Abselion

Abselion

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Private Company

Funding information not available

Overview

Abselion is a private, pre-revenue platform company offering an innovative electrochemical detection system for biologics quantification. Its core technology, the Amperia™ instrument powered by RED (Redox Electrochemical Detection), is designed to simplify and accelerate protein measurement, enabling faster decision-making in biopharmaceutical R&D and process development. The company, a University of Cambridge spin-out, is expanding commercially with a recent US subsidiary establishment and key leadership appointments, targeting the growing market for analytical tools in biologics and gene therapy development. Its business model revolves around selling instruments, assay kits, sensors, and consumables to research and bioprocessing labs.

OncologyImmunology

Technology Platform

Amperia™ instrument powered by RED (Redox Electrochemical Detection) technology for direct, real-time quantification of biologics (antibodies, AAV capsids, His-tagged proteins) from crude samples.

Opportunities

The rapid growth of biologics and gene therapy pipelines creates strong demand for faster, simpler analytical tools.
Abselion's ability to provide real-time data from crude samples positions it to accelerate critical R&D and bioprocessing workflows, capturing market share from slower, traditional methods.

Risk Factors

The company faces significant competition from established life science tools giants and must overcome inertia to displace entrenched methods like ELISA.
As a pre-revenue startup, it also carries execution risk in building its commercial operations and depends on continuous technological validation and assay menu expansion.

Competitive Landscape

Abselion competes in the protein quantification market against traditional methods (ELISA, spectrophotometry) and instruments from large players like Thermo Fisher, Agilent, and Bio-Rad. Its differentiation lies in speed, simplicity, and crude sample analysis, positioning it as a potential disruptor for specific use-cases in early-stage research and process development.