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Open Frame Industrial Panel PC

Your Professional Open Frame Industrial Panel PC Supplier

Open Frame Industrial Panel PCs designed for embedded equipment, machine integration, industrial automation, HMI systems, kiosks, control panels, and customized electronic applications.

Our Open Frame Industrial Panel PC range combines industrial displays, touchscreen interfaces, and embedded computing platforms in configurable open-frame structures. Product configurations can be selected according to display size, processor platform, touchscreen type, I/O requirements, power input, installation dimensions, and application environment.

Available options include standard industrial panel PCs, touchscreen panel PCs, embedded open-frame computers, and project-based customized configurations for OEM equipment manufacturers and system integrators.

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Product Technical Specifications

Product Series	Display Size	Resolution & Brightness	Touch Type	Processor Platform	I/O Interfaces	Power Input
OF-104C	10.4 inch	1024 x 768, 400 cd/m2	P-Cap / Resistive	Intel Celeron J1900 / Core i3	2 x LAN, 4 x USB, 2 x COM	DC 12V
OF-156C	15.6 inch	1920 x 1080, 300 cd/m2	Projected Capacitive	Intel Core i5-8265U / i7	2 x LAN, 4 x USB, 4 x COM, 1 x HDMI	DC 9-36V Wide Voltage
OF-215C	21.5 inch	1920 x 1080, 250 cd/m2	Projected Capacitive	Intel Core i5 / i7 (Embedded)	2 x LAN, 6 x USB, 2 x COM, 1 x VGA	DC 12V

Why Choose Us

Dedicated Industrial R&D and Customization Expertise

Our engineering team brings extensive experience in embedded system design, structural mechanical engineering, and industrial display technologies. We offer rapid design validation, prototype development, and flexible OEM/ODM modifications tailored precisely to unique spatial and performance requirements.

Strict Industrial Quality Control and Testing Standards

Every open-frame panel PC undergoes rigorous multi-stage quality assurance procedures. This includes 24-hour high-temperature burn-in tests, vibration resistance checks, touch panel accuracy calibrations, and comprehensive power stability inspections to ensure zero-defect delivery for mission-critical deployments.

Comprehensive Technical Support and Global Service

From initial mechanical drawing reviews and sample evaluations to remote software debugging and post-sales maintenance, our technical support team provides responsive, expert assistance throughout the entire product lifecycle to ensure seamless project execution.

Product Features & Advantages

Embedded Open-Frame Architecture:

Designed with a modular, frame-integrated structure that eliminates bulky outer casings, allowing seamless embedding into custom equipment, machine housings, and self-service kiosks.

Flexible Industrial Configuration:

Highly configurable platform supporting diverse display sizes, processor tiers (from low-power Celeron to high-performance Core i series), touch technologies (P-Cap and Resistive), and varied I/O interfaces.

Rugged 24/7 Reliability:

Engineered with industrial-grade motherboards, solid-state storage compatibility, and fanless thermal management to guarantee stable round-the-clock operation in demanding environments.

Precise Mechanical Integration:

Built to strict dimensional tolerances featuring multiple mounting methods (front, rear, VESA, and custom brackets) ensuring a flush fit and precise alignment within tight spatial constraints.

Application Scenarios

Industrial Automation & HMI:

Integrated into production machinery, CNC equipment, and process control stations for operator interfaces and visualization.

OEM Equipment Manufacturing:

Built into packaging machinery, textile equipment, testing apparatus, and automated assembly lines.

Self-Service Terminals & Kiosks:

Deployed in information terminals, ticketing systems, access control gates, and payment kiosks with custom external housings.

Industrial Control Cabinets:

Installed within electrical control consoles where display and computing modules must fit standardized mechanical constraints.

Medical & Laboratory Devices:

Embedded into specialized analytical and diagnostic equipment requiring exact dimensional and interface specifications.

Transportation Systems:

Integrated into transit control units, ticketing validations, and vehicle monitoring stations.

How to Select the Right Open Frame Industrial Panel PC

Confirm the Installation Space
Verify physical parameters:

Available installation width and height
Maximum allowable installation depth
Panel cutout dimensions
Mounting hole locations and spacing
Internal equipment clearance
Cable routing space

Define Display Requirements
Consider operating conditions:

Screen size and resolution
Viewing distance and user interface layout
Display brightness and contrast ratio
Installation orientation (landscape or portrait)
Indoor or outdoor ambient lighting conditions

Select Touch Technology
Choose between capacitive and resistive touchscreens based on operational requirements:

Direct finger or glove operation needs
Exposure to dust, moisture, or contaminants
Required touch sensitivity and response time
Cleaning and maintenance frequency

Define Computing Requirements
Select hardware specifications according to actual workload requirements:

HMI software execution demands
Operating system environment (Windows or Linux)
Data processing and multitasking needs
Peripheral connection requirements
Continuous 24/7 operating demands

Mechanical Integration and Installation Considerations

Open Frame Industrial Panel PCs are engineered specifically for integration into larger systems.

