Stories

3D Gens was established with the aim to industrialize 3D printing technology. Focusing on the right applications that can be used in the potential areas such as medical, dentistry, automotive and engineering. We started penetrating Malaysia's medical industry looking into niche areas such as surgical planning and customized medical implants and devices. We also offer numerous 3D Printing materials that are regularly updated to meet prototyping and rapid manufacturing needs.

The project is to design cranial flap/implant for neurosurgery and Maxillofacial based on the patient CT scan. The process starts from a CT scan converted to a 3d medical image which then will be use designing the implant. The implant design and simulation were validated through virtual platform and printed anatomical models. Five patients from neuro and five from Maxillofacial were successfully implanted. The new procedure has improved implant’s quality, shortened operation time and give better aesthetic outcomes.

In this project, 3D Gens offering 3D modelling, scanning and 3D printing services to the company. This new start up company provides all the requirement needed before our engineers convert it to CAD models. Few designs were proposed as to give options to the client for the most suitable prototype for their project. The prototype were used for their business presentation to their potential client. The client really happy with the results and fast project completion.

We have just successfully completed installation of the Renishaw RenAM500E Additive Manufacturing solution at our new premise in Bukit Jelutong. The site preparation works involved M&E works to support the RenAM500E together with it’s ancillary systems as well as safety requirements. With the RenAM500E installed, we will be able to produce metal 3D printed Patient Specific Implants (PSIs) more quickly for complex reconstructive facial surgery to orthopaedic and trauma surgery.

This project was made for USM Nibong Tebal. It is a prototype used for water simulation. Due to the size of the siphon, the design engineers needed to do segmented parts in order to achieve successful print. The 3D design was done in 12 separate parts and then combined together for the final prototype. We used PLA filaments for 3D printing these parts and it was later combined using adhesive and fusing through melted filaments. It was delivered as a working prototype.

We provided a custom design laryngoscope for Hospital Sultanah Nur Zahirah. This was to help solve the problems faced by doctors such as pricing, design ergonomics and the need to input WI-FI connected camera to the laryngoscope. The design aesthetics and form was derived from the doctors perspective and requirements. Such customization is what our clients look for in adapting 3D Printing manufacturing method.