Yukalyptus

Hybrid surgical robotics

Robotic precision,
in the surgeon’s hands.

Surgeon-controlled robotic tools, engineered to bring robotic assistance into more procedures, more rooms, and more hospitals.

Yukalyptus LumaArm, a surgeon-controlled robotic camera positioner

Adoption without disruption

Robotic tools that fit standard surgical workflows.

Fits the OR you already have

Modular, self-contained robotic assistance designed to work within existing operating rooms and minimally invasive surgical workflows. No dedicated console, permanent installation, or room rebuild required.

No platform lock-in

Adopt one robotic tool at a time instead of committing to an entire capital system. Each device is designed to stand on its own, letting hospitals start small, evaluate clinical value, and scale when ready.

Familiar surgical workflow

Yukalyptus is built around the port placement, sterilization process, and OR choreography surgeons already know. The goal is to extend laparoscopic technique, not replace it, so adoption feels familiar from the first case.

Modular tool system

One handle. Every end-effector the case needs.

LumaGrip’s quick-release jaw mount accepts the four primary end-effector families for laparoscopic surgery — each independently sterilizable and Yukalyptus-certified for the 7-DoF articulation envelope. Monopolar energy for the energized tips is supplied by the LumaGrip’s integrated electrosurgical generator.

Yukalyptus LumaGrip end-effector family — monopolar scissors, precision dissector, monopolar hook, and micro-textured needle holder, each mounted on the 7-DoF articulated wrist.
01

Monopolar Scissors

Energized sharp dissection with simultaneous hemostasis.

02

Precision Dissector

Atraumatic grasping and blunt dissection in tight planes.

03

Monopolar Hook

Targeted electrosurgical separation along anatomical planes.

04

Micro-Textured Needle Holder

Secure needle control for intracorporeal suturing.

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Robotic precision, where it belongs — in the surgeon’s hands.