Standard of A Real Ring Scanner
A ring scanner is a convenient wearable device that effortlessly scans barcodes and is worn on the finger like a ring. Designed to offer a hands-free solution, ring scanners enable workers to move freely and complete tasks without the constant inconvenience of picking up and putting down a handheld scanner. This results in efficient and accurate barcode scanning capability, streamlining the scanning process and enhancing overall productivity.
Safety
- Finger and Skin Friendly: Should not cause harm to fingers or skin even after prolonged wear.
- Low Power Consumption: This should generate minimal heat and consume low power.
- Sleek Design: Should have a smooth design without sharp edges to prevent snagging on clothes or objects.
User-Friendliness
- Lightweight: Should weigh less than 20g for comfortable, prolonged wear.
- Easy to Wear and Connect: Should be effortless to wear, remove, and connect to other devices.
- Intuitive Controls: Preferably equipped with double-sided controls for ease of use
Stability
- No Device Freezing: Should not freeze, preferably not more than once per week.
- Stable Bluetooth Connection: Should maintain a stable Bluetooth connection, with no more than one unintentional disconnection per week.
- Robust Electromagnetic Compatibility: Should not interfere with or be disturbed by other devices.
- Drop-Proof: Should withstand falls from at least 1.8 meters; preferable survival from 3-meter drops.
- Water and Dust Resistance: Should have a minimum rating of IP65, preferably IP66 or higher.
Performance
- High Accuracy: Should have an error rate of no more than 1 error per million scans.
- Fast Response: Should be capable of scanning at least 100 times per second (50 scans for 2D scanning).
- Long Battery Life: Should offer continuous operation for at least 8 hours after a full charge.
Ultra-low power technology that allows workers to work safely, easily, and efficiently may take decades to make, but it is one of the most cost-efficient, environmentally friendly, and lightweight options on the market. The goal of low energy devices is to significantly decrease the demand for electrical energy, as higher electrical usage increases financial and environmental costs. With the use of ultra-low energy ring scanners, it promotes energy conservation and environmental protection.
In today's fast-paced market, the Internet of Things (IoT) has emerged as a game-changer, and it’s revolutionizing operations. At Lotwork Inc., we have harnessed the power of IoT and combined it with our cutting-edge ergonomic scanning technology to create a comprehensive IoT solution. This expertise enables us to address crucial aspects of operations, such as long-term comfort, sustainability, value, health & safety. Let's explore how our IoT solution, equipped with our innovative hardware, transforms your work environment. Our IoT solution is meticulously designed to empower your entire workforce. The ergonomic ring scanner has been crafted with a paramount focus on user experience, ensuring lasting comfort and sustainability. Additionally, the wireless light tag facilitates swift item picking and sorting, providing the utmost operational ease and maintaining a flawless 0% error rate. Through our IoT-enabled devices, employees can remain comfortable, focused, and highly productive even during extended work hours.
Efficiency and productivity are vital components of a successful work environment. Being on the job site often entails participating in fast-paced and physically demanding tasks, which leads to an increased risk of work-related injuries. According to recent statistics from the International Labour Organization (ILO), the toll of occupational injuries and diseases is alarming, with over 2.3 million fatalities occurring annually worldwide. These numbers underscore the urgent need to invest in solutions that enhance workplace safety and efficiency. Investing in the right scanning solutions can significantly impact your bottom line by reducing theses workplace injuries, while minimizing downtime and optimizing overall efficiency.