Advanced Data Collection for Surgical Environments

Innovating Surgical Data Collection Solutions

We specialize in advanced data collection and processing for surgical environments, utilizing deep learning and multi-modal fusion to enhance precision and efficiency in force perception models.

A black and white photograph captures a close-up of a person's hands wearing gloves, holding a surgical instrument over a surface, possibly during a medical procedure.

Data Collection Services

We specialize in collecting and processing data for enhanced surgical environment insights and performance.

Model Construction

We build advanced multi-modal fusion models to enhance force perception and improve surgical outcomes.

A healthcare professional wearing a red surgical cap, mask, and gloves is performing an intricate procedure. The person is using surgical tools and wearing specialized binoculars to enhance vision. The setting appears to be a brightly lit operating room.

Scenario Testing

Our algorithms are tested in various surgical scenarios to ensure adaptability and stability in performance.

Real-Time Optimization

Enhanced Algorithm Performance

A gloved hand is holding a caliper, an instrument used for measuring dimensions. The background includes blurred fabric and possibly other indiscernible objects.

A close-up interaction between two individuals, focusing on one person fitting a prosthetic arm onto another's arm. The prosthetic is sleek and metallic, suggesting advanced technology. The scene suggests a sense of care and assistance.

Data

Collecting and processing surgical data for enhanced performance.

Two surgeons wearing masks and colorful caps are intensely focused on performing surgery under a bright surgical light. They are dressed in teal surgical gowns and white gloves, with a variety of surgical instruments in use.

A close-up view of an ophthalmic device with digital readouts, marked with the model URK-700 and the label 'autoref keratometer.' The machine, primarily white, features a joystick for operation and various control buttons for functionality. It appears to be positioned in a clinical setting with soft lighting.

A gloved hand holds a sterile medical device, possibly for blood testing or sample collection, with a green and black background.

A precision measuring probe is positioned above a metallic surface, likely part of an industrial machine or CNC equipment. The focus is primarily on the metallic probe with a small red tip, highlighting its use in detailed measurements. The background is blurred, emphasizing an industrial setting.

A medical professional wearing gloves performs a surgical procedure on a foot. The foot has visible incisions and exposed tissue, indicating a complex surgical intervention. The medical professional is using precise tools to work on the area, suggesting a medical or surgical setting.