Ideal for warehouses and distribution centers, as well as factory automation and POS applications, both the compact IDM 240 (designed for general purpose use), and the IDM 260 (built for industrial use) hand-held scanners, are equipped to securely and reliably identify current 1D, 2D, stacked and Data Matrix bar codes.
IDM24X
Convenient and secure identification of 2D codes
- Securely and reliably identifies
- two-dimensional (2D) codes
- all current linear (1D) codes
- stacked bar codes
- Innovative, miniaturized matrix camera enables fast and secure code identification, no matter what orientation the code is in
- Extremely light, ergonomic design, making it is easy to hold and enables comfortable triggering
- Manual operation and hands-free operation in presentation mode
- With corded and cordless variants available, you are bound to find the ideal solution for any application. The combination of fast and reliable identification of 1D and 2D codes, ergonomic design, and simple operation provides ideal conditions for daily use in an extremely wide range of non-industrial fields of application.
Technical Overview | Applications
IDM26x
Reliable 2D code identification in harsh environments
The IDM260x hand-held scanner securely and reliably identifies two-dimensional codes, and all popular linear, stacked or DPM codes.
The IDM260x hand-held scanner securely and reliably identifies two-dimensional codes, and all popular linear, stacked or DPM codes.
Thanks to its rugged, IP 65-protected housing, the hand-held scanner is able to withstand adverse environmental conditions. Nevertheless, it is light, easy to hold, and can be used simply and intuitively due to its triple read indicator LED, beeper, and vibration.
The cordless variants ensure flexibility and mobility. For integration in industrial fieldbuses, e.g., PROFIBUS or PROFINET, SICK connection modules can be used. The combination of reliable code reading, rugged design, and SICK connectors enables use in an extremely wide range of industrial fields of application.
