Innovative Design and Manufacturing Solutions for Electronics Enclosures

Innovative Design Solutions

Specializing in bespoke electronics enclosures and engineering solutions with decades of experience in additive manufacturing.

Processing files ready for print. Maximising efficient processing and material use

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A 3D printer in operation, with a close-up view of the printing head moving over the print bed. The printer's mechanical components and electronic controls are visible, emphasizing precision and technology.

Innovative Solutions

Specializing in custom electronics enclosures and engineering problem-solving. We can do things traditional injection moulding isn't capable of. You need undercuts, cable routes, venting, lenses all in one-piece solutions. We've got you covered.

A 3D printer nozzle is actively printing a black cylindrical object with a handle, possibly a cup. The scene shows a close-up of the printing process, highlighting the detail of the extruding filament.

Additive Manufacturing

We provide custom additive manufacturing for electronic enclosures, delivering tailored solutions with rapid turnaround and decades of engineering experience to meet specific client needs.

A close-up view of a 3D printer in action, with the print head creating a small red object. The printer's nozzle is prominently visible, along with metal rods and a cooling fan. The object being printed appears to have a simple geometric shape.

Creative Design

Our creative design approach utilizes advanced materials and processes, enabling unique engineering solutions previously unachievable with traditional manufacturing methods for optimal water ingress protection and functionality.

Innovative Solutions

Showcasing our expertise in bespoke electronics enclosure design and manufacturing.

Understanding the limitations in creating a robust weather resistant housing for your product starts with experience in the routes of water ingress and the issues with current production techniques.

We have design solutions for multi strand cable entry into fully or partially potted enclosures.

Design solutions for status indication and display elements within fully or partially potted enclosures.

Design solutions for PCBs with little to no space for venting trapped air when being potted.

Process add-ons to assist manual small batch encapsulation.

A well-organized workshop with 3D printers, tools, and a tablet. The workspace includes two 3D printers on a workbench, surrounded by tools like paintbrushes and pencils neatly arranged on a pegboard. Bright orange and black are predominant, with a laptop displaying a colorful screen in the foreground.

A 3D printer is in the process of creating a yellow chess piece, possibly a rook. The printer consists of a mechanical arm with a nozzle extruding yellow filament material onto the printing surface. The background shows the printer's structure, including its frame and supporting components.

A 3D printer is actively printing a large, intricately designed object with a rope-like texture. The object features a gradient of colors, transitioning from a metallic pink to a deep purple.