AMBER: Stretching the Boundaries of Sustainable Rubber

Think about the rubber parts in your car, your shoes, or your household appliances. Traditionally, making rubber is an incredibly energy-intensive process that relies on ‘vulcanisation’ – a method that uses high temperatures and produces harmful emissions to make the material durable. But what if high-performance rubber could be eco-friendly and 3D-printed on demand?

Continue reading

Rethinking Venting: A Smarter Way to Tackle Air Traps in Injection Moulding

Injection moulding is a staple of industrial production, responsible for creating everything from phone cases to medical devices. It is especially preferred for producing plastic parts quickly and efficiently. But even an industry favourite process this mature is not immune to inefficiencies. THINK speaks to the VacuUM team to learn more.

Continue reading

MaltaHip Project: When Ideas Become Reality

The earliest recorded attempts at hip replacement date back to 1891. At the time, ivory was proposed to replace the femoral heads of patients whose hip joints had been destroyed by tuberculosis. Since then, everything changed. THINK speaks to the MaltaHip Team to learn about their innovative hip replacement technology.

Continue reading

Tiny Sensors, Big Impact: Revolutionising Air Quality Monitoring with Cutting-Edge Tech

With the rising population density and increasing number of cars on the roads, monitoring air quality is essential. As technology advances, sensors play a crucial role in detecting harmful substances in the air. However, most sensors are bulky, costly, and limited to industrial use. The University of Malta is working to develop smaller, more affordable, and accessible alternatives.

Continue reading

Smooth Operator: Improving Surface Finish in Additive Manufacturing

While the advent of 3D metal printing may redefine how designers develop parts for products, the process itself is not without faults. Andre Giordimaina speaks with THINK about the GLAM Project, which aims to improve the process of 3D metal printing by optimising the finish and performance of designed parts.

Continue reading