"Micro-nano lithography machine"

Research and development of high-end lithography machine, professional domestic and foreign teams to provide professional technical support, on-site training. With the world's advanced laser holographic plate making technology and lithography machine

Cheetah high-speed direct writing lithography machine


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  • Cheetah high-speed direct writing lithography machine is the fastest 3D laser holographic direct writing lithography system and holographic lithography photocopying system in the world. It can quickly photocopy 3D holographic images of live or virtual objects to the photoresist surface. Cheetah high-speed direct writing lithography machine can be used in lithography. Overlay Other HiddenHide holographic images for greater optical security.
  • Cheetah high speed direct writing lithography machine technical specification
  • Photolithography size range: 500X500mm
  • Holographic production speed: 1cm2/30min
  • Laser: Holographic laser pulse laser, 440nm, repetition rate-from 60Hz to 120Hz
  • Focus: Auto focus every four defined points using CCD camera
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  • The Cheetah high-speed direct-write lithography machine is used to obtain the information of the digital 3D hologram from the digital image pixels. Our Cheetah high-speed direct-write lithography parallax-related software correlates images using pixels of the same coordinates and combining them from a holographic micro-frame, also known as curved surface or hole lattice. Each such microframe contains 200-800 2D pixels, replayed to 200-800 views. The program to create a holopixel image for the entire hologram is independent of the holographic recording program and can be installed on any number of computers for the convenience of the designer. The hologram visualization program creates hologram previews from a series of parallax related images and can also be installed on all designer computers.

Mars Times Optoelectronic Technology (Shenzhen) Co., Ltd--

With the world's leading laser holographic plate making technology and lithography machine, professional international research and development team, research and development of high-end lithography machine, customized laser holographic special edition, customized laser holographic general edition (shading).

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FIREFLY


  • Firefly is an advanced, single-pass, single-head microlithography startup system that has been developed to produce high-quality holograms; it can record the diffraction characteristics of optical variables, and is suitable for safety applications. Level 1 (naked eye), Level 2 (handheld viewer) and Level 3 (forensic) verification. The Firefly is powered by a dedicated, multi-core, high-end computer with 32 GB of memory and a version of the UNUX operating system customized for computing and control tasks.
  • This operating system selection and configuration makes Firefly a truly safe, reliable, and virus-free machine. The Firefly can be controlled via a touch screen or, upon request, via a shared network-connected device.
  • In order to improve the security of the Firefly, it can only be operated by authorized users, they will insert the provided USBkey into the machine. For hologram designs, the Firefly comes with project management software that uses image files uploaded in standard bitmap formats such as. tiff, jpg, png, and bmp to create projects and expose them as holograms. Each project is saved as a. holo file and can be uploaded to the Firefly to start the generation of the hologram.

FIREFLYMINI


  • The FIREFLYmini laser holographic lithography printer is a 3D holographic image printing system and a holographic lithography printing system, which is widely used in various high-security holographic anti-counterfeiting patterns and diffractive optical anti-counterfeiting production.
  • The production area of FIREFLYmini standard hologram is 150x 150mm (6 "x 6"), which can expand the holographic image area according to user requirements, and the lithography speed can reach 1cm2/30min.
  • Generally, a positive photoresist is used as a printing medium, and a hologram can be produced by exposing a photoresist region required to realize hologram generation.
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