AI-Assisted Cosmetic Surgery in Turkey (2025 Guide)

Artificial intelligence is no longer a distant concept in medicine—it is now reshaping how we define beauty, plan treatments, and envision surgical outcomes. In 2025, AI-enhanced aesthetic surgery has become one of the fastest-growing fields in global health innovation, influencing everything from facial analysis and symmetry scoring to surgical navigation systems and post-procedure recovery predictions.

What makes this transformation remarkable is not only the technology itself, but how quickly patients have embraced it. For the first time, aesthetic decisions are guided by predictive tools instead of guesswork. Surgeons can simulate results before touching a scalpel, and patients can visualize personalized outcomes based on their own facial proportions, skin elasticity, and digital symmetry models.

As AI enters mainstream aesthetic care, it is redefining expectations in clinics from Istanbul to Los Angeles. Turkey, a global hub for cosmetic medicine, has been at the center of this shift—combining advanced digital systems with high-level clinical expertise, creating a powerful synergy that accelerates both safety and artistry.

Traditional aesthetic surgery relies heavily on manual measurements, clinical experience, and artistic interpretation.

AI introduces:

• high-resolution facial mapping
• predictive 3D simulations
• automated morphing tools
• symmetry and proportion scoring based on objective data

This precision allows surgeons to plan interventions with unprecedented accuracy. Facial structures, soft tissue volumes, and muscle dynamics can now be calculated in milliseconds.

In the past, beauty standards were influenced by cultural norms and celebrity trends.

AI shifts this paradigm by generating patient-specific beauty models based on:

• natural anatomy
• skin quality
• ethnic identity
• age-related changes
• ideal harmony ratios

The result is a personalized aesthetic plan that respects individuality—not a copy-paste version of someone else’s face.

One of the greatest fears patients have before undergoing aesthetic procedures is uncertainty:

What if the result doesn’t suit me? What if it looks unnatural?

AI minimizes these concerns with:

• digital previews
• time-based aging projections
• outcome scoring based on thousands of historical cases

Patients can now see a realistic approximation of their potential results, empowering more confident decisions.

Beyond beauty , AI helps prevent surgical complications through:

• automated risk analysis
• algorithmic blood-flow assessment
• real-time tissue stress prediction
• optimized incision mapping

This technology is particularly transformative in body contouring and facial surgery, where precision directly affects recovery and scarring.

AI accelerates nearly every step:

• digital triage
• automated pre-consultation forms
• AI-driven photographic analysis
• optimized treatment suggestions
• faster documentation

Clinics operate more efficiently, and patients enjoy smoother, more predictable journeys.

AI beauty apps have exploded in popularity, but the clinical world uses far more advanced tools than what the public sees.

These systems include:

• Deep-learning facial evaluators ( measure symmetry , ratios , aging markers)
• Predictive skin-quality models
• AI-enhanced ultrasound and imaging integration
• Machine-learning aesthetic outcome validators

These tools do not replace physicians—they augment them.

They strengthen decision-making, reduce subjectivity, and support tailored treatment planning.

For decades, aesthetic trends were shaped by Hollywood or social media icons.

But AI has introduced a new era: mathematically informed but human-respecting beauty.

Patients now want:

• natural improvements
• harmony over exaggeration
• balanced changes that preserve identity

AI helps define what “natural” looks like for each individual.

Aesthetic surgery has always balanced science with artistry, yet even the most experienced surgeons acknowledge one truth: planning determines outcomes.

In 2025, AI planning systems are becoming a quiet revolution behind the scenes, performing millions of micro-calculations that were once impossible for the human eye.

AI platforms analyze:

• skeletal proportions
• fat distribution patterns
• soft-tissue thickness
• projected skin behavior
• muscle dynamics
• asymmetries invisible to standard photography

These insights translate into a hyper-customized roadmap before the patient enters the operating theater.

One of the most transformative tools is predictive 3D modeling.

Unlike traditional simulations, AI models do not simply “edit” a photograph. Instead, the system creates a dynamic, volumetric reconstruction of the patient’s face or body.

This allows clinicians to observe:

• how tissues shift when lifted
• how volume changes affect shadows and highlights
• how implants or fat grafting alter topography
• how the skin may behave during healing

For rhinoplasty, this may mean previewing dorsal refinement or tip rotation from every angle.

