Industrial Panel PCs & HMI

An Industrial Panel PC is an all-in-one touch screen computer specifically engineered to operate reliably and continuously in harsh industrial environments where a standard consumer-grade PC would fail. These devices integrate industrial-grade processors & computing hardware with a durable touch screen display into a compact, rugged unit. Because they combine computing power with a visual interface, they are often used as an Industrial HMI (Human-Machine Interface) or HMI controller.

While a standard touch screen all-in-one PC is designed for an office, an industrial panel pc is built with industrial-grade components to withstand:

• Extreme Temperatures: Operating efficiently in both high heat and freezing conditions.
• Vibration and Shock: Maintaining performance near heavy machinery or on moving transport.
• Ingress Challenges: Featuring high IP ratings (such as IP66 or IP69K) to protect against dust, moisture, and chemical exposure. They also feature fanless designs to help decrease ingress points in the chassis.

Industrial Panel PCs and Industrial HMIs are commonly used as operator interfaces for machinery, automation systems, and SCADA platforms. These systems allow operators to monitor data, control machinery, and manage complex processes directly from the factory floor. Available in a range of screen sizes, with resistive or projected capacitive touch options, our industrial Panel PCs / HMIs provide a rugged touch screen computer solution for factories, control rooms, and field-based applications across Australia and New Zealand.

Industrial Panel PCs / HMIs are used across a wide range of applications where reliability, durability, and continuous operation are required. Because they function as both a powerful industrial panel computer and an intuitive Industrial HMI, they are essential for bridging the gap between human operators and complex automated systems.

Below are some common applications:

• Manufacturing & Factory Automation: Used as a central HMI controller to monitor production lines, manage PLC data, and control robotic assembly arms. A ruggedised Panel PC reduces downtime by operating 24/7 in manufacturing & factory environments with heavy vibration and dust that would destroy a standard office computer.
• Food & Beverage Processing: Controlling recipe management and packaging systems on the factory floor. Utilising a stainless steel Panel PC with a high IP rating (such as IP66 or IP69K) ensures the unit can withstand high-pressure washdowns and caustic cleaning agents while maintaining strict hygiene standards.
• Oil, Gas & Mining: Real-time data logging and monitoring of pressure, temperature, and flow rates in remote extraction sites. In these outdoor or semi-outdoor settings, a sunlight readable display with high brightness ensures that operators can clearly see critical data even in direct, harsh Australian sunlight.
• Interactive Kiosks & Wayfinding: Serving as a touch panel pc kiosk for self-service check-in, ticketing, or industrial information points. The all-in-one touch screen computer design provides a sleek, space-saving footprint that is easy to mount in public or high-traffic areas, while the touch screen offers a responsive, rugged user experience.
• Pharmaceutical & Cleanroom Environments: Managing batch records and monitoring cleanroom conditions like humidity and particulate levels. Stainless steel fully sealed and fanless industrial Panel PC options help to prevent the circulation of bacteria and other contaminants, which is critical for maintaining sterile manufacturing environments.
• SCADA and Process Control Systems: Serving as the primary interface for SCADA (Supervisory Control and Data Acquisition) software to visualise entire plant operations, manage alarms, and log historical data. Our range of industrial Panel PC systems with Windows or Linux operating systems provide the necessary processing power to run complex graphical interfaces. They also offer reliable, real-time process control capabilities, giving operators a centralised touch screen computer to make critical adjustments instantly.
• Warehousing and Logistics: Mounted on forklifts or at picking stations for inventory management, barcode scanning, and fleet tracking. A rugged Panel PC is designed to handle the constant physical shocks and vibrations of warehouse machinery. Furthermore, an all-in-one touchscreen pc simplifies the workflow for staff, allowing for rapid data entry even while wearing gloves, thanks to specialised touch screen technology.

The main benefits of an Industrial Panel PC / HMI are reliability, durability, and long-term suitability for industrial environments. Unlike a consumer all-in-one touch screen computer, an industrial Panel PC is purpose-built for continuous operation and system integration.

