Tamar Robotics

Tamar Robotics

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Launch date
Employees
Market cap
-
Net debt
-
Enterprise valuation
$8—13m (Dealroom.co estimates Jun 2021.)
Company register number 515844884
Haifa Haifa District (HQ)

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DateInvestorsAmountRound
investor

$0.0

round

$2.1m

Seed
Total Funding000k

Recent News about Tamar Robotics

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Tamar Robotics is a pioneering startup in the field of surgical robotics, specializing in neurosurgery. The company was founded by Prof. Moshe Shoham, a renowned figure in the surgical robotics industry. Tamar Robotics is revolutionizing the medical field with its innovative endoscopic robotic system, designed to perform highly precise and safe surgeries in challenging workspaces. This system is particularly beneficial for procedures such as pituitary and skull-base tumor removal, and the removal of intracerebral hemorrhage and other brain masses.

The company's primary market is the healthcare sector, specifically hospitals and clinics that perform neurosurgical procedures. The Tamar system offers significant clinical and economic benefits, making it a valuable addition to any neurosurgical department.

The Tamar system employs highly flexible and accurate robotic arms that can access hard-to-reach areas within the brain via a small hole, known as a burr hole. This minimally invasive approach reduces damage to healthy brain cells, resulting in less pain and faster healing for patients.

The robotic arms, which hold standard surgical tools, are controlled from a surgical console. This allows neurosurgeons to use their standard techniques, but with the added benefits of robotic control, including precision and superior visualization.

Tamar Robotics operates on a business-to-business (B2B) model, selling its surgical robotic systems to healthcare institutions. The company generates revenue through the sale of these systems, as well as through ongoing service and maintenance contracts.

Keywords: Surgical Robotics, Neurosurgery, Endoscopic Robotic System, Burr Hole Access, Precision Surgery, Superior Visualization, Healthcare Sector, B2B Model, Robotic Control, Minimally Invasive Surgery.