A plastic housing for your 3D printer is essential for both enthusiasts and professionals. It keeps curious pets and little adventurers at bay and ensures the temperature during printing remains consistently right. This guarantees top-notch results every time. We’ll share with you why acrylic and polycarbonate are favourite materials, how to get the right dimensions, how to have the parts precisely cut-to-size, and of course, how to put the housing together.
Simply put, a plastic housing for your 3D printer is a protective shell. It shields your printer from dust, moisture, and other unwelcome external influences. It also ensures the print temperature remains spot on. Plastic is ideal for this purpose because it insulates exceptionally well and can be easily moulded into various shapes. Moreover, it’s lightweight yet strong, making it a practical choice for any 3D printer user.
You’d be best off crafting your 3D printer housing from acrylic or polycarbonate. Acrylic is a favourite because of its crystal-clear appearance and lightweight nature. Polycarbonate, on the other hand, is known for its tough character, perfectly resisting knocks and high temperatures.
In short, whether you opt for acrylic due to its clarity and economical price, or you choose the sturdiness and heat resistance of polycarbonate, either way – you’re on solid ground for your 3D printer housing choice.
It’s durable and lightweight, making it easy to handle.
It has excellent insulating properties, essential for stable temperatures.
You can adapt it entirely to your liking with fully customised designs.
It’s easy to keep clean, ensuring your printer stays in top condition.
It offers various processing options, such as cutting and drilling, for maximum flexibility in construction.
When putting together your 3D printer housing, it’s important to consider air circulation and printer accessibility. Make sure to secure the panels firmly without obstructing the printer’s operation. Remember to think about mounting screws and ventilation channels.
