BIO X6 3D Bioprinter National Standard In Stock 6 print heads Can print on human liver tissue

High-temperature resistant and wear-resistant silicone 3D printed scrapers, additive manufacturing scraper powder, silicone rubber equipment accessories, non-standard customization

High-precision 3D printing, model manufacturing by printing and processing manufacturers, 3D small-batch model production

BIO X 3D Bioprinter for Tissue Engineering Scaffolds Manufactures 3D Models of Industrial Components

Toy linear polarizer stamping equipment, mobile phone PP protective film die-cutting machine

CELLINK's high-resolution, high-throughput 3D bioprinter BIONOVA X

800mm EVA foam stamping equipment, conductive sponge lining inner support die-cutting machine

The high-resolution BIONOVA X bioprinter is based on digital light processing and enables high-speed cell printing

High-precision BIO ONE bio-3D printer, data analysis output, long battery life, and Trace Ya

Concrete mortar 3D printer, architectural laboratory equipment, small 3D printing equipment, integrated 3D printing

High-speed BIO ONE multifunction printing device, 3D bioprinter, high resolution, Jinya

3D printing services, high-precision model manufacturing, and small-batch model production 3D processing companies

Shenzhen Aries Mould Technology Co., Ltd.

High-temperature resistant and wear-resistant silicone 3D printed scrapers, additive manufacturing scraper powder, silicone rubber equipment accessories, non-standard customization

Cellink BIO-CELLX pre-validates Trace by supporting microwell plates with up to 384 wells

High-precision BIO X6 3D bioprinter prints human liver tissue for preclinical drug testing

BIO X6 3D Bioprinter for Drug Screening Solves Real-World Problems Durable Trace Effort

BIONOVA X Bioprinter Enhances Cell Vitality High-Speed Cell Printing

BIO-X printer prints human liver tissue, suitable for disease models, saves time, and is a reliable tool

BIO X can 3D print human liver tissue. Bioprinter for drug screening at Jiya

LUMEN X 3D Biovascular Printer for Tissue Engineering Stents: Intuitive Process Control and Robust Durability