What is 3D Printed Prototyping?

3D printing prototypes, also known as rapid prototyping, is an advanced manufacturing technology that builds solid models layer by layer based on digital designs. This method can quickly and accurately create complex solid models, significantly shortening the product development cycle and reducing costs. It is highly beneficial for pre-testing, helping to prevent substantial losses from mass production.
 
3D printing is widely used in mold manufacturing, industrial design, and more. Whether you need a 3D printing service for personalized gifts or a local 3D printing service for engineers, this technology provides versatile and efficient solutions.

Why choose KINGSUN for 3D printing service?

KINGSUN is an expert in early rapid prototyping in China, you can try to entrust your project to us and we will surely exceed your expectations.

Multiple process options：SLS,SLA

Quick in time:We can ship to you in three days at the earliest, speeding up your product development and fast time to market.

Versatile material selection: over 50 materials to choose from.

Technical support: We have an elite 3D printing team consisting of professional engineers and post-finishing surface treatment.

Price advantage: we offer the most favorable price under the premise of quality assurance.

What is SLA 3D Printing?

SLA 3D printing is where the UV laser cures the liquid thermosetting resin layer by layer and then builds up the molding layer by layer until the part is completely printed, here are the benefits of SLA technology:

Multi-material support: One of the advantages of SLA 3D printing technology lies in its wide range of material choices, covering photosensitive resin materials with a variety of properties such as transparency, softness, and high temperature resistance, providing customers with more choices and flexibility.

What is SLS 3D Printing?

Widely used in medical, aerospace, construction, and automotive manufacturing, SLS 3D printing technology utilizes high-powered optical lasers to fuse powdered materials layer-by-layer and filler materials to build tightly-fitting parts. Here are the benefits and limitations of SLS technology:

Material Versatility: SLS technology can utilize a wide range of powder materials for printing, such as plastics, metals, and ceramics, etc. The diverse range of material choices provides greater flexibility and creativity for users to meet the needs of a variety of different projects.

High strength and heat resistance: Due to the sintering properties of the materials used in the SLS printing process, printed parts typically have high strength and heat resistance. This makes SLS technology very suitable for applications where these properties are required, such as aerospace, automotive and engineering.

No support structure required: Unlike other 3D printing technologies, SLS printing does not require a support structure to support the printed part. Unsintered powder can be used as a support material, and it simplifies post-processing steps, saving time and costs.

Suitable for complex geometries: SLS technology has the advantage of manufacturing complex shapes and hollow structures, allowing designers greater design freedom.