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Procedure guide · Reconstructive Plastic Surgery
Burn ReconstructionBurn reconstruction treats what a healed burn leaves behind: tight contractures across joints, thick raised scars, distorted features and skin that no longer works properly. It is a programme over years rather than an operation, timed around scar maturation at 12 to 18 months unless a contracture is limiting function. Pressure garments, silicone and stretching do more for the result than most surgery does.
Burn reconstruction begins where acute burn care ends. It deals with what a healed burn leaves behind: tight bands of scar contracting across joints and the neck, thick raised hypertrophic scars, distorted eyelids and lips, hair-bearing areas replaced by bald scar, and skin that no longer sweats, stretches or feels properly. It is a programme measured in years rather than an operation, and in children it continues through growth.
The most useful thing to establish early is that the non-surgical half does more work than the surgical half. Pressure garments worn close to twenty-3 hours a day for 12 to 18 months, silicone, consistent stretching and splinting, and simply time all flatten and soften scars more reliably than any operation. The difference between a patient who wears the garments and one who does not is larger than the difference between surgical techniques, and it is the single most useful thing a patient can control.
Timing follows from scar biology. Burn scars stay active, red, raised and tightening for a year to 18 months before gradually softening and paling. Operating during that active phase means working on tissue that is still changing and inclined to scar heavily again, so elective reconstruction generally waits. The exception is functional and it is important: a contracture pulling an eyelid open, preventing a mouth from closing, limiting a joint or restricting a growing child is released early, because waiting causes harm that cannot be undone.
Contracture recurrence is the defining frustration of this field and it needs explaining properly. A released scar resurfaced with a skin graft will contract again as the graft matures, pulling the joint back toward its old position unless something actively resists it. That resistance is splinting and daily stretching, maintained for months. Splinting is therefore part of the treatment rather than aftercare in the ordinary sense, and a release that is not stretched wastes the operation entirely.
In children the problem compounds. A release that worked at five is outgrown by ten, because scar tissue does not lengthen at the same rate as the growing tissue around it. Repeated releases through childhood are the expected pattern rather than evidence of failure, and families told that at the outset find the years far less discouraging than those who believed one operation would settle matters.
Donor skin is a finite resource and this is consistently underappreciated by patients with extensive burns. Unburned skin suitable for grafting is limited, each operation uses some of it, and it does not regenerate in unlimited quantity. That is why surgeons plan a whole programme rather than taking problems one at a time, and why a patient with large burns should be cautious about a clinic willing to treat one area without a plan for the rest of the body.
Tissue expansion deserves mention because it solves a problem nothing else does. Growing matched skin next to a burn scar, particularly on the scalp where hair matters and on the face where colour and texture do, produces a result no graft can approach. The costs are months of weekly inflations, a conspicuous bulge and the risk that infection or exposure of the expander loses the entire process.
Two symptoms dominate daily life after burns and are rarely discussed in surgical consultations. Itch is extremely common, sometimes severe, frequently lasts years, and surgery does not reliably resolve it. Altered temperature regulation follows destruction of sweat glands in grafted areas. Both are consequences of the burn rather than failures of treatment, and both are easier to live with when they have been named in advance.
Burn reconstruction follows acute burn care, and the quality of that acute care largely determines what reconstruction has to achieve. A deep burn excised and grafted within days produces a considerably better scar than the same burn left to heal by itself over 5 weeks, because prolonged inflammation is what drives thick contracted scarring. Positioning and splinting during the acute phase prevent contractures forming at all. Much of what a reconstructive surgeon addresses years later is the consequence of decisions made in the first fortnight.
Burn reconstruction is prioritised by function rather than by appearance, and the order is reasonably consistent between units. Eyelids come first, because a burn contracture that prevents the eye closing threatens the cornea within weeks. The neck comes next, because a tight neck limits the airway and makes any future anaesthetic dangerous. Then hands, then other joints, and appearance last. Patients frequently want the visible facial scarring addressed first, and understanding why surgeons order it differently makes that conversation easier.
Burn reconstruction now has a wider set of tools than skin grafting alone. Dermal substitutes provide a scaffold that the body populates with its own tissue before a thin graft is applied, improving pliability where a graft alone would be tight. Tissue expansion grows genuinely matching skin in areas of unburned scalp or chest. Free flaps bring in soft tissue where the bed is unsuitable for grafting. Fat grafting softens scar and restores contour. Most plans combine several of these across a series of operations rather than relying on one.
Burn reconstruction outcomes are shaped as much by itch, temperature regulation and sun sensitivity as by appearance, and these are the things patients describe as hardest. Grafted and scarred skin has few sweat glands, so large burns impair the ability to cool down and make hot climates genuinely difficult. It burns readily in sun and pigments unpredictably. Itch persists in a majority of patients for a year or more and is frequently worse at night. These are managed rather than cured, and knowing they are expected rather than exceptional helps.