For body procedures, it helps determine where skin will retract, how musculature will appear, and whether liposuction alone is enough or a lift is required.

One of the most exciting innovations is the rise of digital twins —AI-generated anatomical replicas that behave like the patient’s real tissues.

A digital twin simulates:

• facial expressions
• the elasticity of skin
• tension of lifting vectors
• long-term aging effects
• scarring patterns based on skin genetics

These digital replicas allow surgeons to “test” different approaches virtually, reducing trial-and-error and enhancing surgical strategy.

In Turkey, several high-technology clinics have adopted digital twin platforms, making the country one of the emerging leaders in AI-guided planning.

Turkey’s booming non-surgical market benefits equally from AI automation.

• pore distribution maps
• pigmentation analysis
• collagen density predictions
• personalised anti-aging plans

These can predict:

• ideal filler distribution
• future volume loss
• symmetry optimisation for lips, cheeks, or chin

AI calibrates intensity levels to avoid burns or pigmentation issues—something that strongly differentiates premium clinics from entry-level providers.

This aligns perfectly with NexWell’s positioning as a high-technology international healthcare brand.

AI evaluates structural limitations while suggesting adjustments that maintain a natural identity.

Deep-learning algorithms identify:

• deviations of the nasal septum
• tip support strength
• symmetry imbalances
• airflow considerations

This combination of aesthetic and functional analysis improves long-term results—something patients increasingly value.

AI assists in mapping:

• ideal SMAS repositioning vectors
• areas likely to sag first
• the trajectory of jowl descent
• neckband prominence

For patients, this means more natural outcomes and longevity.

AI identifies micro-asymmetries in eyelid crease height, fat distribution, and brow positioning that the naked eye misses.

This helps create softer, more restorative results instead of exaggerated changes.

AI-powered facial analyzers help:

• determine ideal filler ratios
• avoid overcorrection
• distribute Botox strategically
• personalize facial harmonization

The focus shifts from “bigger lips, sharper jawline” to balanced refinement , guided by proportions rather than trends.

AI is particularly powerful in body cases, where anatomy varies drastically from person to person.

AI detects:

• stubborn fat clusters
• the safest aspiration pathways
• areas where over-removal could cause irregularities

Surgeons can overlay these maps onto 3D models, reducing complications and improving silhouette precision.

For procedures like abdominoplasty or full body lift, AI predicts:

• how tissues will settle
• where tension lines may lead to thicker scars
• how muscle plication will shape the waistline
• the amount of skin redundancy post-closure

These predictions help avoid dog-ears, asymmetry, and excessive scarring.

AI simulations help estimate:

• implant volume, projection, and width
• fat-grafting distribution
• the influence of ribcage shape
• natural vs augmented appearance on movement

Patients make decisions with more clarity and fewer surprises.

Probably the most underappreciated advantage of AI is how much safer it makes procedures.

AI models analyze thousands of global cases and predict:

• hematoma risk
• skin necrosis probability
• ideal incision placement
• anesthesia reactions
• healing timeframes

These systems personalize care in ways traditional checklists cannot.

Some clinics now use AI overlays during surgery, similar to navigation systems used in dental implantology.

These visual guides help:

• maintain symmetrical dissections
• avoid critical vessels
• identify safe tissue planes

The goal is not to replace the surgeon but to refine their precision.

As AI becomes more influential, ethical discussions are gaining prominence.

There is growing concern that AI might push people toward uniform beauty standards.

Modern systems, however, prioritize preserving ethnic identity, individuality, and character traits .

NexWell’s approach aligns with this philosophy:

Technology should reveal your best version, not replace it with someone else’s.

AI requires high-resolution facial data.

Clinics must:

• protect patient imagery
• store data securely
• obtain explicit consent
• avoid training models without permission

Patients increasingly ask how their data is used, and transparency builds trust.

AI simulations are powerful—but they are still simulations.

Clinicians must communicate that:

• real tissue behaves differently
• healing varies
• perfection is neither expected nor realistic

Used responsibly, AI improves communication instead of creating unrealistic guarantees.

Turkey already leads in:

• affordability
• surgeon experience
• patient hospitality
• technology adoption

AI is the accelerant that pushes the country from a “popular choice” to a global authority .

