Rhinoplasty Morphing: 2D and 3D Simulation Before Nose Surgery
Updated: Oct 12
Written by Mr Tim Biggs | Consultant ENT Surgeon | Rhinology & Facial Plastics
Last updated: 12th Oct 2026
One of the most common questions patients ask before rhinoplasty is:
“Can I see what my nose might look like after surgery?”
It is an entirely understandable question.
Rhinoplasty is highly personal, and because the nose sits at the centre of the face, relatively small changes to the bridge, tip, projection or rotation can alter the overall balance of the face.
Computer morphing can be very useful when discussing these changes.
In my current rhinoplasty practice at Adnova Clinic, I primarily use 2D photographic morphing with FaceTouchUp. This allows me to modify standard clinical photographs during the planning process and demonstrate the direction in which we may be aiming with surgery.
There are also more complex 3D simulation systems, such as Crisalix, which generate a three-dimensional model of the face and nose.
Both approaches have advantages and limitations.
Most importantly, whether a simulation is 2D or 3D, it should always be regarded as:
a communication and planning tool — not a promise of the final surgical result.
What Is Rhinoplasty Morphing?
Rhinoplasty morphing involves digitally altering a photograph or three-dimensional model to demonstrate possible changes that could be achieved through surgery.
For example, morphing can help us discuss:
reducing a dorsal hump
straightening the profile
changing nasal projection
refining the nasal tip
altering tip rotation
adjusting the relationship between the nose, lips and chin
improving overall facial balance
It can sometimes be much easier to discuss a visual image than to rely on words alone.
A patient may initially say:
“I just want my nose smaller.”
But after looking at a morph, we may establish that what they actually want is a slightly smoother bridge and a little less tip projection, while retaining the overall character of their nose.
That is a much more useful conversation when planning rhinoplasty.
Why I Use 2D Rhinoplasty Morphing
I currently use FaceTouchUp for 2D rhinoplasty morphing.
2D morphing means working directly with photographs of the face rather than creating a complete three-dimensional digital model.
I find this particularly useful because rhinoplasty planning is fundamentally based on careful clinical examination combined with high-quality standardised photography.
Morphing therefore sits alongside — rather than replaces — the clinical assessment.
It allows us to explore relatively small changes while continually referring back to the patient's real facial proportions.
What Can Be Changed on a 2D Morph?
Depending upon the individual nose, we can explore changes such as:
smoothing a dorsal hump
lowering or preserving the bridge
reducing excessive projection
increasing projection where appropriate
changing tip rotation
refining a bulbous or broad tip
altering the supratip area
improving apparent symmetry
changing the relationship between the nose and chin
The profile view is particularly useful for discussing bridge height, tip projection and rotation.
Front and oblique views can also help when discussing nasal width, tip shape and overall balance.
However, certain three-dimensional changes are inevitably more difficult to demonstrate accurately on a flat photograph.
That is one of the limitations of any 2D system.
What Happens During My Rhinoplasty Consultation?
Morphing is only one component of a comprehensive rhinoplasty assessment.
During consultation, I assess:
what concerns you about your nose
what you would ideally like to change
your previous nasal surgery or trauma
nasal breathing
the septum
the nasal valves
the turbinates
the skin and soft-tissue envelope
tip support
bridge height and contour
facial proportions
whether your objectives are surgically realistic
For patients with nasal obstruction, assessment of nasal function is particularly important.
The objective is not simply to design an attractive image on a computer.
The proposed changes have to be technically achievable, structurally sound and appropriate for your individual anatomy.
Using FaceTouchUp for Rhinoplasty
FaceTouchUp allows photographs to be digitally altered so that different potential changes can be visualised.
I use it as part of the discussion around rhinoplasty planning where I think morphing will be helpful.
The process is collaborative.
For example, we might look together at:
whether a hump should be completely removed or simply softened
how much tip projection looks balanced
whether altering rotation improves the profile
whether a proposed change is too subtle or too dramatic
how changing one part of the nose affects the appearance of another
The aim is not to create an artificial “perfect nose”.
Instead, I generally favour:
natural, proportionate changes that remain appropriate for the patient's face.
Can Patients Use FaceTouchUp Themselves?
Yes.
