Motorola DS-6707-HC Handheld Corded 2D Imager for Healthcare

Optional
Accessories

The DS6707-HC corded 2D imager enables hospitals and clinics to automate data capture at the point of care and beyond, reducing cycle times and the opportunity for errors in medication administration, specimen collection, admitting, dietary management and other healthcare applications. It also helps reduce risk for both patient and hospital; enrich patient information; and enable cost-effective compliance with healthcare regulations. Disinfectant-ready, this versatile scanner combines the functionality of a 1D and 2D bar code scanner, digital camera and document scanner in a single device, allowing caregivers to capture virtually any bar code as well as images, signatures and documents.

Disinfectant-ready
Specially designed plastic housing allows safe wipe-down and cleansing with a wide variety of harsh chemicals (See Specification Chart for approved list of cleansers)

1.3 Megapixel imaging
Provides resolution to support image capture and bar code scanning; provides flexibility to capture documents as large as 8.5 in. x 11 in./ 21.6cm x 27.9cm

Support for all major 1D, PDF, postal and 2D symbologies
Delivers application flexibility; eliminates need for multiple devices - and associated costs

6 ft./1.8m drop specification, tempered glass exit window
Designed to endure the rigors of everyday use for maximum reliability and uptime; reduces downtime and TCO

360° omni-directional scanning; wide working range, laser aiming pattern
Easy to use; no need to align item and scanner; virtually no training required

Text enhancement technology
Ensures legibility of text in scanned documents

Multiple on-board interfaces; universal cable compatible
Easy to install; future-proof - today's scanner can connect to tomorrow's host

Optional hands-free Intellistand
Enables presentation scanning and automatic switching between hands-free and handheld modes

RSM (Remote Scanner Management) Ready
Lowers IT expenses and TCO by enabling remote management from a central location