Robotic Phlebotomy with AI
Macro close-up of a high-precision robotic needle-guide mechanism in a sterile clinical laboratory, bright even hospital lighting, crisp white and medical blue tones
Macro close-up of a high-precision robotic needle-guide mechanism in a sterile clinical laboratory, bright even hospital lighting, crisp white and medical blue tones
Download Technical Specs
/ Autonomous Venipuncture

Sub-millimeter accuracy for clinical laboratories

The VenaBot platform integrates real-time near-infrared vein mapping with autonomous needle guidance to secure first-stick success on difficult venous access patients.

Close-up of a digital near-infrared vein-mapping interface displaying a clear blue-toned heat map of forearm veins, sharp focus, technical data overlay
Close-up of a digital near-infrared vein-mapping interface displaying a clear blue-toned heat map of forearm veins, sharp focus, technical data overlay
Macro detail of high-precision robotic actuators and needle-guide assembly, clean clinical studio lighting, medical grade plastics and metals
Macro detail of high-precision robotic actuators and needle-guide assembly, clean clinical studio lighting, medical grade plastics and metals
Precision Engineering

Engineered for absolute clinical safety

Vein Mapping

Real-time near-infrared tracking

The system maps sub-surface venous structure in under three seconds, calculating the optimal insertion path and depth before any mechanical movement begins.

Robotic Guidance

Sub-millimeter insertion control

Autonomous needle-guide actuators control depth and angle within fractions of a millimeter, mitigating the risk of infiltration and eliminating multiple stick attempts.

Safety Protocol

Multi-layered safety architecture

Every autonomous venipuncture sequence is governed by real-time sensor feedback and mechanical overrides designed to protect the patient at every millisecond.

Instant-retract safety

Continuous monitoring

Clinician override

Active force sensors detect muscle resistance changes and immediately retract the needle guide in under 50 milliseconds.

Optical tracking monitors patient movement, pausing the robotic arm instantly if any displacement exceeds sub-millimeter tolerances.

A physical pause control and software override keep the operating clinician in absolute control of the procedure at all times.

Download Specs

Review the technical specifications

Access the complete engineering schema, safety certifications, and clinical validation studies.