Fanless Industrial PCs for Automation and Edge Computing
Domify develops fanless industrial PC and embedded computer solutions for equipment builders, system integrators, and industrial projects. Each platform can be reviewed around computing performance, I/O, installation space, thermal limits, mounting, and production lifecycle requirements.
Reliable Embedded Computing Without Fans
Passive cooling removes a common maintenance point and supports operation in dusty, vibration-prone, or space-constrained installations. A fanless design must still manage processor heat, storage temperature, power conversion, and heat transfer into the enclosure under the real operating load.
- Embedded computers for machine control, gateways, and equipment integration
- Configurable LAN, serial, USB, display, wireless, memory, and storage options
- Stable mechanical design for panel, wall, desktop, or equipment mounting
- OEM/ODM support for branding, I/O exposure, configuration, and assembly
Product Gallery
Exterior Views
Front I/O
Rear I/O
Rear I/O Angle View
Connectivity Details
Dual LAN and Dual COM Port View
Installation and Structure
Bottom Mounting View
VESA Mounting
Internal Structure
Industrial Automation and Edge Applications
Fanless industrial computers bring processing close to machines, sensors, cameras, and field networks. They can collect and filter data, run control or visualization software, connect legacy interfaces, and send selected information to plant or cloud systems.
Industrial Automation
Machine control, production monitoring, data acquisition, HMI support, test equipment, and communication between factory systems.
Edge Computing
Local analytics, protocol conversion, industrial IoT gateways, machine vision coordination, and edge AI inference near the data source.
Embedded Equipment
Computing platforms integrated into kiosks, robotics, digital signage, inspection systems, and purpose-built commercial or industrial equipment.
Thermal Design and Aluminum Enclosure Structure
In a fanless industrial PC, the enclosure is part of the cooling system. Heat moves from the processor and internal components through thermal interfaces into the aluminum structure, where the external surface dissipates it into the surrounding air. Domify reviews this thermal path together with the board layout, component height, installation orientation, ambient conditions, and expected workload.
Passive Heat-Transfer Path
- Processor heat-load and thermal-interface review
- Internal conduction structure and contact planning
- External fins and surface area evaluated for the enclosure
- Clearance for storage, memory, wireless modules, and cabling
Mechanical Integration
- Aluminum extrusion or machined enclosure evaluation
- Front and rear I/O panel customization
- Mounting brackets, installation direction, and cable access
- Logo, labeling, finish, and project-specific appearance
OEM/ODM Support from Prototype to Small Batch
Projects can begin with a standard fanless platform, a modified configuration, or a more customized embedded computer. Domify supports requirement review, component and I/O selection, enclosure adaptation, samples, and controlled production for OEM/ODM customers.
1. Requirement Review
Share the application, software, performance target, ports, operating environment, dimensions, mounting, and estimated quantity.
2. Prototype Validation
Confirm the configuration and mechanical fit, then evaluate thermal behavior, connectivity, installation, and application workload.
3. Small-Batch Production
Move from approved samples to repeatable assembly with agreed configuration, branding, inspection, and delivery requirements.
Start a Fanless Industrial PC Inquiry
Send your target processor or workload, required interfaces, installation space, ambient temperature, mounting method, expected quantity, and any enclosure or branding requirements. Our team can review the project before quotation.
Related Engineering Case
See how a compact fanless Mini-ITX enclosure was developed around PCIe x16 expansion, internal clearance and passive thermal constraints.
Fanless Mini-ITX Engineering Case