Abstract:
Vacuum forming machines serve critical roles across diverse industries, including advertising, packaging, and medical fields, for crafting intricate 3D signage, packaging components, and orthotic parts. However, their widespread adoption is hindered by their high costs. This report endeavours to address this challenge by conceptualizing and realizing a cost-effective Vacuum Forming Machine capable of moulding ABS, HIPS, and acrylic materials with precision and reliability. Leveraging reverse engineering techniques and incorporating advanced features such as a efficient vacuum system, sensors, and an intuitive user interface, the machine facilitates the creation of complex 3D parts with consistent accuracy. Overall, this project seeks to democratize plastic part production, enabling creativity, innovation, and entrepreneurship within budget and space constraints. Through the development of a practical solution for rapid prototyping and small-scale manufacturing, it aims to catalyse innovation across industries and empower individuals to bring their ideas to life.
