FUJI 7000 Drypix Printer

FUJI 7000 Drypix Printer

Rs.1,000,000.00
/
Shipping calculated at checkout.
Only 10 items in stock!
Description

The Fuji Drypix 7000 is a high-speed, high-resolution dry laser imager engineered for demanding radiology environments. By eliminating the need for wet processing, chemicals, and darkrooms, it provides a cleaner, more efficient solution for producing professional, film-based diagnostic reports with exceptional consistency and speed.

Diagnostic Configuration

  • Medical Dry Laser Imager: A specialized, high-volume digital printing system that converts diagnostic digital image data into high-contrast, diagnostic-quality hard-copy film.

Key Features

  • High-Speed Throughput: Optimized for efficiency, the system offers rapid first-film output and high-volume multi-film processing to support busy hospital imaging departments.
  • Superior Image Quality: Employs Fuji’s precise laser imaging technology to deliver high-resolution diagnostic images with smooth grayscale gradients, ensuring excellent clarity for soft-tissue and bone studies.
  • Dry Processing Efficiency: Uses advanced thermal dry printing technology, removing the logistical, environmental, and maintenance costs associated with wet chemical film development.
  • Flexible Multi-Format Printing: Supports a wide variety of film sizes and multi-frame layouts, allowing for customizable diagnostic report presentation.
  • Network Connectivity: Fully DICOM-compliant, allowing for easy integration into existing radiology networks for seamless printing from PACS, CR, or DR workstations.

Technical Specifications

  • Film Handling: Supports high-speed, multi-size film tray configurations to accommodate diverse clinical requirements.
  • Resolution: High-definition laser recording technology for sharp diagnostic fidelity.
  • Connectivity: Integrated DICOM network interface for rapid digital image transmission and printing.
  • Reliability: Engineered for 24/7 hospital performance, ensuring consistent output for critical diagnostic environments.
  • Environmental Impact: Dry-processing design eliminates hazardous liquid chemical disposal, promoting a greener clinical workplace.

The Fuji Drypix 7000 is a high-speed, high-resolution dry laser imager engineered for demanding radiology environments. By eliminating the need for wet processing, chemicals, and darkrooms, it provides a cleaner, more efficient solution for producing professional, film-based diagnostic reports with exceptional consistency and speed.

Diagnostic Configuration

  • Medical Dry Laser Imager: A specialized, high-volume digital printing system that converts diagnostic digital image data into high-contrast, diagnostic-quality hard-copy film.

Key Features

  • High-Speed Throughput: Optimized for efficiency, the system offers rapid first-film output and high-volume multi-film processing to support busy hospital imaging departments.
  • Superior Image Quality: Employs Fuji’s precise laser imaging technology to deliver high-resolution diagnostic images with smooth grayscale gradients, ensuring excellent clarity for soft-tissue and bone studies.
  • Dry Processing Efficiency: Uses advanced thermal dry printing technology, removing the logistical, environmental, and maintenance costs associated with wet chemical film development.
  • Flexible Multi-Format Printing: Supports a wide variety of film sizes and multi-frame layouts, allowing for customizable diagnostic report presentation.
  • Network Connectivity: Fully DICOM-compliant, allowing for easy integration into existing radiology networks for seamless printing from PACS, CR, or DR workstations.

Technical Specifications

  • Film Handling: Supports high-speed, multi-size film tray configurations to accommodate diverse clinical requirements.
  • Resolution: High-definition laser recording technology for sharp diagnostic fidelity.
  • Connectivity: Integrated DICOM network interface for rapid digital image transmission and printing.
  • Reliability: Engineered for 24/7 hospital performance, ensuring consistent output for critical diagnostic environments.
  • Environmental Impact: Dry-processing design eliminates hazardous liquid chemical disposal, promoting a greener clinical workplace.
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