Cognex DataMan 370 1D & 2D High Performance Barcode Readers
Superior read performance for the broadest range of applications DataMan® 370 series fixed-mount barcode readers solve challenging direct part mark (DPM) and label-based multi-code, multi-symbology applications using Cognex’s latest decoding algorithms, a multi-core processor, and new integrated lighting. With twice the performance and power of conventional readers in the same class, DataMan 370 delivers superior read performance for the broadest range of
Superior read performance for the broadest range of applications DataMan® 370 series fixed-mount barcode readers solve challenging direct part mark (DPM) and label-based multi-code, multi-symbology applications using Cognex’s latest decoding algorithms, a multi-core processor, and new integrated lighting. With twice the performance and power of conventional readers in the same class, DataMan 370 delivers superior read performance for the broadest range of applications, including:
Twice (x2) the reading performance and power - Cognex DataMan 370 1D & 2D High Performance Barcode Readers are optimized with patented decoding algorithms to ensure superior read rate performance for 1D and 2D codes. DataMan 370’s multi-core processor enables it to run these algorithms and processes in parallel, resulting in two times the performance and power of comparable high-performance readers.
Main Features: ▪ High-speed lines ▪ Difficult-to-read parts ▪ Small codes ▪ Multi-code, multi-symbology applications ▪ Multi-sided scan tunnels
1DMax with Hotbars is an algorithm and technology optimized for omnidirectional 1D barcode reading, decoding up to 10X the speed of a conventional barcode reader.
2DMax® with PowerGrid® is a breakthrough algorithm and technology designed to read 2D codes with significant damage to or complete elimination of a code’s finder or clocking pattern, or quiet zone
High Dynamic Range (HDR) Technology uses the latest CMOS image sensor technology, which is 16X more detailed than conventional sensors. This globally enhances image quality and contrast, resulting in greater depth-of-field, faster line speeds, and improved code handling.