Direct Imager "Majesty-DI"

We would like to share the latest information about the direct imager "Majesty-DI." ● A high-output type will be added to the "Majesty-DI" lineup. Its main applications include solder resist exposure and models compatible with low-sensitivity photosensitive resins. It can be widely used for solder resist exposure of printed circuit boards as well as in metal processing. ● Automation support To reduce manpower in the printed circuit board exposure process, we have implemented automation from input to output. It is also compatible with roll materials. ● Alternative operation to photoplotters By using UV film, it is possible to create exposure films in a yellow room. The Majesty-DI can be used as an alternative to photoplotters. ● Improved front-back alignment accuracy The alignment function utilizing the color development of DFR with UV marks on the exposure table eliminates the need for reference holes. It achieves a front-back alignment accuracy of 15μ (specification: actual value below 10μ). *For more details, please refer to the PDF document or feel free to contact us.

We would like to share the latest information about the direct imager "Majesty-DI." ● A high-output type will be added to the "Majesty-DI" lineup. Its main applications include solder resist exposure and models compatible with low-sensitivity photosensitive resins. It can be widely used for solder resist exposure of printed circuit boards as well as metal processing. ● Automation support To reduce manpower in the printed circuit board exposure process, we have implemented automation from input to receipt. It is also compatible with roll materials. ● Alternative operation to photoplotters By using UV film, it is possible to create exposure films in a yellow room. The Majesty-DI can be used as an alternative to photoplotters. ● Improved front-back alignment accuracy The alignment function utilizing the color development of DFR with UV marks on the exposure table eliminates the need for reference holes. It achieves a front-back alignment accuracy of 15μ (specification: actual value below 10μ). *For more details, please refer to the PDF materials or feel free to contact us.

We would like to share the latest information about the direct imager "Majesty-DI." ● A high-output type will be added to the "Majesty-DI" lineup. Its main applications include solder resist exposure and models compatible with low-sensitivity photosensitive resins. It can be widely used for solder resist exposure on printed circuit boards as well as in metal processing. ● Automation support To reduce manpower in the printed circuit board exposure process, we have implemented automation from input to output. It is also compatible with roll materials. ● Alternative operation to photo plotters By using UV film, it is possible to create exposure film in a yellow room. The Majesty-DI can be used as an alternative to photo plotters. ● Improved front-back alignment accuracy The alignment function utilizing the color development of DFR with UV marks on the exposure table eliminates the need for reference holes. It achieves a front-back alignment accuracy of 15μ (specification: actual value below 10μ). *For more details, please refer to the PDF document or feel free to contact us.

We would like to share the latest information about the direct imager "Majesty-DI." ● A high-output type will be added to the "Majesty-DI" lineup. The main applications include solder resist exposure and models compatible with low-sensitivity photosensitive resins. In addition to solder resist exposure for printed circuit boards, it can be widely used in metal processing and more. ● Automation support To reduce manpower in the printed circuit board exposure process, we have implemented automation from input to receipt. It is also compatible with roll materials. ● Alternative operation for photoplotters By using UV film, it is possible to create exposure films in a yellow room. The Majesty-DI can be utilized as an alternative to photoplotters. ● Improved front-back alignment accuracy The alignment function utilizing the color development of DFR with UV marks on the exposure table eliminates the need for reference holes. It achieves a front-back alignment accuracy of 15μ (specification: actual value below 10μ). *For more details, please refer to the PDF document or feel free to contact us.