Automated Production Equipment launches ruggedized Trident PCB repair platform for military maritime use

The self-contained platform is designed to support rework of both legacy military electronic assemblies and modern lead-free RoHS-compliant components.

KEY LARGO, Fla. - Automated Production Equipment introduced the Trident benchtop surface-mount technology rework and repair system, a ruggedized electronics repair platform designed for military maritime environments and depot-level printed circuit board (PCB) maintenance.

The company says the Trident SMT Repair System is intended for repair and replacement of surface-mount electronic components aboard Navy ships and at shoreside maintenance facilities. The self-contained platform is designed to support rework of both legacy military electronic assemblies and modern lead-free RoHS-compliant components.

According to Automated Production Equipment, the system uses a precisely controlled ramp-and-soak thermal profile together with upper and lower heating zones to remove and replace SMT components while minimizing thermal stress on circuit boards and neighboring devices.

The platform is designed for simplified operation through single push-button control and includes a freestanding PCB holder, rework nozzles, flux, and associated repair supplies.

Technically, the system reflects continuing military interest in deployable electronics sustainment and onboard repair capability for mission-critical circuit cards and embedded electronic assemblies. Shipboard electronics maintenance can present challenges associated with vibration, corrosion, constrained maintenance environments, and logistics delays for replacement hardware.

The company says the Trident chassis is manufactured from marine-grade stainless steel and rated to withstand 20G impact conditions. The system is built to military specifications for operation in maritime environments where corrosion resistance and durability are critical.

The Trident system is offered as Model APE-3500-1500 for 115-volt AC operation.

For more information, please visit https://www.automatedproduction.com/na/en/.