Devices
Industrial Panels & HMI Systems
Our industrial panels and HMI systems include panel PCs, web panels and industrial monitors, and are available in various sizes ranging from 5” to 32”.
Depending on your requirements, solutions with an integrated processing unit, browser-based operating concepts or display-only variants are available. All systems feature high-quality touchscreens and can be flexibly adapted to individual application scenarios – right down to custom front-panel designs.
Panel PCs
Web Panels
Industrial Monitors
| Panel PCs | Web Panels | Industrial Monitors | |
|---|---|---|---|
| Computing power | high (integrated) | low (client) | none |
| Software | locally installed | browser / web | external |
| Dependency | self-contained | Back-end required | External PC required |
| Complexity | High | Medium | Low |
| Flexibility | Medium | High (centrally controllable) | High (modular) |
On this page, you will find a selection of available base systems and configuration options.
Our team of experts will be happy to assist you in selecting the right solution.
Panel PCs
Definition: A panel PC is an all-in-one system comprising a computer and a display
Key features:
- Integrated CPU, RAM, storage → standalone computer
- Runs local applications (HMI, SCADA, MES, etc.)
- No external PC required
- Often robust (IP rating, fanless, 24/7 operation)
Typical role:
- Central control unit for a machine
- Edge computing / local data processing
- Complex visualisation and logic
Janz Tec emVIEW-P

COMING SOON: Brand-new panel PC series with a particularly high-quality design
Web Panels
Definition: A web panel is an HMI terminal that primarily displays content via a web browser
Key features:
- Little or no application logic of its own
- Display of HTML5/web visualisations
- Communication with: PLC / controller and server (e.g. SCADA, cloud)
- Often ARM-based, lightweight, energy-efficient
Typical role:
- User interface for centralised systems
- Distributed visualisation (e.g. building automation)
- Remote or multi-client scenarios
Industrial Monitors
Definition: An industrial monitor is simply a robust display without its own processing unit
Key features:
- No CPU / no operating system
- Requires an external computer (e.g. box PC)
- Often offers the same mechanical robustness as panel PCs
- Touch capability possible, but ‘dumb’
Typical role:
- Visualisation unit for: external IPCs and servers or thin clients
- Flexible architecture (computer mounted separately)
FAQ: Panel PCs
What requirements do harsh industrial environments place on the use of panel PCs?
In harsh environments, panel PCs are exposed to dust, moisture, temperature fluctuations and vibrations. They therefore require robust enclosures with a high IP protection rating, passive cooling systems and shock- and vibration-resistant industrial modules. An extended operating temperature range of approximately -20°C to 70°C ensures reliable continuous operation.
How do industrial panel PCs reduce operating costs and increase efficiency in manufacturing?
Industrial panel PCs reduce operating costs by automating processes and minimising errors. Real-time data acquisition and analysis enable precise control of production. The robust design reduces maintenance and replacement costs, whilst energy-efficient systems minimise power consumption.
How are panel computers integrated into existing IT infrastructures?
Panel computers can be integrated into existing systems via standardised interfaces such as Gigabit Ethernet, USB 3.0 and serial ports (RS-232/485). They support common industrial protocols such as OPC UA and MQTT for data exchange with PLCs and SCADA systems. Remote management functions enable centralised monitoring and maintenance, whilst compatibility with widely used operating systems facilitates integration into existing networks and software environments.
What security requirements must be taken into account when integrating industrial panel PCs?
Hardware security features such as Trusted Platform Modules (TPM) are essential for secure system boot-ups and data encryption. Regular updates to the operating system and applications address known vulnerabilities. Consistent network segmentation separates production networks from office networks. Access controls and authentication mechanisms prevent unauthorised access to data and control systems.








