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Simple and easy-to-work-with basic design.
Safe and smooth setting of glass substrates, arbitrary settings via touch panel, and a stable squeegee with a doctor blade.
The winder function enables continuous fine printing.
The effective printing width can range from 150mm to 1600mm. It has a proven track record as both a research and development tool and a production device, and is equipped with optional units such as drying and firing units. The engraving rolls can accommodate both ceramic and gravure rolls.
The GP transfer fine printing device using a glass pattern is versatile, allowing for the switching of several types of printing methods.
The method of printing ink from a high-precision engraved glass pattern groove onto a blanket for application onto substrate glass or continuous film is known as the gravure printing method, and it is also possible to use a printing method that employs the convex parts of the high-precision engraved glass pattern. This includes an ink peripheral mechanism that ensures not a single drop of expensive ink (paste) is wasted, a squeegee mechanism that prolongs the lifespan without damaging the consumable glass pattern, and a safety system that considers the safety of the operators.
A centered drum-type printing device that thoroughly pursues the beauty, operability, and cost-effectiveness of "printing."
To enhance high quality to an even higher quality, our company has been developing plate-making equipment for 32 years to achieve high-precision plate-making. For the past 16 years, we have been developing and selling flexo plates in-house, contributing to the improvement of precision in flexo printing worldwide.
Achieved compact specifications for research and development, saving space, high precision, and low cost.
We are developing and producing a unique device that seeks ultimate printing precision through the fusion of mechanics and electronics. (Currently, we are focusing on enabling high-precision, high-detail, large-area printing.) Direct printing on wafers, electrode printing on glass substrates using conductive paste, direct printing on printed circuit boards, and direct printing of diodes can be performed with precision. 【Features】 ○ Compact design for research and development, achieving space-saving, high precision, and low cost ○ Effective printing dimensions are MAX 90mm × 90mm ○ The drive mechanism employs servo motors, allowing for reproducibility and detailed setting of conditions For more details, please contact us or download the catalog.
Compact cleanroom specifications
At the level of general commercial printing, there are no issues, but for fine printing in printable electronics, it has been evaluated as unsuitable for high-resolution pattern printing. This year marks nearly ten years since that evaluation, and surprisingly, it has become possible to print organic transistors using letterpress. The fact that letterpress, which has long been rated low, can now achieve high-resolution pattern printing is backed by clear reasons.
Electrode printing on glass substrates using semiconductor pattern wear and conductive paste can be done precisely.
By setting the gravure roll section to the blanket roll section, direct gravure printing becomes possible. When the roll is replaced with an adhesive sheet from the film, it can be used as clean paper for the blanket roll, allowing for a consistently cleaned blanket surface.
Equipping a single fine printing device with multiple fine printing units enables simultaneous research and development and achieves efficient and speedy research and development.
The ink squeezing mechanism's doctor mechanism is our original design, allowing for a reliable and smooth squeegee (double squeegee mechanism).
Any size that is currently available for printing is possible.
Our company also manufactures photosensitive resin plates that meet printing conditions, allowing for printing under optimal conditions.
Electrode printing on glass substrates can be done precisely.
By setting the gravure roll section to the blanket roll section, direct gravure printing becomes possible. When the roll is replaced with an adhesive sheet from the film, it can be used as clean paper for the blanket roll, ensuring that the blanket surface is always clean. 【Features】 ○ Roll design that does not distort under printing pressure ○ Easy blanket installation ○ High-precision rotation control with AC servo For more details, please contact us or download the catalog.
