This security camera housing combines an ADC12 aluminum die cast enclosure with a PMMA optical dome. It is designed for surveillance and outdoor security applications requiring strong structure, premium appearance, and reliable protection.

The product features a high-quality powder-coated surface, a distinctive housing design, and sub-assembly integration of metal and optical plastic components.

Teamsworld Innovation provides tooling development, aluminum die casting, optical-grade plastic injection molding, surface finishing, and sub-assembly services, helping security equipment brands and system integrators shorten development cycles and move efficiently from design validation to mass production.

These aluminum die casting components are designed for ICT, communication, and electronic equipment requiring reliable protection, structural stability, and efficient heat dissipation.

The products include electronic housings, heat sink covers, control unit enclosures, and precision structural parts with complex ribs, mounting features, and integrated thermal management design.

Teamsworld Innovation provides tooling development, aluminum die casting, CNC machining, surface finishing, and assembly support to help customers develop durable and cost-effective components for communication devices, edge computing systems, security electronics, and UAV-related equipment.

These magnesium die cast components are designed for applications requiring lightweight construction, structural strength, and complex geometry.

The product features thin-wall sections, integrated functional structures, and weight reduction benefits that make magnesium alloys an attractive solution for medium and large UAV platforms, payload systems, and aerospace-related equipment.

With extensive experience in magnesium die casting, tooling development, precision machining, and finishing processes, Teamsworld Innovation helps customers develop lightweight structural components while maintaining strength, dimensional stability, and manufacturing efficiency.

These aluminum components are designed for medium and large UAV powertrain applications, including cylinder and crankcase structures requiring high strength, dimensional stability, and efficient heat dissipation.

Produced through gravity casting and high-pressure die casting, the components feature complex geometries, integrated structural design, and reliable mechanical performance. They are suitable for UAV propulsion systems, hybrid power units, and industrial unmanned platforms.

Teamsworld Innovation provides tooling development, gravity casting, high-pressure die casting, CNC machining, surface finishing, and assembly support to help customers accelerate product development and move efficiently into mass production.