FaceTouchUp also allows patients to purchase their own simulation credits and experiment with photographs themselves.
This can be useful if you would like to explore different ideas before or after consultation.
You can create different versions and consider questions such as:
Do I actually like a completely straight bridge?
Would I prefer to retain a very slight dorsal contour?
How much tip rotation looks natural?
Do I want a significant change or something much more subtle?
If you create your own morphs, you are welcome to bring them to consultation.
They can be extremely useful for demonstrating what you like — and sometimes what you do not like.
However, a patient-created morph should not be interpreted as showing what is necessarily surgically achievable.
I still need to assess the anatomy of the nose and determine whether the proposed changes are appropriate, safe and realistic.
What About 3D Rhinoplasty Simulation?
There are also sophisticated 3D rhinoplasty simulation systems, such as Crisalix.
Rather than modifying individual flat photographs, these systems generate a three-dimensional model that can be viewed from different angles.
Potential advantages include:
viewing changes from multiple perspectives
rotating the simulated face
demonstrating the relationship between different parts of the nose
helping some patients understand changes that are difficult to appreciate on a 2D image
I have experience with 3D rhinoplasty simulation, and it can certainly be useful.
However, I currently prefer 2D morphing with FaceTouchUp within my own consultation and surgical planning process.
I find that high-quality clinical photographs combined with careful 2D morphing provide a straightforward way of discussing the changes that matter most.
The sophistication of the software is less important than how the images are interpreted and how effectively the surgeon and patient communicate.
Is 3D Better Than 2D?
Not necessarily.
3D imaging can look impressive and provides the ability to view a simulation from multiple angles.
But a more sophisticated digital model does not mean that it can predict the biological outcome of surgery more accurately.
Similarly, 2D morphing has limitations because individual images cannot fully represent a three-dimensional structure.
Neither system can precisely predict:
postoperative swelling
scar formation
cartilage behaviour
skin contraction
subtle asymmetry during healing
individual tissue response
For me, therefore, the most useful question is not:
“Which software produces the most realistic picture?”
It is:
“Does this image help us communicate clearly about a realistic surgical objective?”
That is the real value of morphing.
The Advantages of Rhinoplasty Morphing
1. Better Communication
Patients often know that they dislike something about their nose but find it difficult to describe exactly what they would like changed.
Morphing provides a visual language.
Instead of:
“I don't like my profile.”
we might establish:
“I'd like the bridge slightly smoother but I don't want a completely scooped profile.”
That distinction can be very important.
2. Helps Establish Realistic Goals
Morphing allows us to compare more subtle and more dramatic changes.
Sometimes a patient initially expects that a significant alteration will look best.
When we actually visualise it, a much smaller change often produces better facial balance.
3. Helps Preserve Individuality
A successful rhinoplasty should not make every patient look the same.
One of the advantages of working with the patient's own photograph is that we can consider proposed changes in the context of their existing facial features.
The objective is usually refinement rather than transformation.
4. Helps Surgical Planning
Morphing can also help clarify the principal objectives of surgery.
These may include:
preserving or lowering the dorsum
modifying tip projection
changing rotation
refining tip definition
improving symmetry
correcting post-traumatic deformity
The image is not the surgical plan itself, but it can help define what that plan is trying to achieve.
The Limitations of Rhinoplasty Morphing
1. A Morph Is Not a Guarantee
This is the most important point.
Computer software changes pixels or a digital model.
Rhinoplasty changes living tissue.
Healing depends upon factors including:
skin thickness
cartilage strength
previous surgery
scar formation
swelling
tissue elasticity
individual anatomy
postoperative healing
No morphing software can predict all of these perfectly.
Therefore:
The simulation represents an objective or direction of travel, not a guaranteed postoperative result.
2. Surgery Is Three-Dimensional
Even when using photographs from several different angles, 2D morphing cannot completely reproduce all of the interactions that occur within a three-dimensional structure.
Likewise, although 3D systems provide a three-dimensional visualisation, the computer model is still a simulation rather than biological tissue.
3. Small Differences Matter
A change of only a few millimetres in nasal projection or tip rotation can have a surprisingly large effect on appearance.
This is why morphs need to be interpreted carefully rather than treated as precise measurements of the eventual result.
