3d printer for high-precision microbioreactors
Creating large-scale microbioreactors presents a unique challenge where precise pixel control is essential. Traditional 3D printers struggle to balance between achieving fine resolution and covering large surfaces, making the process inefficient and complex.
Achieve precise large-scale microbioreactor printing
The Sclereid from Stamm integrates Brick Printing Technology to address this challenge effectively. This 3D printer ensures a high degree of precision by simultaneously printing millions of dots, akin to laser-based printers, while maintaining scalable surface areas. It features a temperature-controlled sterile cabinet for real-time biomaterial formulation, ensuring homogeneity over extended print durations. The proprietary optical system and Cäster industrial design software synchronize to produce accurate designs instantly. With an effective printing volume of 29 liters, the Sclereid delivers a print speed of 590 million pixels per second and a pixel size of 6 microns, making it capable of producing up to 983 million pixels per layer. This innovation is particularly beneficial for the biopharmaceutical industry, enabling the mass production of microbioreactors.
Benefits
- High-precision printing with 6-micron pixel size
- Temperature-controlled sterile cabinet for consistent biomaterial quality
- Real-time design synchronization with Cäster software
- Scalable printing volume up to 29 liters
- Capable of printing up to 983 million pixels per layer