With the official launch of Qtenboard’s new manufacturing facility, the company has entered a new phase of large-scale, systemized production. The expanded factory campus features clearer functional zoning, upgraded equipment, and optimized workflows, enabling higher efficiency and greater operational stability.
From raw material handling and SMT processing to assembly, testing, and packaging, each stage has been restructured to reduce delays and increase output consistency. This upgrade allows Qtenboard to handle large-volume orders with shorter lead times while maintaining strict quality standards.
One of the most significant improvements is the redesigned production layout. The new facility is not only larger in scale but also logically segmented into dedicated zones for material intake, SMT processing, assembly, testing, and packaging.
Each zone is physically separated yet operationally connected, creating a streamlined flow across departments. This reduces unnecessary movement, minimizes bottlenecks, and improves coordination between teams.
The result is a more predictable and stable workflow, even during peak production periods.
The introduction of fully automated SMT (Surface Mount Technology) lines marks a major technological upgrade. These lines significantly enhance motherboard production capacity while improving placement precision.
For interactive whiteboards and digital signage, the motherboard functions as the core control unit. Any inefficiency at this stage can affect the entire production schedule. Automated SMT ensures faster component placement, higher accuracy, and reduced reliance on manual operations.
This capability is particularly valuable for OEM clients requiring large volumes and consistent performance across units.
Qtenboard’s factory operates under a structured three-stage quality control framework:
All incoming electronic components undergo parameter verification before entering production. Key modules such as touch controllers, display drivers, and WiFi boards are subject to stricter inspection standards due to their direct impact on user experience.
During assembly, IPQC teams conduct routine and random inspections covering cable management, structural assembly, and touch performance. If abnormalities are detected, production can be paused immediately for correction.
Before shipment, each finished unit is inspected for firmware integrity, interface functionality, brightness performance, and overall build quality.
This multi-layer QC approach ensures quality is controlled throughout production rather than relying solely on final inspection.
All interactive flat panels and digital signage displays undergo a 48-hour high-temperature aging test to simulate long-term usage conditions.
During aging, devices operate continuously in elevated temperature environments. After testing, engineers re-evaluate:
Touch accuracy
Display brightness
Thermal management
System stability
Audio output
Wireless connectivity
Only units that pass all evaluations proceed to packaging.
For international shipments, packaging structures are reinforced according to shipping distance and logistics conditions, reducing the risk of damage during sea or land transportation.
To better support branding and project customization, Qtenboard has established a dedicated OEM customization zone. This area includes:
UI customization printing
Chassis silk-screening
Boot-animation programming
OEM partners can provide logos, brand color schemes, wallpapers, and design assets. Qtenboard engineers integrate these elements into a unified system covering UI visuals, startup animations, and exterior branding.
Because this line operates independently from standard production, customized orders can run simultaneously without affecting overall throughput.
| Category | Upgrade Highlights | Benefits |
|---|---|---|
| Production Layout | Larger campus with clear zoning | Smoother workflow, reduced bottlenecks |
| SMT Capacity | Automated SMT lines | Higher accuracy and output |
| Quality Control | IQC–IPQC–OQC system | Consistent product quality |
| Aging Test | 48-hour high-temp simulation | Improved long-term reliability |
| OEM Customization | Independent customization line | Faster branding implementation |
The expanded and well-structured layout places each production stage in a logical sequence, reducing idle time and improving cross-department coordination.
Products go through IQC, IPQC, OQC, and a 48-hour aging test that evaluates stability, brightness, touch accuracy, and thermal performance.
Yes. A dedicated customization line supports UI themes, silk-screen branding, wallpapers, and startup animations.
Reinforced packaging solutions are applied based on shipping methods and distances to minimize transit damage.
With the official launch of Qtenboard’s new manufacturing facility, the company has entered a new phase of large-scale, systemized production. The expanded factory campus features clearer functional zoning, upgraded equipment, and optimized workflows, enabling higher efficiency and greater operational stability.
From raw material handling and SMT processing to assembly, testing, and packaging, each stage has been restructured to reduce delays and increase output consistency. This upgrade allows Qtenboard to handle large-volume orders with shorter lead times while maintaining strict quality standards.
One of the most significant improvements is the redesigned production layout. The new facility is not only larger in scale but also logically segmented into dedicated zones for material intake, SMT processing, assembly, testing, and packaging.
Each zone is physically separated yet operationally connected, creating a streamlined flow across departments. This reduces unnecessary movement, minimizes bottlenecks, and improves coordination between teams.
The result is a more predictable and stable workflow, even during peak production periods.
The introduction of fully automated SMT (Surface Mount Technology) lines marks a major technological upgrade. These lines significantly enhance motherboard production capacity while improving placement precision.
For interactive whiteboards and digital signage, the motherboard functions as the core control unit. Any inefficiency at this stage can affect the entire production schedule. Automated SMT ensures faster component placement, higher accuracy, and reduced reliance on manual operations.
This capability is particularly valuable for OEM clients requiring large volumes and consistent performance across units.
Qtenboard’s factory operates under a structured three-stage quality control framework:
All incoming electronic components undergo parameter verification before entering production. Key modules such as touch controllers, display drivers, and WiFi boards are subject to stricter inspection standards due to their direct impact on user experience.
During assembly, IPQC teams conduct routine and random inspections covering cable management, structural assembly, and touch performance. If abnormalities are detected, production can be paused immediately for correction.
Before shipment, each finished unit is inspected for firmware integrity, interface functionality, brightness performance, and overall build quality.
This multi-layer QC approach ensures quality is controlled throughout production rather than relying solely on final inspection.
All interactive flat panels and digital signage displays undergo a 48-hour high-temperature aging test to simulate long-term usage conditions.
During aging, devices operate continuously in elevated temperature environments. After testing, engineers re-evaluate:
Touch accuracy
Display brightness
Thermal management
System stability
Audio output
Wireless connectivity
Only units that pass all evaluations proceed to packaging.
For international shipments, packaging structures are reinforced according to shipping distance and logistics conditions, reducing the risk of damage during sea or land transportation.
To better support branding and project customization, Qtenboard has established a dedicated OEM customization zone. This area includes:
UI customization printing
Chassis silk-screening
Boot-animation programming
OEM partners can provide logos, brand color schemes, wallpapers, and design assets. Qtenboard engineers integrate these elements into a unified system covering UI visuals, startup animations, and exterior branding.
Because this line operates independently from standard production, customized orders can run simultaneously without affecting overall throughput.
| Category | Upgrade Highlights | Benefits |
|---|---|---|
| Production Layout | Larger campus with clear zoning | Smoother workflow, reduced bottlenecks |
| SMT Capacity | Automated SMT lines | Higher accuracy and output |
| Quality Control | IQC–IPQC–OQC system | Consistent product quality |
| Aging Test | 48-hour high-temp simulation | Improved long-term reliability |
| OEM Customization | Independent customization line | Faster branding implementation |
The expanded and well-structured layout places each production stage in a logical sequence, reducing idle time and improving cross-department coordination.
Products go through IQC, IPQC, OQC, and a 48-hour aging test that evaluates stability, brightness, touch accuracy, and thermal performance.
Yes. A dedicated customization line supports UI themes, silk-screen branding, wallpapers, and startup animations.
Reinforced packaging solutions are applied based on shipping methods and distances to minimize transit damage.