If you're looking for a printable strawberry enclosure, this is a precision-engineered housing designed to hold a complete handheld electronics project. The strawberry enclosure features an organic, rounded strawberry shape—pointed at the top and wider at the base—measuring 25 mm wide by 35 mm tall. It's built to house an OLED display, camera module, trigger button, USB-C charging port, and internal battery, making it a functional and compact device shell for makers building custom handheld gadgets.
This strawberry enclosure is engineered for precision electronics integration. The design includes five critical component cutouts: a 24 mm × 12 mm rectangular opening for a 0.96" OLED display positioned in the upper-front area, a 12 mm diameter circular hole for an OV2640 camera lens on the back, a 6 mm trigger button hole on the right side, and an 8 mm × 5 mm USB-C charging port at the base. The 2.5 mm wall thickness throughout provides structural rigidity while keeping the overall footprint compact.
The strawberry enclosure is designed as a functional handheld device, meaning all component holes must fit precisely to prevent movement and ensure reliable electronics integration. The camera lens opening is particularly critical—it must be smooth and scratch-free to protect the optical surface. The design accommodates a flat 60 × 30 × 6 mm battery positioned at the base, with the USB port positioned directly above it for efficient internal layout.
Because of the small dimensions and precision requirements, use a layer height of 0.2 mm or finer to capture the detailed component cutouts accurately. Supports are essential for this model—they'll be needed around the internal cavities and component holes. Print slowly and carefully; prioritize dimensional accuracy and surface finish over speed. The camera lens hole especially needs clean, smooth walls, so avoid aggressive print speeds that could create rough surfaces. After printing, remove supports very carefully to avoid scratching the interior surfaces where electronics will sit. Clean any support residue thoroughly before assembly.
Do I need supports for this strawberry enclosure? Yes. The internal cavities and component holes require supports. Plan to print with support material and remove it carefully after printing to avoid damaging the interior surfaces where your electronics will be mounted.
What layer height should I use? Use 0.2 mm or finer. The small dimensions and precise component cutouts require fine detail. Thicker layers may result in holes that don't fit your components properly.
Will the component holes fit my electronics exactly? The holes are designed for specific components: a 0.96" OLED display, OV2640 camera, 6×6 mm trigger button, and USB-C port. Verify your component dimensions match before printing. Tight tolerances are intentional to prevent movement during use.
How do I protect the camera lens hole during printing? The camera opening must be smooth and scratch-free. Print carefully at moderate speeds, and when removing supports, use gentle tools to avoid scratching the interior surfaces. Consider using a fine file or sandpaper to smooth the lens opening if needed.
What material should I use? PLA is specified for this design. It provides good dimensional stability for precise component fitting and is easy to print with fine detail.
This printable STL is ideal for makers building custom handheld electronics projects. The precision design ensures your components fit securely without wobbling, and the organic strawberry shape makes it a distinctive housing choice. Take your time with print settings and support removal—the quality of your print directly affects how well your electronics will fit and function. You'll find this model and many other functional enclosures and device housings on SliceFoundry, where makers share print-ready STLs for real projects.
```Getting a clean print starts with the right slicer settings. This model pairs well with a PETG slicer profile on SliceFoundry - tuned by AI for reliability, surface quality, and consistent results straight out of the slicer.