TECH OFFER

Vat Polymerization 3D Printing Platform For Homogeneous Composite Printing

KEY INFORMATION

TECHNOLOGY CATEGORY:
Materials - Composites
Materials - Nano Materials
Show more >
TECHNOLOGY READINESS LEVEL (TRL):
LOCATION:
Singapore
ID NUMBER:
TO174358

TECHNOLOGY OVERVIEW

Vat polymerization (VP) is one of the most common types of 3D printing processes which includes stereolithography, direct light processing, two-photon printing, and other similar techniques. Parts are fabricated layer by layer, and each layer is the cross-section of the parts built by curing liquid polymer with a light source. Particles can also be added to the resin to build composites for additional functions. However, it is difficult to distribute particles uniformly in the final part of the printing process. Existing solutions make use of fine nanoparticles, which greatly increase production costs, lack certain properties of large particles, and have a risk of precipitating during printing.

This technology provides a method that is capable of printing resin-particle composites with uniform distribution. A plug-and-play functional module is added to commercial VP 3D printers to keep the resin-particle mixture homogenized during the printing process. This enables the fabrication of complex 3D composite parts with uniform particle distribution while also being easy to operate and integrate into existing VP printers without altering their performance or function.

TECHNOLOGY FEATURES & SPECIFICATIONS

The technology consists of a device that is designed to be attached to the resin vat of commercially available VP 3D printers. The device mechanically homogenizes the resin-particle composition during the printing process, ensuring uniform particle distribution during the printing process. The fabricated composite 3D part will maintain a homogeneous composition even when particles of different sizes are utilized during the printing process.

POTENTIAL APPLICATIONS

The technology is applicable to industries that employ additive manufacturing to produce composite materials.

Potential applications include (but are not limited to):

  • Medical robots – magnetic particles and flexible resin can be used in the system to build mini-robots that can move inside the human body to conduct inspections, perform surgeries, or deliver drugs for patients with non-invasive operations.
  • Electronics - enables high integration and miniaturization of electronic devices. The combination of different resin and particles can print resistors, capacitance, logic switches, or other electronic components monolithically with ease.
  • Bone Implant - complex, customizable bone structures can be printed with lightweight polymers and ceramic powders.

Benefits

  • Enables homogenous composite 3D printed parts to be fabricated
  • Highly complex and customizable structures with various functionalities can be fabricated monolithically
  • Easily integrated into existing VP printers
  • The system is easy to operate with no special training required
RELATED TECH OFFERS
Customisable Non-charging Material for Electrostatic Mitigation in Powder Processing
Nature-Inspired Superhydrophobic Membranes For Membrane Distillation
Adhesive-free Ultrathin Film Cellulose Nanosheet
Invisible Product Authentication and Anti-Counterfeit Technology
Eco-Friendly 3D Substrates from Recycled Raw Materials
Water-Repellent Particles for Farming and Desalination System
Photocatalytic Titanium Dioxide Particles for Water Treatment
Accelerated Materials Innovation Platform for Sustainability
Cost Efficient Catalytic Inks for Fuel Cell Membranes
Bio-inspired Coating for Increased Comfort and Safety in Medical Devices