Multi material photopolymerization 3D printer

Multi material 3D printing is a relatively complex additive manufacturing technology that uses different materials to construct an object to achieve more complex structural, functional, and performance requirements.photocuringmulti-material3D printingMachine supportSimultaneously printing multiple materials with different properties to form a multi material coupling structure, achieving special properties and functions that ordinary single material structures do not possess. Based on high-precision digital light processing3D printing technology and centrifugal multi material switching technology enable the rapid prototyping of any complex heterogeneous structure in multi material 3D printing equipment, which has important application potential in fields such as mechanical metamaterials, biomedicine, flexible electronics, and soft robots.

Principle of UV curable multi material 3D printer technology:

Adopting centrifugal multi material switching technology can achieve efficient material switching and residual liquid removal. The centrifugal speed can be adjusted, up to 8000 revolutions per minute, and multi material switching can be completed within 60 seconds. The maximum number of multi material switching times for a single printing is up to 2000 times.

Advantages of UV cured multi material 3D printer:

1. Wide range of printable materials

The UV curing multi material 3D printer supports the multi material 3D printing of hard resins, elastomers, hydrogels, shape memory polymers, conductive elastomers and other materials with viscosity in the range of 50-5000 cps and their combined structures, providing flexibility in material selection for different industries and application fields.

2. Implementation of Multi functional and Multi material Coupling Structure

The photopolymerization multi material 3D printer can print high complexity, high precision, multifunctional, and multi material coupled structures, supporting the simultaneous printing of 2-4 types of materials. It can print multiple materials within and between layers, and the transition zone size within multiple material layers is within 200 microns, providing high-precision solutions for the manufacturing of complex multi material structures.

3. Flexible and adjustable process parameters

Adapt to the development of various new materials and structures. The equipment is equipped with self-developed customized multi material printing software and slicing software, suitable for the latest research grade multi material 3D printing systems, and applicable to various cutting-edge research and application innovations.