produced in the flexible organic solar cell substrate, printed batteries, smart labels (RFID) or rollable displays. In the paper industry has sold a number of micro-thin coating of soft-type laser micro-processing equipment for the manufacture of roll-to-roll RFID tag. The emergence of organic and printed electronics will be the traditional printing industry to open up new markets and applications.