Prototype development
Turn an early medical-device concept into a functional prototype through mechanical, sensing, imaging, motion-control, and software integration.
Medical robotics engineering
From early concept to a testable robotic system.
Neurapose develops medical-device prototypes, benchtop experiments, and robotic test cells that improve how teams build, evaluate, and refine complex clinical technologies.
VisionRoboticsSimulationTesting
Benchtop integratedHuman-supervised research platform
Engineering services
Build the evidence behind the device.
Focused engineering support for teams moving from a promising idea toward a robust, testable workflow.
Benchtop testing
Design repeatable experiments, validated phantoms, data-capture workflows, and test fixtures that make performance visible and measurable.
Robotic test cells
Build purpose-designed robotic cells for device evaluation, workflow studies, repeatability testing, and human-supervised automation.
2D → 3DTarget localization
Human in controlSupervised workflows
Integrated platform
Connect perception, motion, and device control.
The Neurapose research platform brings imaging, target detection, depth sensing, robot coordinates, and controlled suction into one benchtop environment for rapid iteration.
- Computer vision and segmentation
- Visible and near-infrared imaging
- 3D localization and calibration
- Robot and motion-control integration
- Voice-guided workflow controls
- Collision-region and safety prototyping
- Simulation-ready digital assets
- Experimental data collection
Research and engineering platform. Not a clinically validated system or autonomous surgical product.
Digital twin workflows
Simulation-ready assets for NVIDIA Isaac Sim.
Extend physical development into a virtual test environment. We can prepare robotic-cell assets that support layout studies, sensor placement, collision geometry, motion planning, and pre-deployment integration work.
USD assetsCollision geometrySensor frustumsMotion paths
A practical development loop
Prototype. Measure. Improve.
01
Define the test
Translate the device question into measurable acceptance criteria and a repeatable experiment.
02
Capture the evidence
Collect structured imaging, sensing, robot-state, and workflow data with traceable conditions.
03
Refine the workflow
Use results to improve the prototype, test cell, controls, and human interaction.
System overview
See the Neurapose v3.57 platform in action.
Benchtop integration of cottonoid detection, 3D localization, robotic positioning, suction modulation, and collision-region prototyping.