Key benefits include:

• Enhanced Durability: Rugged industrial Panel PCs feature robust housings (often aluminium or stainless steel) that protect internal components from physical impact, vibration, dust, moisture, and extreme temperature fluctuations common in Australia.
• Reduced Downtime: By using industrial-grade components, wide range power input options and fanless cooling designs, an industrial panel computer experiences significantly fewer hardware failures than consumer PCs, ensuring your production line or SCADA system remains operational for longer.
• Superior Ingress Protection: With high IP ratings like IP66 or IP69K, these units are protected against dust and water, including high-pressure water jets. This makes them ideal for any industrial touch pc application requiring frequent cleaning or exposure to the elements.
• Flexible Integration: Most industrial Panel PCs offer a wide range of I/O ports (such as Serial, LAN, and USB), processors, storage and expansion options, allowing them to act as a versatile HMI controller that connects seamlessly to legacy machinery and modern sensors alike.
• Space-Saving Design: The all-in-one touch screen computer format eliminates the need for separate monitors, extra cables and bulky towers, making it easy to mount directly onto machinery, walls, or inside control cabinets via VESA or panel mounting.
• Long Service Life and Availability: Industrial Panel PCs are designed for extended product lifecycles, reducing the need for frequent replacements and supporting long-term system standardisation across industrial sites in Australia and New Zealand.

While both devices function as an all-in-one touch screen computer, the engineering and external construction of an industrial Panel PC are vastly different from a standard consumer-grade PC. A standard all-in-one touch screen PC is a consumer product built with plastic or light metal for office use. In contrast, an industrial panel computer is a piece of heavy-duty industrial hardware designed to withstand the physical and environmental rigours of factory floors, outdoor sites, and processing plants.

The key differences include:

• Durability and Build Quality: A standard all-in-one touchscreen PC is usually housed in lightweight plastic. In contrast, an industrial touch PC features a ruggedised Panel PC design with heavy-duty aluminium or stainless steel enclosures. These materials provide essential protection against physical impacts and the constant vibration found on factory floors or in transport applications across Australia.
• Cooling and Environmental Protection: Most consumer computers rely on internal fans for cooling, which can suck in dust and debris, leading to overheating. An industrial Panel PC often uses a fanless, sealed design, which allows the unit to achieve high IP ratings (such as IP66), protecting the internal processor and circuitry from moisture, oils, and airborne contaminants.
• Lifecycle and Availability: Consumer models change almost every year, making it difficult to find matching replacements for long-term projects. Industrial Panel PCs will generally have a long life cycle and availability, meaning the exact same hardware configuration is typically available for 5 to 10 years. This ensures consistent performance and software compatibility for large-scale industrial rollouts.
• Reliability in Extreme Conditions: While a standard all-in-one touch PC is rated for a narrow temperature range (usually 10°C to 35°C), a rugged HMI can operate in extreme temperatures, often ranging from -20°C to 60°C. They are also designed for 24/7 continuous operation, whereas consumer units are designed for periodic daily use.
• Touch Screen Durability: The touch screen on a standard PC is designed for clean fingers. A rugged HMI uses industrial-grade glass (often 7H hardness) and offers specialised technologies. This includes resistive touch for operators wearing heavy work gloves, or projected capacitive touch for high-precision use with anti-scratch and anti-reflective coatings.

Yes. Interworld Electronics’ Panel PCs / HMIs are highly customisable to suit a wide range of industrial applications and environments.

Customisation options include:

• Screen sizes: Typically available from 7" to 32", supporting both compact installations and larger operator interfaces
• Processors: Scalable industrial-grade platforms ranging from entry-level processors through to higher-performance Core i and Intel Core Ultra class CPUs
• Touch screen options: Resistive touch for glove or stylus use, and projected capacitive touch for multi-touch and enhanced clarity
• Environmental protection: IP65, IP66, or IP69K front panel protection, or fully sealed designs for washdown and harsh environments
• Memory & storage: Configurable memory and industrial-grade storage options to suit application demands
• I/O & connectivity: Flexible configurations with multiple LAN, COM, USB, and display output ports
• Expansion options: Optional Wi-Fi, Bluetooth, and mobile connectivity for wireless or remote access
• Display enhancements: High-brightness and sunlight-readable display options for high ambient light environments
• Chassis options: Durable enclosures including stainless steel for corrosive or hygiene-critical applications
• Mounting options: Panel mount and other industrial mounting solutions to suit machinery, enclosures, or control cabinets
• Design Changes: For large quantity orders, customers also have the option to make certain changes to the design / construction of the system (needs to be approved by the manufacturer) to suit the needs of their application.

