Sissejuhatus

Qtenboard has recently completed a major upgrade to its factory operations, significantly improving material management, production efficiency, and product quality. The introduction of a smart warehouse system allows precise tracking of every component, reducing human errors and supporting a more stable supply chain. At the same time, the implementation of ESD (Electrostatic Discharge) protection ensures that sensitive components like touch ICs, WiFi chips, and motherboards are safeguarded during assembly. Additionally, the factory’s expanded R&D laboratories provide advanced testing environments for new motherboard platforms, enabling better system stability, wireless performance, and AI functionality. These combined improvements allow Qtenboard to deliver higher-quality products, faster OEM/ODM customization, and a more reliable experience for global clients.

Main Body

1. Smart Warehousing for Efficient Material Management

The new smart warehouse system is a game changer for Qtenboard’s production workflow. Each component—from FPC cables to driver boards, from frame sets to structural parts—is tracked in real time using barcodes and digital inventory management. This ensures that every item has a clear location, quantity, and usage record, which eliminates the need for manual counting and drastically reduces errors.

For procurement teams, this system is equally valuable. Automated notifications for low-stock items allow timely replenishment, reducing the risk of production delays. Inventory reports can be generated instantly, making it easier to forecast demand and plan production schedules. The combination of real-time visibility and precise tracking helps the factory operate more smoothly and meet strict delivery timelines, even for large-scale orders.

2. ESD Protection Ensures Component Safety

Sensitive electronic components are vulnerable to damage caused by static electricity. To address this, Qtenboard implemented a comprehensive ESD protection system. All personnel and materials must pass through static discharge checks before entering the production area.

Anti-static flooring, wristbands, and clothing are now standardized and enforced across the production zones. These measures are especially important for touch ICs, WiFi modules, and motherboards, which form the core of interactive displays. By preventing static-related damage, the factory ensures consistent touch accuracy, signal integrity, and overall device reliability.

In practice, this system not only protects components but also improves assembly efficiency. Workers can confidently handle sensitive boards without worrying about accidental discharge, and supervisors can easily monitor compliance across multiple production lines.

3. Open Factory Days Strengthen Client Trust

The factory recently hosted open days that brought in distributors from multiple regions, including the Middle East, Africa, and Europe. During these visits, clients were able to observe the entire production process firsthand—from incoming material inspections to final packaging.

These tours highlight the factory’s OEM and ODM customization capabilities. Visitors can see how brand logos, color schemes, wallpapers, and boot-up animations are integrated into interactive whiteboards and digital signage devices. Many clients were impressed by the touch precision, display brightness, and overall stability of the systems. On-site demonstrations often resulted in additional orders, reflecting high confidence in Qtenboard’s operational standards and product quality.

4. R&D Laboratories Support Advanced Motherboard Testing

The expanded R&D labs are a critical part of Qtenboard’s factory upgrade. These labs are designed to test new motherboard platforms, including T982, 9679, and V100, under a wide range of conditions. Equipment such as temperature-controlled chambers, signal analyzers, and network load simulators allows engineers to simulate real-world scenarios for Android systems, wireless projection, and AI modules.

Testing in these labs covers a variety of conditions: high and low temperatures, varying humidity levels, and different network loads. Engineers can evaluate system stability, responsiveness, and thermal performance before mass production. This proactive approach reduces potential failures, ensures consistent user experience, and forms the foundation for continuous innovation.

In addition to functional testing, the labs also allow the engineering team to experiment with new software and AI functions, optimizing them for smoother performance on future interactive displays. This ensures that Qtenboard’s products remain technologically competitive and capable of meeting evolving client demands.

5. Integration of Smart Warehousing and R&D Insights

By combining smart warehousing data with R&D testing results, the factory achieves better coordination between supply chain management and product development. For example, if a certain motherboard component shows a higher failure rate during lab testing, procurement can prioritize sourcing higher-quality parts.

This integration allows for a proactive approach to quality control, where potential production bottlenecks are identified and addressed before they affect final output. It also strengthens communication between engineering, production, and procurement teams, creating a more agile and responsive factory environment.

6. Advantages for OEM and ODM Customers

OEM and ODM clients benefit directly from these upgrades. Smart warehousing ensures that large orders can be fulfilled on time, even with customized configurations. ESD protection and R&D testing guarantee product stability, while open factory visits allow clients to verify quality standards and customization capabilities firsthand.

As a result, clients receive a combination of fast delivery, high-quality components, and flexible customization options. This enhances trust, fosters long-term partnerships, and strengthens Qtenboard’s position as a reliable supplier of interactive whiteboards and digital signage solutions worldwide.

Table: Factory Upgrades and Benefits

Conclusion

Qtenboard’s recent upgrades—including smart warehousing, ESD protection, open factory visits, and R&D labs—create a safer, more efficient, and client-friendly production environment. By improving material tracking, protecting sensitive components, and testing new motherboard platforms under realistic conditions, the factory now delivers higher reliability and faster OEM/ODM services. These enhancements strengthen Qtenboard’s ability to meet global market demands, support innovation, and maintain long-term partnerships with clients.

KKK

1. How does the smart warehouse system improve production efficiency?
It provides real-time tracking of all components, reduces human errors, and allows timely replenishment of critical materials, ensuring smooth production.

2. What is the purpose of ESD protection?
ESD protection prevents electrostatic discharge from damaging sensitive parts like touch ICs, WiFi modules, and motherboards, maintaining quality and stability.

3. Can clients observe the production process?
Yes, Qtenboard hosts open factory days where clients can see the entire workflow and verify OEM/ODM customization capabilities.

4. What types of tests are conducted in the R&D labs?
Motherboards and modules are tested under various temperatures, humidity levels, and network conditions. AI functions and wireless projection are also evaluated for stability and performance.

5. How do these upgrades benefit OEM and ODM customers?
Clients receive faster delivery, more reliable products, and flexible customization options, supported by advanced material management and system testing.