Clinics adopting AI gain:

• higher review scores
• stronger word-of-mouth referrals
• better surgical accuracy
• improved international conversion rates

Turkey's early ownership of this trend elevates it to the same technology category as other global centers (Miami, Seoul, Dubai).

AI has changed how patients think about aesthetic transformations.

Seeing their potential results reduces anxiety dramatically.

Many patients report feeling empowered, not pressured.

AI encourages individualized beauty rather than imitating influencer faces.

Patients now spend more time analyzing simulations, recovery timelines, and long-term projections before committing.

This shift results in healthier expectations and more satisfying outcomes.

For decades, aesthetic surgeons relied on a combination of training, experience, and intuitive visual judgment to evaluate facial proportions. In 2025, artificial intelligence has reshaped this process entirely.

Modern diagnostic platforms no longer function as passive imaging tools; they actively interpret facial geometry, measure structural imbalances, and simulate post-treatment harmony using millions of data points.

What distinguishes AI-supported diagnostics from traditional evaluation methods is its objectivity. A surgeon may see asymmetry, but AI can calculate the exact numeric deviation between left and right facial planes, the displacement angle of the nasal bridge, or the proportional gap between ideal and current chin projection.

These micro-measurements matter—they directly influence the predictability of surgical outcomes.

AI also integrates demographic datasets. Facial harmony is not universal across cultures; aesthetic ideals differ across regions. Algorithms trained on geographically diverse datasets help surgeons design treatment plans aligned with patient identity rather than applying a standardized global beauty formula.

This prevents overcorrections, preserves ethnic characteristics, and supports patient-centered results that feel authentically aligned rather than cosmetically imposed.

One of the most transformative uses of AI in modern aesthetic surgery is predictive modeling. These systems use neural networks trained on thousands of surgical cases to forecast:

• Tissue behavior after incisions
• Swelling patterns over time
• Scar maturation based on genetic tendencies
• Fat survival rates in grafting procedures
• Bone–soft tissue interaction in facial contouring

The result is a highly sophisticated digital prediction tool that allows both surgeon and patient to evaluate potential outcomes long before the operation begins.

Predictive modeling also reduces the emotional uncertainty often associated with cosmetic decisions. Patients can visualize natural vs. dramatic results, subtle vs. structured enhancements, and conservative vs. transformative changes—all in a controlled, educational setting.

Surgeons, meanwhile, use these models to refine incision strategies, optimize implant selection, and adjust volumization techniques with unprecedented accuracy.

In 2025, many European and American clinics have begun integrating predictive analytics as a standard pre-operative step. Turkey—due to its rapid adoption of medical technology—has become one of the fastest-growing hubs for these systems, giving visiting international patients access to top-tier digital planning infrastructures.

AI does not replace surgical expertise, but it elevates it.

As surgeons integrate these systems into their workflow, several tangible benefits have emerged:

AI analyzes skin elasticity, vascular pathways, and muscular tension to propose incision zones that preserve natural folds, reduce visible scarring, and protect delicate structures.

Deep-learning algorithms monitor how tissues typically shift during surgery and recommend techniques that preserve facial expression while maintaining contour definition.

AI-guided mapping shortens planning time and helps surgeons execute steps more efficiently, decreasing anesthesia duration—one of the main contributors to surgical risk.

Symmetry deviations as small as 1–2 millimeters can alter aesthetic perception. AI detects and guides corrections at a level beyond human visual capacity.

With AI-supported planning, surgeons anticipate bleeding risks, tension points, and areas susceptible to delayed healing, allowing proactive adjustments.

These advancements contribute to measurable improvements in patient outcomes—something that global medical tourism audiences increasingly seek: predictable, safe, natural-looking results with reduced recovery times.

Not all aesthetic transformation requires surgery. In recent years, AI has expanded significantly into non-invasive and minimally invasive treatments. Botox, fillers, skin-tightening procedures, chemical peels, and energy-based devices now often operate with AI-driven guidance systems.

Modern injector platforms use AI to analyze real-time facial micro-expressions and dynamically adjust filler distribution. Instead of relying solely on static anatomy, AI detects patterns of movement—how the mouth contracts during speech, how the eyes lift during smiling—and tailors injection points to preserve natural expression.

AI may sound futuristic, but inside leading surgical clinics, it is becoming a daily practical tool. What matters most in 2025 is not the novelty of AI itself, but how effectively it integrates into clinical reasoning.

