A high-resolution fringe printer for studying synthetic holograms

• Matsushima, Kyoji

• Kobayashi, Sachiko

• Miyauchi, Hiroki

Abstract

A high resolution fringe printer developed for driving the research in computer-generated holograms is presented. This fringe printer consists of a rotation drum and a laser diode and is capable of printing elliptical dots of 1.5 times 3.0 microns in diameter on photosensitive films. These dot sizes are approximately converted into resolutions of 17,000dpi × 8,500dpi. The horizontal and vertical angles of viewing-zone of holograms printed by the printer reach 24 and 12 degrees, respectively. The designed maximum scan speed is more than 200mm/s, and at current stage of development, a hologram of approximately 50 mm square can be printed in approximately 2 hours.

Journal

• Proceedings SPIE : Practical Holography XX : Materials and Applications

  Proceedings SPIE : Practical Holography XX : Materials and Applications 1-8, 2006

  The International Society for Optical Engineering

Keywords

• Digitally synthetic hologram
• Computer-generated hologram
• CGH
• 3-D image
• Fringe printer

Details

• CRID: 1050001202913768832
• NII Article ID: 120005686412
• HANDLE: 10112/5762
• Web Site: https://kansai-u.repo.nii.ac.jp/records/11140
• Text Lang: en
• Article Type: journal article
• Data Source:
  • IRDB
  • CiNii Articles