Ambir nScan 690gt Duplex ID Card Scanner with AmbirScan for athenahealth

Ambir nScan 690gt Duplex ID Card Scanner w/AmbirScan for athenahealth

The Ambir nScan 690gt duplex ID card scanner is a compact and efficient solution designed for healthcare environments. Its vertical design allows for quick and high-quality scanning of both sides of ID and insurance cards in just a second, producing clear color or grayscale images. Its small footprint makes it ideal for crowded patient registration areas and mobile carts where space is limited. This scanner seamlessly integrates with athenahealth via the included AmbirScan software, automating the process of capturing driver’s licenses and insurance cards to attach directly to patient records, streamlining administrative workflows. The front-facing eject mode ensures easy access to scanned documents, eliminating the need to reach behind the device, which enhances efficiency and reduces handling time. The sturdy Kensington lock slot provides secure attachment to your workspace, protecting the device from theft or accidental dislodgement. Its ultra-compact footprint ensures minimal space usage, making it suitable for busy clinics and registration desks where space optimization is critical. Built in China by AMBIR, the nScan 690gt combines performance with security and ease of use, supporting healthcare professionals in maintaining fast, accurate, and organized patient documentation.

Features:

• Kensington™ Lock Slot - An industry standard Kensington lock slot lets you easily secure the scanner to your work surface to prevent theft and accidental drops.

• Complete Solution - Includes AmbirScan for athenahealth software for auto scanning of driver’s licenses and insurance to attach to patient records.

• Front Facing Eject Mode - Cards and documents are scanned and ejected at the front of the scanner, simplifying access and reducing handling time.

• Ultra-Compact Footprint - The nScan 690gt takes up far less space than ADF or flatbed scanners, making it perfect for crowded desks and tight patient registration workspaces.