Research pathway: 3D Printing

In the field of engineering there are multiple ways that it could benefit from 3D printing such as:

•  Reduces prototyping costs.

• Speeds up prototype production.

• Supports on-demand manufacturing.

• Reduces material waste compared to traditional methods.

• Simplifies production of low-volume parts.

• Provides hands-on learning for engineering education.

For these reasons, we chose 3D printing as our research pathway topic focusing particularly on the Bambu A1 mini.

In the article “Bambu Lab A1 Mini Overview”, Bambu Lab presents the A1 Mini as an innovative 3D printer that is designed for accessibility, speed and ease of use catering to users of all skill levels. The article also highlights the compact size & advanced features of the printer that helps streamline the printing process, making it more convenient and efficient.

The feature of automatic calibration particularly caught my attention, as it eliminates the need for manual adjustments, making the printer more user-friendly. The optional AMS Lite system allows for multi-color printing, which gives me more creative freedom in my prints. Additionally, vibration control and active flow rate compensation ensure smooth operation. These features make the A1 Mini a practical choice for beginner hobbyists like myself, offering a reliable and efficient 3D printing experience.