This modular approach allows Interworld Electronics to supply an industrial Panel PC or HMI that closely matches a wide range of performance, environmental, and integration requirements for long-term industrial use in Australia and New Zealand.

With such a wide selection of Industrial Panel PC / HMI from Interworld Electronics to choose from, it can be difficult to know which option will suit your specific needs. To choose the right Industrial Panel PC or Industrial HMI, you must look beyond the obvious e.g. screen size, and evaluate the specific environmental and operational demands of your industrial application.

Consider the following factors to help guide your selection:

1. Environmental & Thermal Factors: The installation environment is the most critical factor. Standard computers fail in extreme conditions, so you must match the hardware to your surroundings:
   • Extreme Temperatures: If your site experiences high heat or freezing cold (e.g., cold storage or outdoor mining in Australia), select a model with a wide operating temperature range (up to -20°C~60°C).
   • Washdown & Hygiene: For food and beverage or pharmaceutical applications, look for a fully sealed stainless steel chassis with an IP69K rating. This ensures the unit can withstand high-pressure, high-temperature water jets.
   • Dust & Particulates: In woodworking or textile mills, a fanless industrial panel computer is essential to prevent internal dust buildup and mechanical failure.
2. Processing & Application Complexity: Match the processor to the computing performance your software requires:
   • Basic HMI Tasks: For simple machine toggles or data entry, efficient Atom, Celeron, or Pentium processors provide a cost-effective solution.
   • Advanced SCADA & Visualisation: For applications that require more intense and/or real-time computation, such as SCADA, machine vision or AI workloads, a higher-performance Core i or Intel Core Ultra processor may be required.
3. Lighting & Visibility: Where will the operator be standing?
   • Outdoor/High Glare: If the Panel PC is positioned in direct sunlight or under bright bay lights, a high brightness (1000nits) and sunlight readable (optical bonding, anti-glare, anti-reflection and anti-UV coatings) display is required to prevent screen washout.
   • Standard Indoor: A standard LCD Panel PC is usually sufficient for controlled indoor lighting.
4. User Interaction & Touch Requirements: How will the user interact with the Panel PC?
   • Gloved Operation: If operators wear heavy safety gloves, resistive touch is the best choice as it responds to physical pressure.
   • Multi-Touch Precision: For modern interfaces requiring pinch-to-zoom or high-clarity glass, projected capacitive touch offers a superior, smartphone-like experience.
5. Integration & Expansion: Consider what devices the Panel PC needs to communicate with:
   • Legacy Connectivity: Ensure you have enough COM (Serial) and LAN ports to connect to older PLCs or factory networks.
   • Wireless Needs: For mobile platforms or remote monitoring, ensure your unit is configured with Wi-Fi, Bluetooth (BT), or Mobile expansion modules.

Based on your specific needs, use the product filters in the sidebar on this page to find the products that would best suit your specific application. Alternatively, you can also contact the team at Interworld Electronics who can help you with finding the best option.

Choosing a Panel PC / HMI from Interworld Electronics Australia means partnering with a supplier that understands industrial computing needs, long-term support, and rugged performance requirements specific to Australian / New Zealand city and regional industrial environments.

• Industry experience: Interworld Electronics has over 30 years of experience supplying industrial computing solutions, including rugged Panel PCs and Industrial HMIs to manufacturing, automation, energy, and other industrial projects across Australia and New Zealand.
• Customisation and configuration: We offer flexible options — from screen sizes and touch technologies to IP rating, processing performance, memory / storage, I/O connectivity, and even design / construction (only available for large orders) — so you get an industrial Panel PC matched precisely to your application rather than a one-size-fits-all all-in-one touchscreen PC.
• Rugged, application-ready products: Our industrial Panel PCs are built for harsh industrial environments, with options for IP65/IP66/IP69K front panel protection or fully sealed enclosures, high brightness sunlight readable screens, and glove-friendly or multi-touch interfaces.
• Long lifecycle and support: We source Panel PCs built with industrial-grade components and processors with long availability and lifetime, reducing the need for frequent replacement. Combined with local support in Australia, you get reliable products backed by responsive technical assistance and service options.
• Integration expertise: Whether you’re deploying a touch panel PC kiosk, a rugged HMI on the factory floor, or an industrial panel computer in a control cabinet, we can help you select the right interfaces, expansion options, and mounting solutions for seamless integration.

