Leitor de código de barraGryphon I GBT4100-HC
The Gryphon™ series represents the premium line of Datalogic ADC’s general purpose handheld data collection products and offers the richest feature set among the general purpose products. Featuring Bluetooth® Wireless Technology, the Gryphon GBT4100-HC reader eliminates the need for cables that limit operator movement and create safety concerns in the workplace. The reader can also transmit data to the host through its base station as well as to any commercial or embedded Bluetooth v2.0 compliant device.
The Gryphon I GBT4100 reader’s batch mode capability allows more than 1200 bar codes to be stored in the memory. Combined with a 33,000 scans per charge Lithium-Ion battery, these two features create unlimited mobility and reliable data collection when out-of-range.
The Gryphon I GBT4100-HC readers include the patented Datalogic ‘Green Spot’ for good read/perfect match feedback, ideal for quiet environments such as bedside patient care where the perfect match feature can offer a simple, additional tool to avoid errors. The Green Spot, combined with fast reading and decoding capabilities makes the Gryphon I GBT4100-HC readers the best choice to improve productivity in hospitals, laboratories and pharmacies.
The Gryphon I GBT4100-HC models have an industry sealing rating of IP52 to protect sensitive electronic components from contact with dust and liquids. Sanitized plastics offer additional protection from routine cleaning and disinfection from specialized cleaning solutions used by the healthcare industry. Products withstand repeated drops from 1.5 m / 5.0 ft. to ensure uninterrupted activity despite the inevitable accidental drops and rough handling.
- Disinfectant-Ready enclosures treated with anti-microbial additives
- Fastest speed-to-read: 325 scans/second
- Bluetooth Wireless Technology with up to 30 m / 98 ft range
- Point-to-point and multi-point transmission
- Two-position cradle with Scan-While-Charging capability
- Batch Mode capability (>1200 codes stored in memory)