Fantom G3: Laser Glass Scribing System

The Fantom G3 Glass Panel Scribing Machine utilizes the latest laser technology for glass scribing and is equipped with an integrated Laser Photonics laser source specifically geared for processing glass panels for the Flat Panel Display Industry.

Applications:

  • Color Filters
  • FPD (Flat Panel Display) Manufacturing.
  • Smaller Touch Screens.
  • Precision Glass Fabrication.

Fantom G4: Laser Glass Scribing System

The Fantom G4 Glass Panel Scribing Machine utilizes the latest laser technology for glass scribing and is equipped with an integrated Laser Photonics laser source specifically geared for processing glass panels for the Flat Panel Display Industry.

Applications:

  • Larger Size Color Filters
  • FPD (Flat Panel Display) Manufacturing
  • Touch Screens
  • Precision Glass Fabrication

Fantom G6: Laser Glass Scribing System

The Fantom G6 Glass Panel Scribing Machine utilizes the latest laser technology for glass scribing and is equipped with an integrated Laser Photonics laser source specifically geared for processing glass panels for the Flat Panel Display Industry.

Applications:

  • FPD (Flat Panel Display) Manufacturing
  • Large Touch Screens
  • Precision Glass Fabrication
  • Large Panel Glass Scribing

Fantom G8: Large Format Laser Glass Scribing System

The Fantom G4 Glass Panel Scribing Machine utilizes the latest laser technology for glass scribing and is equipped with an integrated Laser Photonics laser source specifically geared for processing glass panels for the Flat Panel Display Industry.

Applications:

  • Large Panel Glass Scribing
  • High Throughput Flat Panel Display Manufacturing
  • Touch Screens
  • Latest Generation Precision Glass Fabrication

ITO Removal System

The FL600™ is a basic ITO removal system utilizing proprietary fiber laser technology by Laser Photonics. It performs direct imaging by laser beam for patterning of ITO coated glass and plastics.

Main Features:

  • Highest ITO removal speed in the industry on glass and plastic substrates at speeds up to 12 m/sec with up to 1000 characters per second.
  • Laser Spot size 25 – 100 microns.
  • Line width – 50 – 200 microns
  • Individual Field size coverage– 220 x 270 mm.
  • Unlimited component size

Laser Photonics flat panel display (FPD) equipment is used in helping to create very thin display screens for laptops, computers, TV screens, radio faces, and most LCD technology. The FPD technology has become increasing popular over existing technologies because the display is thinner, lightweight and more energy efficient. The equipment is a complete turnkey system designed and built utilizing cutting-edge technology and patented methods, ZWLCT®.

Laser Photonics’ products are less than competitors’ prices. They can be custom built and have just in time delivery options. Contact us for more information so that we may make a recommendation to match your needs.

Laser Photonics, the world-renowned inventor and manufacturer of equipment based on ZWLCT® (Zero Width Laser Cutting Technology®) offers the latest innovation in laser scribing for the FPD (Flat Panel Display) Industry, the Fantom™ product line. Offering a stand-alone system for scribing TFT LCD panels, based on a C3 Laser™ Integrated Glass Scribing Laser Module, the Fantom™ series of laser scribing systems are cable of scribing glass panels ranging in size from Generation 3 to the large format Generation 8.

Laser Photonics’ Fantom™ laser scribers are designed to increase efficiency providing higher throughput rates and continually proving to be the more cost effective solution. Here are some of the reasons:

  1. In comparison to the older method of glass cutting, the cost of ZWLCT® technology continues to decrease, while mechanical scribing systems increase. As panel sizes increase the cost of mechanical equipment grows exponentially with each increase in panel size, while laser equipment costs only increase linearly. This change in market ROI makes Laser Photonics’ laser scribers and ZWLCT® methods the clear choice when comparing cost factors.
  2. Lasre Photonics’ patented glass scribing technology surpasses the older mechanical technology used to cut glass and other brittle materials for the electronic and semiconductor industries. Conventional technology creates vent cracks by stressing the substrate, which in turn creates surface damage and lateral cracks, resulting in particulate generation, and yield loss. It is this loss, plus the purchase cost for mechanical scribing and breaking systems, that has become the significant contributor to the retail cost of modern flat panel displays.
  3. The Fantom™ scribing systems utilize Zero Width Laser Cutting Technology® (ZWLCT®) which allows scribing applications to be processed with tremendous speed, no material loss, and no chips or other debris associated with conventional scribe and break techniques thereby eliminating the cleaning and grinding line.

Enhancements are continually being made to ZWLCT® methods and the Fantom™ line – growing and changing with the industry. To find out more information about Laser Photonics systems and technologies, please contact us today.