Vitestro's AI-Powered Blood-Drawing Device Hits 95% Success Rate

Vitestro's AI-Powered Blood-Drawing Device Hits 95% Success Rate

Elena Moretti
2 min read

Vitestro Announces Successful Trial for Autonomous Blood-drawing Device

Vitestro, based in the Netherlands, has revealed positive outcomes from a trial assessing its autonomous blood-drawing apparatus. Combining AI, advanced imaging, and robotics, the device achieved a noteworthy 95% first-stick success rate, equivalent to traditional venipuncture. Conducted with 609 participants, the trial reported no critical or moderate adverse incidents. Furthermore, patients provided favorable feedback, with 83% indicating that the procedure was less painful than manual blood draws. Notably, Vitestro recently secured $22 million for the commercialization of this device in Europe and the US, amidst the projected $218 billion growth of the robotics industry by 2030.

Key Takeaways

  • Autonomous blood-drawing device by Vitestro demonstrates a 95% first-stick success rate, akin to manual venipuncture.
  • The haemolysis rate of 0.6% falls below the accepted ≤2% benchmark, curbing the risk of unusable samples.
  • Median procedure time stands at 1 minute 49 seconds, significantly shorter than the 5-minute duration of manual phlebotomy.
  • 98% of patients embraced the automated blood draw device, with 83% rating the procedure as less painful or comparable to manual blood draws.
  • The robotics industry, encompassing medical applications, is anticipated to reach $218 billion by 2030, with surgical robots as the primary adopters of this technology.


Vitestro's autonomous blood-drawing device, boasting a 95% first-stick success rate, could potentially revolutionize the medical industry, leading to shortened procedure times, decreased haemolysis rates, and heightened patient satisfaction. Competing phlebotomy device manufacturers may need to adapt in order to remain relevant. Furthermore, hospitals and clinics can anticipate cost savings due to reduced errors, diminished retries, and decreased patient complaints. As Vitestro secures funding for the European and US commercialization, the robotics industry's projected $218 billion growth by 2030 is likely to accelerate, exerting influence on associated sectors such as AI, advanced imaging, and surgical robots.

Did You Know?

  • Autonomous blood-drawing device: This medical apparatus utilizes AI, advanced imaging, and robotics to automatically draw blood from a patient's vein. Vitestro's device achieved a 95% first-stick success rate, indicating successful blood retrieval on the initial attempt 95% of the time, comparable to manual venipuncture.
  • Haemolysis rate: Haemolysis refers to the degradation of red blood cells, potentially releasing their contents (haemoglobin) into the surrounding fluid (plasma). A haemolysis rate represents the percentage of red blood cells destroyed during blood collection or processing. With a haemolysis rate of 0.6%, Vitestro's device effectively minimizes haemolysis, decreasing the likelihood of unusable samples.
  • Robotics industry: This swiftly expanding market encompasses the development, production, and utilization of robotic technology. Projections indicate that the global robotics industry is poised to reach $218 billion by 2030, with considerable contributions from medical applications. Surgical robots are expected to be the primary beneficiaries, offering more precise and less invasive procedures compared to traditional methods.

You May Also Like

This article is submitted by our user under the News Submission Rules and Guidelines. The cover photo is computer generated art for illustrative purposes only; not indicative of factual content. If you believe this article infringes upon copyright rights, please do not hesitate to report it by sending an email to us. Your vigilance and cooperation are invaluable in helping us maintain a respectful and legally compliant community.

Subscribe to our Newsletter

Get the latest in enterprise business and tech with exclusive peeks at our new offerings