Sino Bioengineering will participate in the 3rd Innovative Development Conference on Synthetic Biomanufacturing 2026 held in Shanghai from May 21 to 22. Centered on the theme Empowering Biomanufacturing with Intelligence, Leading a New Chapter of Industrial Innovation, the conference features seven special forums covering core sectors including pharmaceutical biomanufacturing, functional & future food, bio-based materials, medical aesthetics & efficacy skincare, as well as AI-enabled synthetic biomanufacturing. We sincerely invite all industry peers to join us for in-depth exchanges.
As a core supplier of upstream and downstream process equipment for the biopharmaceutical industry, Sino Bioengineering has long been deeply rooted in the sector. We are committed to delivering efficient, stable and eco-friendly key materials and turnkey solutions for synthetic biology and biomanufacturing.
Our comprehensive product portfolio spans the full biopharmaceutical industrial chain, including process equipment, culture media, chromatography resins and single-use bioprocessing products, serving clients across pharmaceuticals, food, medical aesthetics, new materials and other industrial tracks.
At this conference, Sino Bioengineering will showcase our full-range products and cutting-edge technical solutions, with a key focus on innovative solutions tailored for synthetic biology and biomanufacturing scenarios. Our offerings support high-density fermentation, precision fermentation and other mainstream production modes, and cater to emerging application fields such as bio-based materials, functional food ingredients and cosmetic active ingredients.
We will engage in on-site in-depth discussions on how core process equipment systems drive industrial upgrading of biomanufacturing, and jointly explore cost-effective, efficiency-enhancing and sustainable green manufacturing pathways.
Venue: Sheraton Shanghai Pudong Hotel & Residences
Date: May 21-22
Sino Bioengineering looks forward to meeting you face-to-face in Shanghai to jointly shape the promising future of biomanufacturing.