By choosing Interworld Electronics, you get more than hardware — you get industry expertise, tailored configurations, and ongoing support that help ensure your industrial Panel PC / HMI delivers reliable, long-term performance in demanding environments.

At Interworld Electronics, we focus on supplying modern, high-quality industrial Panel PCs and HMIs that are engineered to operate reliably for many years. However, we understand that issues can occasionally arise in industrial environments. If a problem does occur, our team is committed to helping customers diagnose and resolve issues efficiently. Furthermore, because we are based in Australia, you don't have to worry about the delays associated with overseas shipping. Should a rare issue arise, our local technical team endeavours to resolve it as quickly as possible.

Interworld Electronics’ Panel PCs / HMIs are supplied with a standard 2-year warranty, providing assurance that the hardware is designed and supported for long-term industrial use. For applications requiring additional peace of mind or extended service coverage, longer warranty options are also available.

In addition to product warranties, we offer lifetime telephone technical support for hardware, giving customers access to experienced local support throughout the life of the product. This combination of warranty coverage and ongoing technical assistance helps ensure your rugged Panel PC or Industrial HMI continues to perform reliably in demanding applications across Australia and New Zealand.

Our range of Industrial Panel PCs and HMIs are designed to offer maximum flexibility for your automation and control projects. Because we understand that industrial software varies significantly—from legacy programs designed for older square screens to modern, high-definition interfaces—we provide a comprehensive mix of 4:3 and 16:9 aspect ratios. This variety ensures that whether you are replacing an older HMI or implementing a new high-performance Panel PC, you can select a screen size and resolution that perfectly matches your software’s native layout, preventing image stretching or distortion. The following table shows the typical screen sizes, display resolutions and aspect ratios of our Panel PCs / HMIs.

Choosing the right touch screen technology is vital for ensuring your Panel PC or Industrial HMI functions correctly in its intended environment. While both technologies allow for intuitive interaction, they are constructed and operated with completely different physical attributes and are therefore suited to different industrial applications.

Here is a breakdown of the differences between resistive touch and projected capacitive touch:

1. Resistive Touch Screen: Resistive technology relies on physical pressure. The screen consists of two flexible layers with an air gap between them. When you press the screen, the layers touch, completing an electrical circuit.
   • Best For: Heavy industrial environments where operators must wear thick work gloves, or areas where the screen might be covered in dust, oil, or water splashes.
   • Pros: It can be operated by almost anything—a gloved finger, a stylus etc. It is also generally highly resistant to electrical noise and liquid on the surface.
   • Cons: It does not support multi-touch (e.g., pinch-to-zoom) and the flexible top layer can be more susceptible to scratches over time compared to glass. It can also be negatively affected when placed in direct sunlight for long periods of time.
2. Projected Capacitive (PCAP) Touch Screen: PCAP technology is similar to what you find on a modern smartphone. It uses a sensor grid of micro-fine wires integrated into a glass layer. When a finger touches the surface, it causes a change in the electrical capacitance.
   • Best For: Applications requiring a durable, rugged screen, outdoor applications in direct sunlight or interfaces that require high precision and gesture support.
   • Pros: It features a highly durable, scratch-resistant glass front panel. It supports multi-touch gestures and offers superior optical clarity, making it ideal for high-resolution displays. It continues to function at a high level even when left in direct sunlight for long periods of time (especially when combined with high brightness and sunlight readable features)
   • Cons: Standard PCAP screens can struggle with heavy industrial gloves and may react to large amounts of water on the screen surface.

Choosing between resistive touch and projected capacitive touch depends on the application, operating conditions, and user interaction requirements of the industrial Panel PC or HMI. Feel free to contact Interworld Electronics if you need help choosing the best touch option for your application.

In the world of industrial computing, an IP rating (Ingress Protection rating) is an international standard that defines exactly how effective an enclosure is at sealing out foreign bodies like dust and water.

For our customers in Australia and New Zealand, understanding these ratings is the best way to ensure your Panel PC or Industrial HMI will survive the specific conditions of your site.

How to Read an IP Rating

An IP rating consists of two digits:

1. First Digit (Solids): Indicates protection against dust and other solids (Scale 0–6).
2. Second Digit (Liquids): Indicates protection against water and moisture (Scale 0–9K).

