
More Automation in a Limited Machine Footprint
Modern machinery integrates more controllers, drives, safety devices, communication modules and I/O while equipment footprints remain limited. This can reduce usable mounting space, concentrate heat and leave little room for future options.
GX-BOX Solution:We configure enclosure depth, mounting surfaces, internal doors, support structures and control-power sections around the available machine space. Modular or bayed structures can also provide controlled expansion without redesigning the entire enclosure.
Protection Without Creating a Heat Problem
Dust, oil mist and moisture may require a sealed enclosure, while drives and power components generate heat internally. Adding ventilation without a coordinated design can weaken environmental protection or produce ineffective airflow.
GX-BOX Solution:We coordinate door sealing, welded seams and cable-entry details with prepared mounting zones for filter fans, heat exchangers or enclosure cooling equipment. Internal divisions and airflow openings can be arranged around the customer’s confirmed thermal strategy.
Too Many Enclosure Variants Across One Machine Platform
Different machine sizes, HMI layouts, customer options and installation environments can turn one equipment platform into many unrelated enclosure designs, increasing engineering, purchasing and revision-control work.
GX-BOX Solution:We can develop a controlled enclosure family using shared body structures and mounting interfaces, combined with configurable doors, gland plates, cooling panels, bases and material options. This allows machine variants to evolve without starting every enclosure project from zero
Which Enclosure Box Do You Need?

Wall Mount Enclosure

Free-Standing Enclosure

PLC Enclosure

Modular Enclosure
As industrial automation, power distribution, and electrical control systems continue to develop, reliable protection for sensitive components has become increasingly important.
Electrical equipment often operates in environments where dust, moisture, impact, and other external factors can affect component performance.
Different industries have different requirements for electrical equipment protection.
As industrial automation and electrical systems continue to develop, reliable protection for electrical components has become increasingly important.