One Simulation develops high‑fidelity medical simulators that give healthcare professionals immersive, repeatable training for complex clinical scenarios. Their product line includes the Bull’s Eye needling trainer for OB/GYN procedures, a fetal therapy skill lab for prenatal interventions, and an AI‑driven radiation‑free CT simulator for radiology training, all supported by end‑to‑end lab design and installation services. These tools aim to improve procedural confidence and patient outcomes through realistic anatomy and tactile feedback.
Funding
Funding not disclosed
Founders
Product
Problem
Healthcare professionals often lack access to realistic, repeatable training tools for complex procedures, leading to skill gaps and increased risk to patients during real-world interventions. Traditional training methods may rely on cadavers, animal models, or exposure to radiation, which are costly, limited, and pose safety concerns.
Solution
One Simulation offers high-fidelity medical simulators that recreate the tactile and visual aspects of procedures without the need for live patients or radiation exposure. Their Bull’s Eye needling trainer provides anatomically accurate models with realistic feedback for obstetrics and gynecology needle placement, while the AI‑driven radiation‑free CT simulator enables radiographers and imaging radiologists to practice scanning protocols safely. The simulators are modular and can be integrated into dedicated skill labs tailored to specific specialties, allowing educators to deliver consistent, repeatable training sessions. Installation, consultation, and ongoing support are managed by One Simulation to ensure the simulation environment matches each institution’s curriculum and training objectives.
Target Audience
Primary customers are medical schools, teaching hospitals, and specialty training centers that require hands‑on procedural education for obstetrics‑gynecology, radiology, and musculoskeletal interventions.
Features
- Realistic anatomy and tactile feedback for precise needle placement in OB/GYN and fetal medicine procedures
- AI‑based CT simulation that reproduces imaging scenarios without any radiation exposure
- Modular skill‑lab configurations for gynecological, fetal therapy, musculoskeletal, and radiology training
- Seamless setup service covering consultation, installation, and customization to match specialty requirements
- Repeatable training cycles with consistent performance metrics for skill assessment and improvement
- Compatibility with existing curricula and ability to track trainee progress across multiple sessions