Typical Installation Methods
Embedded front mounting into cutouts

Rear mounting via brackets or threaded studs

VESA mounting and custom mechanical brackets

Enclosure integration for control cabinets and consoles

Critical Mechanical Review Points
Where are the mounting points located on the frame?

Is sufficient installation depth available inside the housing?

Is the rear electronics board adequately protected or enclosed?

How will internal heat be dissipated from the sealed installation space?

Are cable connectors easily accessible after final mechanical installation?

Does the equipment require a custom front bezel or gasket seal?

Standard Products vs. Customized OEM Projects

Standard Models: The most efficient choice when screen dimensions, mounting holes, I/O interfaces, and computing platforms match application requirements without modification.

Customized Projects: Recommended when specific engineering adjustments are needed:

Non-standard mechanical dimensions or mounting patterns
Custom front-panel structures or gasket seals
Modified I/O board layouts or specialized interfaces
Specific CPU platform integrations or extended temperature ranges
High-brightness display upgrades for sunlight readability
Customized power input ranges (e.g., wide-voltage DC inputs)
Corporate branding or private labeling requirements

For customized projects, the engineering workflow begins by reviewing mechanical drawings, interface requirements, and the operating environment to ensure sample precision before volume manufacturing.

Engineering Manufacturing and Quality Control

Industrial reliability depends on comprehensive engineering control across all manufacturing stages:

Component Compatibility:

Displays, touch controllers, motherboards, storage modules, and power systems are tested for electrical and thermal compatibility.

Thermal Management:

Open-frame systems rely on efficient internal heat dissipation, especially when housed inside enclosed customer equipment. Fanless designs are utilized where passive cooling is required.

Interface Layout:

Connector positioning is planned carefully to prevent interference with cable routing inside tight mechanical enclosures.

Mechanical Consistency:

Strict manufacturing tolerances ensure identical mounting dimensions across repeat production batches.

Component Lifecycle Management:

Long-term industrial deployments require stable hardware configurations and reliable component availability to minimize redesign risks.

Certifications and Compliance

Reliable industrial deployment requires strict adherence to international safety, electromagnetic compatibility, and environmental standards:

01.

CE and FCC Certification:

Complies with electromagnetic compatibility regulations for industrial and commercial environments.

02.

RoHS Compliance:

Ensures restriction of hazardous substances in electronic manufacturing.

03.

IP65 Front Panel Protection:

Protects against dust ingress and water spray when properly integrated into customer enclosures.

04.

Anti-Vibration and Shock Resistance:

Built to withstand mechanical stress conforming to industrial vibration testing standards.

FAQ

Q: What is the typical lead time for standard models versus customized open-frame panel PCs?

A: Standard configurations typically require a shorter production lead time depending on current factory stock and order volume. Customized OEM projects involving modified mechanical dimensions, specialized I/O layouts, or tailored firmware require a structured engineering review, prototype sample fabrication, and client verification before mass production begins. Exact delivery schedules are confirmed upon project specification sign-off.

Q: Can open-frame industrial panel PCs support 24/7 continuous operation in harsh environments?

A: Yes. Industrial-grade motherboards, solid-state storage, high-reliability LCD panels, and fanless thermal designs are selected specifically to support continuous operation in demanding industrial environments. Proper ventilation inside the client's external enclosure must still be verified to maintain optimal operating temperatures within the specified range.

Q: How are samples evaluated before placing a volume production order?

A: Clients receive a fully functional sample matching the agreed technical specifications. The evaluation phase allows engineering teams to verify physical mounting dimensions, cable clearance, touch responsiveness, operating system compatibility, and overall system stability directly within the target equipment before committing to volume manufacturing.

Q: What types of operating systems are supported by the embedded computing platforms?

A: The hardware platforms support mainstream operating systems including Windows as well as various Linux distributions. Operating system pre-installation and driver configuration are coordinated based on application software requirements.

Q: How do you ensure product lifecycle stability and long-term component availability?

A: Industrial projects require long-term configuration stability. Core components such as industrial motherboards and LCD panels are sourced from stable supply chains with committed longevity. Any necessary component updates or lifecycle changes are communicated in advance to prevent compatibility issues in repeat production batches.

As one of the most professional open frame industrial panel pc manufacturers and suppliers in China, we're featured by quality products and good price. Please rest assured to buy bulk customized open frame industrial panel pc from our factory.