Kodak E1040 - Document scanner - CMOS / CIS - Legal - 600 dpi x 600 dpi - up to 40 ppm (mono) / up to 40 ppm (colour) - ADF (80 sheets) - up to 5000 scans per day - USB 3.2 Gen 1x1

The Kodak E1040 series scanners are compact, duplex color document scanners perfect for personal and workgroup use. Kodak scanning applications allow you to scan your documents and send them to various destinations with the touch of a button, then search for and view your digitized documents based on different search criteria.

• Scans up to 40 pages per minute in both black and white and color
• Automatic document feeder with a capacity of 80 sheets
• High-quality scans with resolutions up to 1200 DPI
• Supports various document types including passports and ID cards
• Compliant with environmental standards including ENERGY STAR and EPEAT Gold

• Efficient scanning speed
  The Kodak E1040 offers a maximum document scan speed of 40 pages per minute, enabling rapid handling of large volumes of documents efficiently.
• High optical resolution
  With a maximum optical resolution of 600 DPI and an interpolated resolution of up to 1200 DPI, this scanner ensures that detailed documents are captured accurately.
• Versatile document handling
  This scanner supports a range of document types, including plain paper, passports, and ID cards, making it ideal for various scanning needs.
• Advanced image processing features
  The E1040 incorporates a variety of image enhancement technologies such as automatic color detection, deskewing, and noise removal to produce high-quality scans.
• Environmental compliance
  Being ENERGY STAR certified and EPEAT Gold compliant, the Kodak E1040 is designed to minimize energy consumption and environmental impact.

The Kodak E1040 series scanners are compact, duplex color document scanners perfect for personal and workgroup use. Kodak scanning applications allow you to scan your documents and send them to various destinations with the touch of a button, then search for and view your digitized documents based on different search criteria.