Overview
In modern factory automation environments, industrial HMI systems play a critical role in real-time control, visualization, and operator decision-making. A global materials manufacturer operating automated production lines required a rugged industrial touchscreen computer capable of supporting advanced HMI workflows while maintaining reliability in harsh factory conditions. Premio’s UL Listed industrial touchscreen computer from the VIO-200-PC100-EHL Series delivered the performance, durability, and scalability needed to modernize factory floor HMI operations.
Challenges
- Limited CPU headroom for industrial HMI applications with multi-window visualization
- Reliability issues caused by dust, vibration, and temperature fluctuations on the factory floor
- Insufficient industrial I/O and connectivity for expanding automation equipment
- Slow maintenance and troubleshooting due to lack of remote HMI access
- Need for UL Listed industrial hardware to meet safety and compliance standards
Solution
- Premio’s rugged industrial touchscreen computer (VIO-200-PC100-EHL Series)
- Intel Celeron J6413 quad-core processor optimized for industrial HMI performance
- IP65-rated fanless front panel with aluminum die-cast construction
- Extensive industrial I/O including serial ports, USB, dual LAN, and isolated digital I/O
- UL Listed industrial platform with optional Edge AI readiness
Benefits
- Increased HMI uptime and production efficiency
- Reduced maintenance costs and downtime
- Scalable industrial HMI standard for future automation
Company Overview
The company designs and manufactures metal fiber, wool, and pad products for automotive, consumer, and industrial markets. Its production facilities rely on industrial automation systems for precise positioning, material handling, and process control. Continued investment in standardized industrial computing platforms supports long-term scalability and operational consistency.
The Challenges
Processing Headroom for Modern Industrial HMI Workflows
Operators relied on industrial HMI interfaces displaying diagnostics, recipes, and quality data simultaneously. Legacy HMI hardware struggled to deliver smooth multi-window performance. These limitations introduced delays in time-sensitive manufacturing steps.
Reliability in Harsh Factory Environments
The production floor exposed HMI systems to vibration, airborne dust, and temperature variation. Existing industrial computers experienced intermittent failures during long production runs. Each disruption increased downtime and scrap risk.
Connectivity for Automation Expansion
Quality and traceability initiatives required additional sensors, barcode scanners, and vision systems. Existing HMI platforms lacked sufficient serial, USB, and digital I/O. Limited connectivity restricted automation scalability.
Maintenance Velocity and Remote Access
HMI updates and diagnostics required on-site access, slowing response times. Maintenance teams struggled to service systems without interrupting production. The lack of remote monitoring increased mean time to repair.
Safety and Compliance Alignment
Factory automation equipment required UL Listed industrial hardware to support audits and validation. Inconsistent HMI platforms complicated documentation across production cells. Leadership sought a standardized industrial HMI solution.
The Solution
Rugged Industrial Touchscreen HMI Platform
Premio’s industrial touchscreen computer from the VIO-200-PC100-EHL Series was deployed as the primary HMI across automated production lines. The 15.6-inch full HD panel mount touchscreen delivered clear, reliable visualization at the point of operation. Resistive and projected capacitive touch options ensured usability in industrial environments.
High Performance Industrial Processing
Powered by the Intel Celeron J6413 quad-core processor, the system provided stable performance for modern industrial HMI software. Operators transitioned between screens without lag or dropped frames. Consistent processing helped maintain predictable production cycles.
Fanless Industrial-Grade Design
A fanless architecture combined with an IP65-rated front panel protected the industrial computer from dust and debris. The aluminum die-cast frame enhanced durability against vibration and thermal stress. This rugged design improved long-term HMI reliability.
Flexible Industrial I/O and Networking
Dual LAN ports, 4x COM ports (standard) with an additional 2x COM ports via bracket expansion, USB 3.2 ports, and isolated digital I/O supported seamless integration with automation equipment. Sensors, scanners, cameras, and controllers connected directly to the HMI. Expansion options ensured future-ready automation connectivity.
UL Listed and Edge AI Ready Platform
The UL Listed design simplified safety compliance and audit preparation. Standardized configurations enabled faster HMI deployment across production cells. Optional Edge AI readiness provided a path for future machine vision and analytics applications.
The Benefits
Increased Industrial HMI UptimeRugged construction and stable HMI performance reduced unexpected system failures. Operators experienced smoother production with fewer interruptions.
Faster Maintenance and Lower Costs
Remote diagnostics shortened troubleshooting cycles and reduced on-site service needs. Premio’s Los Angeles-based support helped accelerate issue resolution.
Scalable Factory Automation Standard
Standardizing on the VIO-200-PC100-EHL Series enabled consistent HMI deployment across new automation stations. The platform supported long-term growth and modernization.
Conclusion
By upgrading to a rugged industrial touchscreen computer, the manufacturer strengthened factory automation reliability and HMI performance. The VIO-200-PC100-EHL Series delivered a UL Listed, scalable, and high-performance industrial HMI solution built for real-world manufacturing environments. The result was a future-ready platform supporting both current production demands and long-term automation growth.