AcuSurgical develops a robotic platform specifically for vitreoretinal surgery, delivering micron‑level precision and bi‑manual control. The system enhances surgeon stability, reduces tremor‑related risks, and enables more consistent outcomes for retinal detachments and macular disease treatments. By integrating micro‑precision technology into the operating room, it aims to improve safety and expand the range of feasible ophthalmic procedures.
Funding
$6.1M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Retinal surgery demands micrometer-level precision, exceeding the capabilities of even highly skilled surgeons, which limits the number of treatable patients and pathologies. Inadequate precision during these procedures can lead to complications and suboptimal outcomes for patients with retinal diseases.
Solution
AcuSurgical is developing the Luca™ surgical robotic system to enhance precision and safety in retinal microsurgery. The system employs dual-instrument manipulation, allowing surgeons to perform complex procedures with accuracy up to 10 microns. By increasing surgical precision, the Luca™ system aims to expand the range of treatable retinal diseases, expedite surgical training, and improve patient outcomes. The robotic platform consists of two robotic arms, each equipped with an instrument holder, that are controlled by the surgeon via a console.
Target Audience
The primary target audience includes vitreoretinal surgeons seeking to enhance their precision and expand the scope of treatable retinal diseases, as well as hospitals aiming to improve surgical outcomes and efficiency.
Features
- Dual-arm robotic system enabling bimanual manipulation for enhanced surgical dexterity
- High-precision instrument control with accuracy up to 10 microns
- Surgeon console for intuitive and ergonomic control of the robotic arms
- Capability to perform core vitrectomy procedures