Common Ratings for Interworld Electronics Panel PCs

Most of our ruggedised systems are designed with high-level protection to ensure they remain operational in harsh environments:

• IP65: The Panel PC is dust-tight and protected against water splashes or low-pressure water jets.
• IP66: This is the standard for many of our ruggedised units. It offers the same dust-tight protection but can withstand powerful water jets. This makes it suitable for harsh industrial environments or outdoor installations where heavy rain is a factor.
• IP69K: Typically found on our stainless steel options, this is generally the highest level of protection required for strict hygienic environments. A unit with an IP69K rating is built for high-pressure, high-temperature washdowns. It can withstand up to 80°C water sprayed at extreme pressure—essential for strict hygiene and cleaning in food processing and pharmaceutical plants.

When choosing a Panel PC, it is important to understand where the IP rating is applied. The choice between front panel and fully sealed protection depends on the installation method and environmental exposure of the industrial Panel PC or HMI.

Front Panel Protection

Front panel protection means that only the face of the Panel PC is sealed against dust and liquids. This is the most common configuration for units intended for panel mounting.

• How it works: The all-in-one Panel PC is fitted into a cut-out in a control cabinet or console. A gasket creates a seal between the bezel of the PC and the cabinet opening.
• The Benefit: It is a cost-effective solution for indoor environments. The vulnerable touch screen and display are protected from the front, while the rear of the unit (containing the ports and cables) stays safe and dry inside the enclosure.

Fully Sealed Protection

A fully sealed system means the entire ruggedised chassis—front, back, and sides—is protected from the environment.

• How it works: These units do not have any open vents. Instead of standard plugs, they use specialised M12 waterproof connectors to protect the I/O ports.
• The Benefit: A fully sealed Panel PC is designed for standalone use. They are usually mounted on a floor stand, swing arm, Yoke Mount, or a wall, in areas where the computer might be sprayed with water or exposed to heavy dust from any direction.

A sunlight readable Panel PC / HMI is designed to maintain screen visibility in environments with high ambient light or direct sunlight. This is achieved through a combination of increased display brightness, optical treatments, and intelligent control features.

Key factors that make Interworld Electronics’ industrial Panel PCs and HMIs sunlight readable include:

• High Brightness: Our high brightness Panel PCs with increased brightness levels, commonly around 1000nits, produce stronger backlighting that improves visibility in outdoor or brightly lit environments.
• Optical bonding: In a standard screen, there is a small air gap between the touch screen and the LCD panel. This gap causes internal reflections that interfere with visibility. Optical bonding fills this gap with a specialised resin that eliminates internal reflections for superior clarity, prevents internal condensation or fogging in humid environments, and increases the physical durability of the display.
• Auto-Dimming: Auto-dimming adjusts screen brightness based on ambient light conditions, helping maintain readability while reducing glare and power consumption.
• Surface Coatings: We offer a variety of coatings to further enhance the performance of the front panel:
  • Anti-Glare (AG) / Anti-Reflection (AR): These treatments scatter or absorb reflected light, reducing the mirror effect of the glass surface.
  • Anti-UV Coating: Essential for outdoor units to prevent the LCD from yellowing or degrading over long periods of exposure to Australia’s high UV levels.
  • Anti-Fingerprint (AF): Helps maintain a clean, readable surface even with frequent touch interaction.

These features are available as optional configurations on selected Interworld Electronics Panel PCs / HMIs rather than standard on all models. Selecting the right combination of brightness and optical enhancements ensures the industrial Panel PC or HMI remains readable and reliable in sunlight-exposed environments across Australia and New Zealand.

In industries where hygiene and corrosion resistance are essential, the material used for a Panel PC chassis is just as important as the electronics inside. While many ruggedised units use aluminium, a stainless steel chassis (typically 304 or 316-grade) is recommended for hygienic environments.

