Keyence HR-X100

High-speed reading & large depth of field for stable reading of simple DPM. Wireless Charging Eliminates Terminal Wear Wireless charging support means there’s no need to worry about terminal wear, helping to ensure a long, reliable service life. This also eliminates the need for terminal maintenance and cleaning while ensuring safe, reliable charging even in dirty and oily environments. Industrial-Grade Durability The durable design eliminates the most common causes of failures, such as water and oil adhesion and damage from drops, for usability in any working environment—from the harsh conditions of manufacturing sites to logistics sites where repeated impacts are common. In addition to eliminating the need for maintenance and replacement due to damage, the rugged design also helps ensure high-performance reading over a longer usage period. High oil resistance thanks to an IP65/67G and ISO 16750-1–compliant enclosure Drop resistance: 2.5 m / Repeated drop resistance: 20,000 drops (30 cm) Instantaneous, Reliable Reading of Challenging DPM Codes Advanced reading performance is made possible with the direct, polarized, and diffused lighting developed for SR-X Series fixed code readers.The AI-enhanced decoder also drastically improves reading performance with challenging DPM codes. This provides instantaneous and reliable reading even with damaged codes, highly reflective targets, and incredibly small codes. Reading flexibility is also improved for long-distance reading and reading at an angle, significantly reducing the need to retry codes from a different angle or distance to ensure accurate traceability for greater productivity. Faster Reading Performance for Codes from Near and Far Improves Efficiency The dual-camera structure results in high-speed reading over a large depth of field for codes both near and far away. With no need to adjust the reading distance, users need only point the easy-to-align aimer at the target code, which helps eliminate extended hours spent on reading. This also makes it possible to reduce the time spent on manual operations requiring reading of numerous codes, in turn helping to improve on-site efficiency.