The finger barcode scanner (also known as finger-ring scanner or finger-worn scanner) has the following significant advantages in logistics picking operations due to its unique design and functions:
1. Free your hands and improve efficiency
The finger barcode scanner can be operated with one hand: worn on the finger or the back of the hand, without the need for a handheld device, the picker can scan, carry, sort and other operations at the same time, reducing the time for switching actions. When using traditional scanning equipment, workers need to pick up and put down the equipment frequently, which is not only time-consuming and labor-intensive, but also reduces work efficiency. The Bluetooth finger barcode scanner eliminates these repetitive operations, allowing workers in large logistics warehouses to focus on finding and processing goods. The Bluetooth finger barcode scanner scans and carries out transportation simultaneously, which is especially suitable for high-frequency, fast-paced picking scenarios (such as e-commerce warehousing), and the efficiency is 20%-30% higher than that of traditional handheld devices.
2. Ergonomic and reduces fatigue
Lightweight design: The weight of the finger barcode scanner is usually less than 100 grams, Bluetooth finger barcode scanner is not easy to fatigue after long-term use, reducing the risk of occupational injuries (such as wrist strain). There is no need to raise your hand or adjust the grip angle, reducing the muscle burden caused by repetitive movements. In scenarios such as e-commerce warehouses, when sorters are carrying goods, they can directly scan the barcode with the finger wearing the ring to achieve simultaneous handling and scanning. Actual data shows that this collaborative working method has increased sorting efficiency by 30% to 40%.
3. Fast and accurate code scanning
Near-field scanning optimization: Designed for close-range code scanning (such as cartons, shelf labels), it has a fast response speed (millisecond level) and a low bit error rate. The Bluetooth finger barcode scanner is equipped with a high-performance scanning engine and supports omnidirectional scanning technology, which reduces the time for workers to deliberately aim at the barcode. Bluetooth finger barcode scanner can be quickly identified by flicking the wrist. The Bluetooth finger barcode scanner can accurately read barcodes on paper and metal packaging, and even dynamic barcodes on mobile phones. It is especially suitable for the logistics industry where goods are packaged in a variety of ways and barcode positions are not fixed.
NETUM finger barcode scanner is flexible to adapt to multiple code types: supports 1D/2D barcodes, and some models have anti-shake and tilt recognition functions to adapt to damaged or blurred barcodes.
4. Seamless integration and mobility
Wireless connection: finger barcode scanner synchronizes data with mobile terminals (such as PDAs, smart phones) or background systems in real time via Bluetooth, and the operating range is not limited by cables. It also supports docking with logistics software such as WMS (warehouse management system) and TMS (transportation management system) to achieve instant data upload.
5. Strong environmental adaptability
Blue finger barcode scanner adopts a durable design, dustproof and drop-proof (IP protection level), suitable for complex warehouse environments (dust, temperature difference, etc.). At the same time, low-light environment support: built-in fill light, can still accurately scan codes when working on dim shelves or at night. This Bluetooth wearable scanner adopts a high protection design with IP54 dust and water resistance level, which effectively resists dust and water erosion. In addition, Blue finger barcode scanner has passed the 1.5-meter concrete drop test, which greatly reduces the damage rate of the equipment and ensures the continuity of picking operations. The 1500 mAh battery can achieve 8 hours of continuous high-intensity work.
The finger barcode scanner significantly improves the efficiency and accuracy of logistics picking by optimizing the human-machine collaboration mode, which is especially suitable for the needs of modern intelligent warehousing. It is widely used in cold chain warehousing, intelligent picking and other logistics industries.
