Yes. Power cabinets, DC smart cabinets, and screen consoles require assessment of heat load, fans, vents, heat sinks, cable entries, and service space. Centrifuge enclosures and sprayers also require tailored structures for operation, airflow, and maintenance.

Options include steel, aluminum, stainless steel, or other metals, configured as wall-mounted, floor-standing, desktop, rack-mounted, console, or cover types. Material grades, sheet thicknesses, surface finishes, and structural strengths are selected based on equipment and environmental demands.

Yes. Customizations cover display sizes, buttons, keyboards, interfaces, panel angles, layouts, and ergonomic positioning. Railway signaling consoles must also meet signaling specs, control logic, project standards, and field operating requirements.

They function more as industrial equipment enclosures or protective housings than traditional electrical cabinets. Centrifuge enclosures account for rotation, maintenance, and safety clearance; sprayers require confirmation of coating processes, dimensions, ventilation, and cleaning needs. Scope must be defined separately.

If designated as a high-frequency switching power supply cabinet, it is engineered around power modules, rectifiers, controllers, thermal components, and cable layouts. Verify the exact product name before release.

They protect high-frequency power modules, centrifuges, displays, operating controls, railway signal equipment, spray systems, and DC power/smart control components. Specific internal equipment, structures, and supply scopes depend on project specs.

The series includes high-frequency switching power supply cabinets, centrifuge enclosures, screen consoles, railway signaling consoles, horizontal spraying machines, and DC remote smart cabinets. They serve power equipment, industrial machinery, control systems, railway signals, coating equipment, and smart electrical systems.