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YX-43
3D SHAPING
Product Overview
Our SLA Yellow-Green Resin 3D printing service offers high-quality, precise, and efficient solutions for custom plastic models. Utilizing advanced SLA (Stereolithography) technology, we provide yellow-green resin prototypes that meet the highest standards of accuracy and surface finish.
Material Composition
Light-curing materials, often referred to as photosensitive resins, are composed of light-curing solid materials and support materials. The support materials can be divided into phase change wax materials and light-curing support materials based on the curing method. Common photosensitive resins include:
Epoxy Resins
Photosensitive Vinyl Ethers
Photosensitive Acrylic Resins
These materials are primarily made up of polymers, reactive diluents (reactive monomers), photoinitiators, and other additives.
Technology Advantages
Early Adoption and High Maturity: SLA is one of the earliest forms of 3D printing technology with a high level of maturity.
Excellent Surface Quality: Provides good surface quality with high precision around ±0.1mm.
Material Diversity: Offers a wide range of functional materials to choose from based on specific needs.
Direct CAD Data Prototyping: Allows for rapid processing speed and short production cycles without the need for secondary cutting tools.
Process Description
The technology involves using a specific intensity laser to focus irradiation on the surface of the light-curing material (mainly resin). This process converts points to lines and lines to surfaces layer by layer until the final product is completed through repeated cycles.
Product Overview
Our SLA Yellow-Green Resin 3D printing service offers high-quality, precise, and efficient solutions for custom plastic models. Utilizing advanced SLA (Stereolithography) technology, we provide yellow-green resin prototypes that meet the highest standards of accuracy and surface finish.
Material Composition
Light-curing materials, often referred to as photosensitive resins, are composed of light-curing solid materials and support materials. The support materials can be divided into phase change wax materials and light-curing support materials based on the curing method. Common photosensitive resins include:
Epoxy Resins
Photosensitive Vinyl Ethers
Photosensitive Acrylic Resins
These materials are primarily made up of polymers, reactive diluents (reactive monomers), photoinitiators, and other additives.
Technology Advantages
Early Adoption and High Maturity: SLA is one of the earliest forms of 3D printing technology with a high level of maturity.
Excellent Surface Quality: Provides good surface quality with high precision around ±0.1mm.
Material Diversity: Offers a wide range of functional materials to choose from based on specific needs.
Direct CAD Data Prototyping: Allows for rapid processing speed and short production cycles without the need for secondary cutting tools.
Process Description
The technology involves using a specific intensity laser to focus irradiation on the surface of the light-curing material (mainly resin). This process converts points to lines and lines to surfaces layer by layer until the final product is completed through repeated cycles.