4. Morphing Can Create Unrealistic Expectations
Computer software can create changes that would be surgically inappropriate or impossible.
This is particularly important with patient-generated simulations.
You may be able to move something on the screen much further than I would recommend moving it surgically.
The clinical assessment therefore always takes priority over the computer image.
My Approach to Rhinoplasty Morphing
I use morphing selectively and thoughtfully.
I do not use computer simulation as a way of selling rhinoplasty.
Its purpose is to:
improve communication
understand patient priorities
explore different options
establish realistic expectations
identify changes that may be too subtle or too dramatic
encourage natural and proportionate surgical planning
The emphasis remains:
realistic, balanced and surgically achievable change.
Frequently Asked Questions
Can I see what my nose might look like after rhinoplasty?
Yes.
2D photographic morphing can be used to demonstrate the type and degree of change we may be considering.
However, it should be viewed as an illustration of our surgical objectives rather than a prediction of your exact result.
What rhinoplasty morphing software do you use?
I currently use FaceTouchUp for 2D rhinoplasty morphing.
This allows photographs to be modified to explore possible changes to the bridge, tip, projection, rotation and overall nasal proportions.
Can I use FaceTouchUp myself?
Yes.
Patients can purchase FaceTouchUp simulation credits and create their own morphs.
If you do this, feel free to bring the images to your consultation.
They can be useful in helping me understand the appearance you are trying to achieve.
A patient-generated simulation does not, however, confirm that the changes shown are surgically achievable.
Do you use Crisalix?
I have experience with Crisalix, which is a sophisticated 3D simulation platform.
My current preference in my rhinoplasty practice is 2D morphing using FaceTouchUp, combined with standardised clinical photography and detailed consultation.
Other surgeons may prefer 3D platforms such as Crisalix, and there are advantages to both approaches.
Is 2D morphing less accurate than 3D morphing?
It is better to think of both as communication tools rather than predictive tools.
3D systems provide additional viewing angles, while 2D systems provide a simple way of working directly with standardised photographs.
Neither can precisely predict how living tissue will heal following rhinoplasty.
What changes can be simulated?
Depending on your anatomy, morphing can help demonstrate:
dorsal hump reduction
bridge contour
nasal projection
tip rotation
tip refinement
apparent nasal width
asymmetry
overall facial balance
Some changes are easier to demonstrate accurately than others.
Will my nose look exactly like the morph after surgery?
No.
This is an important distinction.
A morph represents the intended direction and objectives of surgery.
Your final result will be determined by your anatomy, the surgical changes performed and the way your tissues heal.
Can I bring my own edited photographs to consultation?
Absolutely.
If you have used FaceTouchUp or another editing application to demonstrate what you like, bring the images with you.
Even if the image is not technically achievable, it can still be useful because it helps me understand your preferences.
Does every rhinoplasty patient need morphing?
No.
Some patients find it extremely helpful.
For others, detailed discussion, clinical examination, photographs and examples of previous rhinoplasty outcomes are sufficient.
Morphing is used when it adds value to the consultation.
Is rhinoplasty morphing available in Hampshire?
Yes.
I offer 2D rhinoplasty morphing as part of rhinoplasty assessment and planning where appropriate at Adnova Clinic in Fareham, Hampshire.
Patients travel from across Hampshire and the South Coast, including Portsmouth, Southampton, Winchester and surrounding areas.
Do I need a GP referral for a rhinoplasty consultation?
No.
Self-funding patients can contact the clinic directly to arrange a consultation.
For booking enquiries, please contact Natasha Read at Adnova Clinic.
Key Takeaway
Computer morphing can be extremely useful when planning rhinoplasty.
I currently favour 2D photographic morphing using FaceTouchUp because it allows us to work directly with clinical photographs and discuss the changes that are most important to the individual patient.
Patients can also purchase FaceTouchUp credits and experiment with their own simulations if they wish.
More sophisticated 3D systems such as Crisalix are another option and can provide useful multi-angle visualisation.
But whether the technology is 2D or 3D, the fundamental principle remains the same:
Morphing is a communication tool, not a guarantee.
Its real value lies in helping the patient and surgeon establish a shared understanding of a natural, realistic and achievable rhinoplasty outcome.
