Lualdi Labs help surgeons, and their patients, for whom traditional off-the-shelf solutions have proven ineffective, costly and insufficient due to complex degenerative and anatomical defects.
Less pain
Our tailor made implants minimize discomfort, reducing post-operative pain and enhancing overall well-being
Faster recovery
With personalized solutions, patients experience shorter healing times and a quicker return to daily activities.
High proprioception
Advanced design ensures better sensory feedback, improving movement control and natural joint function.
Reduced risk of infection
Titanium’s biocompatibility and precise fit lower infection risks, promoting safer and more effective healing.
Reduced operating times and anesthesia
Tailored implants streamline surgical procedures, minimizing anesthesia exposure and shortening operation durations.
Patient-oriented implants
Each implant is designed specifically for the individual, addressing unique anatomical and medical needs.
“Beyond robotics”
The new era of deep intelligent surgery Our technology goes beyond robotics, integrating deep intelligence to enhance surgical precision and outcomes.
AI applied to surgery
Artificial intelligence supports decision-making, improving accuracy and assisting surgeons in complex procedures.
Quick – Streamline surgical times – Reduced learning curve
Our solutions simplify procedures, reducing both operating times and the time needed for surgeons to master them.
Reduced risk of bacterial
contamination Precision-fit implants minimize surgical exposure, lowering the risk of infections and post-operative complications.
Less complexity
Easy Intuitive design and advanced planning tools make surgeries smoother, reducing technical difficulties for surgeons.
Accurate and precise planning
Cutting-edge imaging and modeling enable meticulous surgical planning, ensuring optimal implant positioning.
Improved perception of bone defects
High-resolution visualization enhances defect assessment, leading to better treatment strategies and outcomes.
Possibility of simulating surgery
Surgeons can practice and refine procedures in a virtual environment, improving confidence and surgical precision.
Improved awareness of surgical gestures
AI and 3D guidance help refine movements, enhancing control and precision during the operation.
Less forensic (legal) risks
More accurate planning and execution reduce errors, lowering the likelihood of legal complications for surgeons.
Surgeon-driven implants
Tailor made implants are designed in collaboration with surgeons, ensuring they perfectly match medical and procedural needs.
Reduction of operating costs
Tailor made implants eliminate the need for stocking standard prostheses, reducing inventory costs and optimizing resources. Faster procedures also lead to lower overall surgical expenses.
Reduction of the risk of complications
Precision-fit implants and advanced planning lower post-operative risks, improving patient outcomes and hospital efficiency. Shorter recovery times free up hospital resources more quickly.
Reduction of forensic risk
Enhanced surgical accuracy and lower complication rates minimize legal risks and potential malpractice claims, ensuring greater operational security for hospitals.
Better organization of the surgical field
Streamlined procedures and optimized implant designs contribute to a more efficient and organized operating environment, reducing delays and improving workflow.
Reduction of implant failure
Tailor made solutions ensure a perfect fit, minimizing the likelihood of implant rejection or malfunction, leading to fewer revision surgeries and better long-term patient care.
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