From Molecule to Market: High-Value Bio-Products Grounded in Rigorous Science

MarkHerb is Indonesia's leading producer of certified high-purity phytochemical marker compounds and standardized botanical extracts. Our reference materials are isolated from unique, sustainably-sourced indigenous medicinal flora of the Indonesian archipelago. By utilizing high-resolution preparative chromatography, recrystallization, and centrifugal partition chromatography, we guarantee a baseline purity of ≥ 98% for every analytical standard. Each compound is meticulously characterized and delivered with a comprehensive Certificate of Analysis (COA), containing high-resolution High-Performance Liquid Chromatography (HPLC) chromatograms, Mass Spectrometry (MS) spectral data, and 1D/2D Nuclear Magnetic Resonance (NMR) structural elucidation profiles to ensure flawless calibration in pharmaceutical QA/QC, toxicological verification, and cosmetic laboratories.

Sponsored by EBM Scitech and rooted in the elite natural science ecosystem of the Bandung Institute of Technology (ITB), EBM Institute is a leading scientific training authority. We bridge the gap between pure academic research and rigorous commercial industrial applications. We deliver hands-on masterclasses, customized laboratory training, and technical workshops led by seasoned doctoral-level biochemists, pharmacologists, and process engineers. Our courses are specifically designed for corporate R&D teams, academic researchers, and laboratory technicians seeking to master modern phytochemical isolation, method development, and biological validation protocols.

ERSCH is re-inventing laboratory separation technology by establishing a new standard for environmental sustainability and user safety. Traditional column chromatography exposes laboratory personnel to high volumes of toxic organic solvent vapors and requires massive, slow separations. The ERSCH radial chromatography system is a fully enclosed, compact centrifugal separation instrument designed to accelerate compound isolation. Utilizing a spinning rotor disk, centrifugal force drives the mobile phase radially outward, resulting in rapid band separation, lower solvent consumption, and high recovery rates of delicate target phytochemicals.

Born from EBM Scitech's advanced bioprocessing and fractionation technologies, NüU Reboot is a pioneer in clinical-grade, dermatologically-tested skincare. Our formulations are powered by 100% natural, active Tamanu Polyphenols extracted from the seeds of Calophyllum inophyllum. Unlike raw, greasy virgin Tamanu oil which carries a pungent, heavy odor, NüU Reboot utilizes a proprietary refined fraction that has been completely deprived of heavy triglycerides and raw fatty acids. This results in a non-oily, highly stable, water-dispersible, and light-textured active ingredient. Rich in potent pyranocoumarins (specifically Calophyllolide), flavonoids, and natural steroids, our BPOM-registered skincare line delivers exceptional anti-inflammatory, antioxidant, acne-clearing, and scar-fading tissue-regenerating action directly to the dermal layers.

OMICverse is a revolutionary, high-throughput scientific service platform designed to demystify complex biochemical systems. By integrating advanced multi-omics layers, OMICverse translates raw genetic and metabolic networks into highly structured, interactive, and actionable datasets. This platform empowers biomedical researchers, pharmaceutical developers, and agricultural scientists to conduct deep-dive analyses with unparalleled molecular resolution. We resolve complex natural product mechanisms of action (MoA) by identifying exactly how multi-component herbal mixtures interact with biological drug targets, accelerating early-stage drug discovery and functional formulation development pipelines.

INBIOTA is a state-of-the-art, data-driven annotation and target-prediction network designed to digitize Indonesian botanical wealth. Rather than relying on trial-and-error screening, INBIOTA leverages big data to link taxonomical plant classification, traditional ethnobotanical medical history, genomic sequences, and metabolomic mass spectra into singular, searchable chemical entities. By employing predictive machine learning algorithms, researchers can map plant extracts directly to biological disease targets, dramatically reducing drug discovery timelines, optimizing standardized crop breeding models, and uncovering the hidden molecular synergies of polyherbal formulations.

Operating at the epicenter of global marine biodiversity, DIVSEA conducts deep-sea bioprospecting expeditions to discover, isolate, and scale valuable genetic resources from marine microorganisms. Extremophilic microbes, thriving in highly competitive marine environments, produce unique metabolites with extraordinary properties. By utilizing genome mining, bio-parts libraries, and metabolic flux modeling, DIVSEA reconstructs these biosynthetic pathways in synthetic host organisms. This advanced fermentation technology allows us to scale up the production of high-value compounds in a sustainable, industrial bioreactor environment—completely protecting delicate oceanic ecosystems from over-harvesting.