Experienced surgeons now use AI to refine—not replace—their judgment.

The process looks like this:

• Data Collection: Photos, videos, CT scans, or 3D scans
• AI Interpretation: Asymmetry mapping, volumetric analysis, tissue prediction
• Surgical Design: Vector planning, incision placement, volume strategy
• Risk Assessment: Prediction of healing complications or adverse events
• Patient Communication: Clear visualizations replacing abstract explanations

This sequence shortens consultation time, increases patient trust, and reduces misunderstandings.

From NexWell’s perspective, AI does not make a good surgeon great—but it allows great surgeons to operate with even more clarity and confidence.

Devices such as RF microneedling, laser resurfacing, and ultrasound lifting now use automated sensors to measure:

• skin hydration
• melanin concentration
• thermal thresholds
• collagen density

They then adjust power delivery accordingly, reducing both risk and discomfort while maximizing collagen stimulation.

Personalized skincare has reached an entirely new level. Platforms analyze pore distribution, pigmentation clusters, hydration gradients, and micro-textures at resolutions invisible to the human eye. Treatment routines generated by AI include personalized combinations of:

• resurfacing sessions
• topical formulations
• light-based therapies
• peptide-rich regimens
• retinoid cycles

This system ensures that patient-specific biological factors—not generalized recommendations—shape each treatment plan.

AI has significantly elevated the safety framework within aesthetic medicine.

Where traditional safety relied on manual monitoring and clinical vigilance, AI offers real-time analysis and predictive alerts.

Smart anesthesia systems track patient vitals and compare them with millions of indexed surgical events to predict:

• hemodynamic fluctuations
• drug sensitivity issues
• airway risks

If an anomaly arises, the system alerts the anesthesiologist within milliseconds.

AI scans wound appearance through high-resolution imaging and detects early signs of:

• delayed healing
• infection formation
• excess scar tissue
• microvascular compromise

Early detection is critical in reducing complications—especially for international patients traveling soon after procedures.

AI cross-references prescribed medications with global pharmaceutical databases.

This prevents adverse interactions, particularly important for patients combining aesthetic treatments with chronic disease medications.

Patients often struggle to maintain aftercare routines.

AI-based mobile applications now monitor:

• compression garment usage
• incision hygiene
• medication schedules
• activity levels and mobility habits

These systems offer reminders, detect potential issues, and forward reports to clinics—strengthening continuity of care even after the patient returns home.

In facelift, midface lifting, neck tightening, and body contouring, traditional planning relies on the surgeon’s eye.

AI replaces guesswork with quantifiable directionality.

It calculates:

• tension distribution
• optimal SMAS repositioning
• lift trajectory
• long-term stability of results

This enhances natural outcomes and reduces the risk of over-tightening or asymmetry.

AI simulates:

• how scars will mature
• where tension peaks will occur
• visibility under different lighting

For procedures like tummy tuck, arm lift, or breast lifts, subtle incision shifts can significantly improve how discreet scars appear long term.

Through machine learning, AI estimates:

• skin recoil capacity
• the likelihood of rippling or hollowing
• long-term fat survival after grafting
• potential edema patterns

This allows surgeons to make more accurate decisions about volume, skin excision, and post-op care.

As AI becomes more influential in aesthetic decision-making, ethical boundaries have become essential.

AI should support human individuality, not homogenize beauty standards.

2025 ethics frameworks emphasize:

• Preserving ethnic identity rather than imposing Eurocentric norms
• Avoiding algorithmic bias in datasets
• Ensuring human oversight remains central
• Protecting patient data privacy in facial scans
• Using AI to guide, not dictate, clinical judgment

Patients increasingly appreciate surgeons who treat AI as an assistant—not a replacement—for empathetic, human-centered care.

While not every clinic uses intra-operative AI yet, top-tier aesthetic centers increasingly integrate real-time tools.

Borrowed from neurosurgery and dental implantology, these systems guide the surgeon through safe planes and prevent unintentional deviation.

It is especially impactful in:

• revision rhinoplasty
• complex facelifts
• large-volume liposuction
• body lifts
• fat grafting around anatomically sensitive areas

AI overlays track subtle differences between the left and right sides of the body or face as the surgeon works.

