Angiodroid is a technology company.
Angiodroid has raised $7.0M across 1 funding round.
Angiodroid has raised $7.0M in total across 1 funding round.
Angiodroid has raised $7.0M in total across 1 funding round.
Angiodroid's investors include CDP Venture Capital.
Angiodroid is an Italian medical-technology company that develops and commercializes an automated carbon dioxide (CO2) injector and related disposables for peripheral angiography, positioning CO2 as a safer, nephrotoxic-free alternative to iodinated contrast in many vascular procedures[1][5].
High-Level Overview
Angiodroid’s core product is an automated CO2 angiography injector and single‑use disposables that let physicians deliver controlled CO2 doses and pressures during peripheral angiographic and interventional procedures, with synchronization available to X‑ray systems[1][6]. The company sells to hospitals and interventional suites (vascular surgery, interventional radiology, interventional cardiology and angiology) and emphasizes preserving renal function and avoiding allergic reactions associated with iodinated contrast agents[5][1]. Angiodroid has commercial presence in 50–55+ countries, holds multiple international certifications (CE and other market clearances), and has raised institutional financing to accelerate international growth[1][2].
Essential context: Angiodroid presents CO2 as a biocompatible alternative to iodine contrast—particularly relevant because a substantial share of patients are at risk of contrast‑induced kidney injury—while its injector’s patented dosing and safety features aim to standardize and simplify CO2 angiography for routine use[2][1].
Origin Story
Angiodroid was founded as an innovative Italian SME (the company lists establishment around 2013–2014) and is ISO 13485:2016 certified for medical‑device development and management[1][3]. The product emerged from combining clinical and engineering expertise in vascular interventions to solve the practical and safety challenges historically associated with CO2 angiography; Angiodroid developed a patented automatic injector that standardizes CO2 dosing/pressure and minimizes air contamination and imaging variability[1][4]. Early milestones include CE marking and export to dozens of countries, awards such as recognition by Deloitte (Fast EMEA 500) and winning the PGMX company prize in 2020, and the company’s later growth capital round led by CDP Venture Capital’s Evolution Fund alongside strategic investors to scale international commercialization and support new product development (e.g., Angiopulse IABP console)[1][2].
Core Differentiators
Role in the Broader Tech & Healthcare Landscape
Quick Take & Future Outlook
What’s next: expect continued international commercial expansion, more clinical evidence generation and KOL advocacy to broaden indications, and product extensions (e.g., Angiopulse IABP console and home‑therapy oxygen concentrator mentioned by the company) that leverage the firm’s device and regulatory expertise[2][1][4]. Key trends that will shape Angiodroid’s trajectory include the pace of guideline acceptance for CO2 angiography, outcomes data demonstrating non‑inferior imaging with improved renal safety, and strategic partnerships with large MedTech and imaging companies to embed CO2 workflows[2][6]. If Angiodroid can further demonstrate outcome and workflow benefits and scale global distribution, it could materially shift practice patterns for peripheral angiography and strengthen its role as the leading commercial provider of CO2 angiography systems[1][2].
Quick tieback: Angiodroid’s combination of a regulated, patented injector system, growing international footprint, and investor backing positions it to convert CO2 angiography from a niche technique into a more widely adopted renal‑sparing standard in peripheral vascular imaging[1][2][5].
Angiodroid has raised $7.0M across 1 funding round. Most recently, it raised $7.0M Series A in February 2023.
| Date | Round | Lead Investors | Other Investors |
|---|---|---|---|
| Feb 1, 2023 | $7.0M Series A | CDP Venture Capital |