iLaser
Founded in 2016, Intellite Laser is a national high-tech enterprise with a global service network and 3 R&D and manufacturing bases in Suzhou, Wuhan and Shenzhen.
The company provides users with a complete set of advanced ceramic 3D printing solutions. Its business scope covers advanced ceramic 3D printing services, printing equipment, printing materials, process design and development, application development, etc., and has built a relatively complete advanced ceramics 3D printing industry ecological chain,
Products
CeraBuilder 100Pro
CeraBuilder 100Pro can print advanced ceramic materials such as alumina, zirconia, and hydroxyapatite. It meets the processing requirements of complex three-dimensional ceramic forming processes. The machine's processing parameters are open, allowing for the adaptation of suitable optical systems and scanning algorithms according to material characteristics. It is suitable for research institutions, enterprises developing new 3D printing materials, and small-batch production.
CeraBuilder 160Pro
CeraBuilder 160Pro uses the SLA+ forming principle to meet the processing needs of complex three-dimensional ceramic forming. It can print advanced ceramic materials such as alumina, zirconia, and hydroxyapatite. The machine's processing parameters are open, allowing for the adaptation of corresponding optical systems and scanning algorithms according to material characteristics. It is suitable for research institutions, enterprises developing new 3D printing materials, and small-batch production.
CeraBuilder 3000
CeraBuilder 3000 is well-suited for printing large-sized and multiple workpieces simultaneously while maintaining high printing efficiency. It can print advanced ceramic materials such as alumina, zirconia, and hydroxyapatite, meeting the processing requirements of complex three-dimensional ceramic forming processes.
CeraBuilder 3000P
In 2021, iLaser introduced an industrial-grade ceramic 3D printer specifically designed for high-viscosity materials, targeting industrial production and large-size ceramic printing parts. It features a non-contact contour support process for precise size control and a specially designed bidirectional interactive precision coating scraper system. The printing parameters are open, with an extremely thin layer deposition structure.
CeraBuilder 2500
Based on the technology accumulated from CeraBuilder 100, the CeraBuilder 2500 features a completely upgraded system with an ultra-thin, high-speed material spreading design and a larger printing area. It meets the processing needs of large-size, complex three-dimensional ceramic forming and is suitable for research institutions and enterprises for mass production of ceramic parts.
CeraBuilder 100
CeraBuilder 100 uses the SLA+ forming principle to meet the processing needs of complex three-dimensional ceramic forming. It can print advanced ceramic materials such as alumina, zirconia, and hydroxyapatite. The machine's processing parameters are open, allowing for the adaptation of corresponding optical systems and scanning algorithms according to material characteristics. It is suitable for research institutions, enterprises developing new 3D printing materials, and small-batch production.
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