This creates:

• more balanced nasal tips
• symmetrical jawlines
• even fat distribution
• harmonious breast shape

What was once dependent solely on visual intuition is now supported by objective data.

Healing is unpredictable — but AI makes it more manageable.

Using pattern recognition from thousands of recovery datasets, AI forecasts:

• expected swelling curve
• healing velocity
• scar progression
• irregularity risks

Patients receive realistic expectations early, which reduces anxiety and improves compliance.

Some clinics use AI-powered apps where patients upload daily photos.

The system flags:

• abnormal redness
• asymmetrical swelling
• early signs of infection
• atypical fluid accumulation

Surgeons can intervene earlier, often preventing complications before they escalate.

Turkey has already become a leading destination for aesthetic and reconstructive procedures — but AI integration accelerates this momentum.

Unlike many Western countries where hospital bureaucracy slows implementation, Turkish clinics adopt new technologies rapidly.

This agility allows:

• AI-guided planning
• 3D digital twin modeling
• advanced imaging integration
• automated risk assessment

International patients benefit from innovation without inflated pricing.

Aesthetic procedures in Turkey often cost 50–70% less than in the USA or UK due to lower operational expenses and competitive healthcare infrastructure.

Yet many leading clinics use:

• the same imaging systems
• the same software
• the same surgical instruments
• equally rigorous standards

This combination of affordability + high technology is rare worldwide.

Because Turkey attracts global patients, surgeons gain experience with a broader range of:

• facial structures
• skin types
• body compositions
• cultural beauty preferences

AI enhances this expertise by helping personalize strategies for each demographic.

Turkey’s rapid adoption of AI systems has given international patients access to the type of advanced planning tools typically found in high-end U.S. and European clinics—but at a fraction of the cost. This competitive advantage has significantly increased patient traffic, especially among individuals seeking:

• natural-looking transformations
• minimal downtime
• high predictability
• safer surgical journeys

Istanbul and Antalya, in particular, have emerged as global centers of “AI-powered aesthetic care,” offering a blend of medical expertise, digital infrastructure, and personalized treatment pathways.

Not every clinic using AI uses it effectively.

A well-informed patient should evaluate:

(Or is it just a marketing slogan?)

AI should guide, not dominate.

These questions separate true AI-integrated centers from those merely adopting the terminology.

Artificial intelligence is no longer only a surgeon’s planning tool—it has become a guiding framework for the entire patient experience. In 2025, international patients increasingly expect not only excellent aesthetic results, but clarity, predictability, and emotional reassurance throughout the process. This is exactly where AI-driven workflows prove transformative.

Today’s aesthetic decision-making begins long before a patient books a flight. AI tools analyze facial proportions, simulate postoperative outcomes, and evaluate risk factors with a level of objectivity impossible through manual assessment alone. For many patients who may feel overwhelmed by the uncertainty of aesthetic change, this creates a sense of clarity that encourages informed, confident decisions.

At NexWell partner clinics, these technologies are used not to replace the artistic intuition of surgeons, but to enhance their ability to calibrate results to each patient’s unique morphology, cultural expectations, and personal aesthetic preferences.

AI is powerful but it must be used with restraint.

NexWell emphasizes three scenarios where surgeon intuition should override algorithms:

(beauty is not identical across cultures)

(real tissue behaves unpredictably)

(genetics, lifestyle, sun exposure)

Technology must serve the patient’s individuality, not erase it.

Advanced simulation software in 2025 works using more than simple morphing tools. These platforms integrate:

• True volumetric facial mapping
• Muscle and tissue behavior modeling
• Light-shadow distribution analysis
• Ethnic and gender-specific photogrammetry data

This allows surgeons to create realistic, medically grounded previews of possible outcomes based on the patient’s own anatomy—not an idealized or generic template.

• It eliminates guesswork.
• It aligns expectations between surgeon and patient.
• It reduces anxiety about the final look.
• It prevents overcorrection or unnatural changes.

In international medical tourism, trust is currency. AI simulation significantly strengthens that trust.

Beyond aesthetics, patient safety is where AI has delivered its most important impact. NexWell partner clinics use predictive algorithms that identify subtle risk indicators such as:

• Hidden infection patterns
• Healing delays based on vascularization
• Tissue tension mapping to avoid hypertrophic scarring
• Airway parameters for anesthesia safety
• Hematoma likelihood after facial procedures

These tools allow surgical teams to prevent complications before they occur , improving not only safety but recovery comfort.

