Unionfab, the largest service provider for on-demand manufacturing, announced the acquisition of Shenzhen-based szmake3d, the largest SLA, SLS and SLM manufacturer in southeastern China. Unionfab will accelerate its operational investment expansion into owning 70% market shares for SLA, SLS and SLM Technology.


Background About Unionfab

Established in 2014, Unionfab has been the most popular one-stop low volume production platform in China. And it's a leading manufacturer of industrial-grade 3D printing equipment in China, occupying 70% of China's industrial-grade 3D printing equipment market.

Unionfab hopes to open its high-quality 3D printing and CNC service capabilities from China to global customers. We have three self-operated factories in China, 400 industrial-grade 3D Printer equipment, and customized product services such as SLS, SLA, SLM, DLP, PLA, CNC, Steel Sandblasted Matte, ABS, ULTEM, Casting etc.

We use IoT, AI, and cloud computing to reconstruct the entire manufacturing process. Customers can enjoy the convenience and speed of automatic quotation, automatic production feasibility analysis, online order progress inquiry, etc. Our customers benefit from cost reduction and quality improvement brought by the factory. We use technological innovation to provide customers with more efficient products and services, from early prototypes to small batch production.

Our Achievements :

2014 | Became the 1st Chinese factory to apply 3D printing to rapid casting License.

2015 | Developed a digital management system and applied it to factory management to accelerate the efficiency of order flow.

2017 | Established an automated 3D Printing production line, which should produce 300% faster than a manual process. 

2019 | Established three super factories, including 400 industrial-grade 3D printers, 200 CNC machine tools, etc. The factory was fully digitalized, with a self-developed ERP / MES / APS system in place.

2021 | Unionfab became a strategic partner for material manufacturing giant Evonik and BASF to research and develop high-performance materials for 3D printing.