The primary benefits of using a stainless steel panel pc include:

1. Superior Hygiene and Cleanability: Stainless steel is a non-porous material, meaning it does not collect or trap bacteria, mould, or contaminants. This makes it an essential choice for food, beverage, and pharmaceutical applications. These units can also be fully sealed with an IP69K rating, meaning they can be exposed to high-pressure, high-temperature washdowns without the chassis degrading or electronics being compromised.
2. Corrosion and Chemical Resistance: Many industrial sites use harsh cleaning agents or operate in salty, coastal, or acidic environments. Unlike plastic or standard metals, a stainless steel chassis—especially 316-grade—is highly resistant to oxidation and chemical corrosion. This ensures that your industrial panel computer maintains its structural integrity and appearance even after years of exposure to caustic chemicals.
3. Physical Durability and Impact Resistance: Stainless steel is incredibly tough. In a busy production environment, machinery or tools can occasionally strike an Industrial HMI. The inherent strength of a ruggedised stainless steel enclosure provides a high level of protection for the internal components, preventing costly damage and downtime.
4. Heat Resistance: Stainless steel can withstand much higher temperatures than plastic or aluminium without warping or losing strength. This makes it an ideal housing for Panel PCs situated near ovens, furnaces, or other heat-generating industrial processes.
5. Long-Term Value: While the initial cost may be higher than a standard Panel PC, the lifespan of a stainless steel unit is significantly longer in harsh environments. By preventing rust and chemical damage, you reduce the frequency of hardware replacements, making it a smarter long-term investment for your facility.

SUS304 vs. SUS316 Stainless Steel Construction

When selecting a Stainless Steel Panel PC, the choice between SUS304 and SUS316 usually comes down to the level of chemical or salt exposure the unit will face.

• SUS304 (Standard Industrial Grade): This is the most common grade of stainless steel. It contains high levels of chromium and nickel, providing excellent corrosion resistance for most indoor and general manufacturing environments. It is highly cost-effective and resistant to oxidation and common sanitizing agents. It is the ideal choice for dry food processing, laboratory settings, and general industrial automation where the unit is cleaned regularly but not exposed to highly aggressive chemicals.
• SUS316 (Marine & Chemical Grade): SUS316 contains an additional element called molybdenum. This significantly increases the metal's resistance to pitting and crevice corrosion. It is essential for environments with high salt spray (coastal or marine applications) or those that use harsh chemical washdowns (such as meat and poultry processing or pharmaceutical manufacturing). If your Industrial Panel PC is frequently exposed to chlorides or saline, SUS316 is the gold standard to ensure the chassis does not rust or degrade over time.

Because every Panel PC and Industrial HMI we provide is highly customisable, a one-size-fits-all price can often be misleading. We also believe that providing a fixed price online could lead to our customers unintentionally purchasing a system with specifications that aren’t quite right for their specific application.

Here is why we prefer to provide a tailored quote for your project:

1. Ensuring the Right Configuration: As an all-in-one system, our Panel PCs have hundreds of possible combinations—from different processors and screen sizes to specialised options and touch technologies. We want to ensure you aren’t paying for features you don’t need, or conversely, missing a critical requirement like a high brightness display for an outdoor site. By reviewing your requirements first, we can confirm the configuration is correct before you lock in an order.
2. Accurate, Market-Linked Pricing: The cost of industrial components, such as CPUs, memory and storage, can fluctuate based on global supply chains and market trends. By providing a quote upon request, we ensure the price you receive is the most accurate and up-to-date reflection of current market conditions.
3. Tailored to Your Environment: The cost of an industrial panel computer is often determined by the level of protection your site requires. For example, a Panel PC used in a dry, indoor warehouse will have a different price point than a fully sealed stainless steel unit designed for high-pressure chemical washdowns. By discussing your environment first, we ensure you aren't paying for extreme protection you don't need, while also making sure you aren't under-speccing a unit that might fail in a certain harsh industrial workspace.

SCADA stands for Supervisory Control and Data Acquisition. It is a system that combines hardware and software to monitor, gather, and process data in real-time, while also allowing operators to control industrial processes locally or from a remote location.

A SCADA system typically gathers data from sensors, PLCs, and remote devices, then presents that information to operators through an Industrial HMI or Panel PC. Using a touch screen interface, operators can view system status, respond to alarms, adjust setpoints, and analyse trends across equipment or processes.

SCADA is commonly used in manufacturing, utilities, energy, water treatment, transport, and infrastructure applications where reliable, continuous monitoring is required. Industrial Panel PCs are often used as SCADA operator stations because they provide a rugged, all-in-one touch screen computer designed for 24/7 operation in industrial environments.