Facial and body aesthetics do not exist in a cultural vacuum. Preferences for eye shape, jawline definition, nose contour, and facial angles vary significantly across regions.

AI systems trained on diversified datasets allow surgeons to refine results that remain:

• Culturally coherent
• Naturally expressive
• Personally meaningful

This ensures that a patient from the Middle East, Europe, North America, or Asia receives a result that aligns with their identity and beauty standards—not a “one size fits all” template.

A high-resolution 3D scan records structural details invisible to the naked eye.

The system evaluates dozens of anatomical factors including symmetry, volume loss, soft tissue behavior, profile line integrity, and golden-ratio deviations.

The surgeon and AI platform co-design a treatment plan balancing:

• Scientific precision
• Artistic intuition
• Patient preference
• Long-term structural stability

AI models forecast swelling phases, tissue settling periods, and final outcome windows—giving patients a realistic timeline so they can plan travel, events, and daily life.

A growing number of global studies show that AI-supported aesthetic surgery leads to:

• More natural outcomes
• Faster decision-making
• Shorter surgical time
• Fewer revisions or corrective procedures
• Higher trust between surgeon and patient

International clinics using advanced AI tools consistently report 10–20% higher satisfaction scores , especially in procedures involving facial symmetry correction, rhinoplasty, and body contouring.

As the bridge between global patients and Turkey’s top-tier medical centers, NexWell ensures that every partner clinic adheres to:

• AI-integrated diagnostic protocols
• International accreditation standards
• Transparent pricing
• Multilingual patient support
• Ethical treatment planning

We do not position AI as a marketing tool—but as a reliability guarantee .

Patients choosing NexWell receive access to surgeons who are not only experienced but consistently ahead of technological evolution in the aesthetic field.

Whether you are considering a full facial makeover, rhinoplasty, body contouring, or subtle refinement procedures, NexWell’s AI-supported clinics provide clarity, precision, and confidence from your very first consultation.

✨ Request your complimentary digital assessment

✨ Receive an AI-based analysis of your facial or body proportions

✨ Compare treatment pathways with transparent outcome simulations

Your aesthetic journey deserves technology that sees what the eye cannot. NexWell ensures you access the safest, smartest, and most future-ready clinics in Turkey

At NexWell, our approach is rooted in balance:

• Technology provides clarity
• Surgeons provide judgment
• Patients provide vision

AI does not make beauty universal — it helps reveal what is uniquely harmonious for each person.

• Preserve identity
• Respect cultural features
• Enhance symmetry without rigidity
• Prioritize safety
• Avoid excessive intervention
• Ensure longevity of results

AI helps us refine these principles with greater accuracy, not abandon them.

• AI improves planning precision but must stay rooted in human expertise
• Digital twins and predictive modeling create more transparent expectations
• Turkey offers a high-tech, cost-effective environment for cosmetic care
• Safety is enhanced through risk forecasting and real-time monitoring
• Personalized beauty—not standardized beauty—is the goal
• Successful outcomes still depend on the surgeon’s eye and patient-clinic communication

AI assists surgeons by analyzing facial proportions, predicting outcomes, mapping ideal incision sites, and generating 3D simulations. This allows for more precise planning and more natural-looking results.

No. AI enhances decision-making and improves planning accuracy, but surgical expertise, clinical judgment, and hands-on skill remain irreplaceable. AI is a tool — not a surgeon.

AI improves safety by identifying risk factors, analyzing tissue behavior, and helping surgeons customize procedures for each patient. It reduces unpredictability but cannot eliminate risk entirely.

Yes. Modern aesthetic clinics use AI-driven 3D imaging to show highly realistic previews based on bone structure, soft tissue volume, and facial symmetry patterns.

No. AI supports breast surgery planning, body contouring, rhinoplasty, skin rejuvenation therapies, and post-operative monitoring through smart imaging.

Patients can visualize expected changes, compare treatment options, and understand anatomical details more clearly — making consultations more transparent and predictable.

Not necessarily. While technology investments are high, AI streamlines planning and reduces complication risks, which can actually lower overall treatment costs in some clinics.

Yes. Turkey is among the global leaders implementing AI-based planning, digital smile design, 3D prediction systems, and automated surgical workflows.

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