Technologies Overview "Beta version"

Explore a curated portfolio of cutting-edge innovations developed at Haag Group. Each technology featured here is protected by intellectual property and ready for licensing, collaboration, or investment. From advanced drug delivery systems to regenerative materials and smart diagnostics, our platform provides clear insights into the value and application potential of each invention. Whether you’re an investor, industry partner, or researcher, this is your gateway to high-impact, market-ready science.

Sustainable Materials

Eco-conscious materials sourced from renewables or recycled feedstocks, engineered for circular-economy integration, reduced environmental impact, and high-value applications in packaging, construction, and biomedical fields.

Sustainable Materials

Diagnostics

High-performance diagnostic solutions spanning molecular assays, point-of-care tests, and imaging modalities, all engineered for rapid, sensitive detection and real-time monitoring of disease biomarkers.

Diagnostics

Chemical Technologies

Cutting-edge chemical processes and catalytic systems designed for efficient, selective syntheses of fine chemicals, smart polymers, and advanced nanomaterials, with an emphasis on green chemistry and scale-up potential.

Chemical Technologies

Biointerfaces

Engineered interfaces that control interactions between living cells and synthetic surfaces, enabling advanced cell adhesion, signaling modulation, and real-time biosensing for tissue engineering, implantable devices, and wearables.

Biointerfaces

Biotechnology

Innovative applications of molecular biology and living systems—from synthetic biology platforms and engineered enzymes to microbial bioprocesses—driving sustainable production of therapeutics, biofuels, and specialty chemicals.

Biotechnology

Biomedical Material

Tailored materials combining biocompatibility, mechanical integrity, and functional bioactivity to support tissue repair, controlled therapeutic delivery, and next-generation implants with predictable degradation profiles.