Articles

The role of 3D printing in boosting Malaysia’s manufacturing industry. According to a global survey done by EY in 2018, 24% of 900 companies surveyed used 3D printing for their manufacturing.

3D printing explained in a simplified terms on what is 3D printing, its process, design, and more for you to learn about 3D printing and how it works.

Which technology suits your particular application the best? What are the differences between the three most established 3D printing processes: fused deposition modeling (FDM), stereolithography (SLA), and selective laser sintering (SLS)?

While 3D printing turns digital designs into physical parts, 3D reverse engineering, as its name suggests, creates digital designs from a real object part.

There are various ways in which 3D printing can contribute to the medical industry; recent innovations include creating tissue and organoids, surgical tools, patient-specific surgical models and custom-made prosthetics.

The education industry has always been conservative and consistent, but many educationists have started embracing the use of 3D printing.

When Covid-19 pandemic hit the world, many started to realise the significance of 3D printing in helping to save lives.

3D printing technology is growing increasingly popular for manufacturers to produce products efficiently while reducing costs.

3D printing has proven to be extremely useful in architecture, from 3D printing models to printing a whole building, or even printing a missing part of a construction.

Manufacturers worldwide are starting to increase usage of 3D printing in their manufacturing processes to fulfil complex and strict designs with a sustainable approach, while also increasing cost effectiveness

The concept of 3D printing food is the same as normal 3D printing, it heats up the edible ingredients and 3D prints them layer by layer on the plate.

SIRIM collaborates with GAIA PEBBLES to drive medical device technology transfer to local industry players