In the rapidly evolving landscape of technology, the reliability, convenience, and cost-effectiveness of equipment have become key concerns in the industrial sector. To better meet the needs of industrial customers, the APOLLO 10 GEN2 has been designed with the core principles of "narrow, light, and thin," aiming to achieve efficient operations in demanding environments.
1. Bezel-less Design: Enhancing Usability and User Experience
TheAPOLLO 10 GEN2 features a 1.2mm bezel-less design that significantly increases the screen’s usable area, with a screen-to-body ratio as high as 90%. In industrial work environments, operability and visual experience are critical, especially when performing complex data operations or monitoring in confined spaces. Wide bezels can impede operations, but with the narrowed bezels, theAPOLLO 10 GEN2 delivers a more precise and intuitive operating experience in environments such as vehicle cockpits and control stations, reducing the risk of operational errors and improving work efficiency.
2. Lightweight Design: Enhancing Portability and Deployment Efficiency
The portability and flexibility of industrial equipment directly affect its deployment efficiency in real-world applications. TheAPOLLO 10 GEN2’s overall weight is reduced by 50%, making it significantly more portable in work scenarios such as mining sites and construction areas, where mobile equipment is required. This design eases installation, movement, and operation challenges. Particularly in logistics vehicle monitoring systems and transportation tools, the lightweight design simplifies installation and adjustments, reducing dependency on support equipment and further lowering overall usage costs.
3. Thickness Optimization: Enhancing Adaptability and Heat Dissipation
In complex industrial environments, the thickness of equipment affects not only installation convenience but also space utilization and heat dissipation efficiency. TheAPOLLO 10 GEN2’s thickness is reduced to 30mm, greatly enhancing its installation flexibility in confined spaces. For example, in vehicle dashboards and industrial control panels, the thin design minimizes the space occupied by the device, ensuring effective operation in limited space. Additionally, the reduction in thickness improves the device's heat dissipation, extending its service life and ensuring long-term stable operation.
4. Economic Benefits from Innovative Design
By adhering to the principles of "narrow, light, and thin," theAPOLLO 10 GEN2 not only enhances performance but also creates tangible economic value for users. The lightweight and thin design reduces costs related to transportation, installation, and maintenance, while extending the device’s lifespan and reducing the frequency of malfunctions and maintenance. These design optimizations significantly lower the total cost of ownership, allowing enterprises to achieve greater benefits with lower investment, especially when used in harsh environments over extended periods.
5. Conclusion: Technological Innovation Drives Industry Development
CPDEVICE remains committed to technological innovation, closely integrating product design with industrial requirements. TheAPOLLO 10 GEN2, with its bezel-less, lightweight, and ultra-thin design, effectively addresses the challenges of various complex industrial environments, providing users with cost-effective solutions. Looking ahead, we will continue to uphold the spirit of innovation and provide more efficient and intelligent equipment for the industrial sector, helping enterprises achieve high-quality development.
We welcome customers to apply for a trial and experience the powerful features and outstanding performance of the APOLLO 10 GEN2 firsthand.