Burn reconstruction depends on how much unburned skin remains, and that single fact shapes the whole plan. Someone with a burn affecting a small percentage of the body has ample donor skin and can be grafted generously. Someone with an extensive burn has very little, and the available skin has to be expanded, meshed or reused across many operations over years. This is why burn reconstruction for major burns is measured in a decade of planned procedures rather than a single reconstruction.
Burn reconstruction of the face and hands is prioritised in almost every protocol because those are the areas that determine both function and identity. Facial burn reconstruction frequently uses full-thickness grafts or expanded flaps to resurface whole aesthetic units, since a patchwork of small grafts looks considerably worse than one sheet covering a complete region. Hands need release of contractures and early therapy, and are the area where delay costs the most.
Burn reconstruction outcomes have improved in step with acute burn survival, which means many more people now live with extensive scarring than a generation ago. That has shifted attention towards long-term quality of life: itch, sleep, temperature intolerance, appearance and returning to work. Specialist burn services measure these deliberately, and a service that only discusses scar appearance is addressing part of the problem.
Burn reconstruction is frequently accompanied by psychological care, and in good services this is routine rather than reserved for those who are struggling. Burns are sudden, frequently involve traumatic circumstances, and change appearance permanently. Post-traumatic symptoms, anxiety about being seen and difficulty returning to social settings are common and treatable. Access to that support is a reasonable criterion when choosing where to be treated.
Surgeons look for these points at the consultation.
Burn reconstruction suits people whose burns have healed and whose scars have matured, generally 12 to 18 months after injury, or sooner where a contracture is limiting a joint, distorting an eyelid or lip, or restricting a child’s growth, and who can commit to the splinting and therapy that follow.
Reasons a good surgeon will ask you to wait or choose something else.
Burn reconstruction is deferred while scars are still active and remodelling unless function demands otherwise, in active infection, in current smokers for flap surgery, where insufficient unburned donor skin remains for the plan, and where the patient cannot undertake the splinting and stretching without which releases recur.
Ask your surgeon which technique they recommend for you and why.
The tight band of scar is cut across, the joint straightened, and the resulting gap resurfaced with a skin graft taken from an unburned area.
Adjacent tissue is rearranged to lengthen a scar band without a graft, breaking a straight contracture into segments.
An expander is placed under healthy skin next to the burn and inflated over months, growing matched skin that then replaces the scarred area.
Fractional and vascular lasers to soften and flatten burn scars, alongside pressure garments, silicone and stretching.
Step by step, from arrival to discharge.
Burn reconstruction begins with the surgeon mapping every problem area and planning a programme across years, allocating limited donor skin deliberately rather than addressing one area at a time.
Elective work waits 12 to 18 months for scars to mature; functional contractures affecting joints, eyelids or growth are released earlier.
A contracture is divided and the resulting defect resurfaced with a graft, a local flap or expanded skin depending on what is available.
Splints applied in theatre hold the released joint in its new position while the graft heals, before stretching begins.
Pressure garments resume over the new area once healed and are worn almost continuously, alongside silicone and daily stretching.
Each stage is judged at a year, with further releases planned as needed and, in children, repeated through growth.
Frequencies follow published guidance; your personal risk depends on your health and the surgeon.
Burn reconstruction begins where acute burn care ends, and the most useful thing to understand is that the non-surgical part does more work than the surgery. Pressure garments worn close to twenty-3 hours a day for 12 to 18 months, silicone, consistent stretching and splinting, and time all flatten and soften scars more reliably than any operation. A patient who wears the garments has a different outcome from one who does not, and that difference is larger than the difference between surgical techniques.
Timing follows from that. Burn scars remain active, red, raised and tightening for a year to 18 months and then gradually soften and pale. Operating during that active phase means working on tissue that is still changing and is inclined to scar heavily again, so elective reconstruction generally waits. The exception is functional: a contracture pulling an eyelid open, preventing a mouth from closing, limiting a joint, or restricting a growing child is released early, because waiting causes harm that cannot be undone.
Contracture recurrence is the defining frustration of this field. A released scar resurfaced with a graft will contract again as the graft heals, so splinting and stretching afterwards are not aftercare in the ordinary sense but part of the treatment. In children the problem compounds, because a release that worked at five is outgrown by ten, and repeated releases through childhood are the norm rather than a sign of failure.
Donor skin is a finite resource and this is underappreciated. In someone with extensive burns, unburned skin suitable for grafting is limited, and each operation uses some of it. That is why surgeons plan a whole programme rather than taking problems one at a time, and why a patient with large burns should be cautious about a clinic willing to treat one area without a plan for the rest.
Released scar tightening again, particularly where splinting and stretching are not maintained, and almost inevitably in growing children who need repeated releases.
Skin grafts contract as they heal and differ in colour and texture from surrounding skin, so burn reconstruction improves rather than normalises appearance.
Burn scars itch, sometimes severely and for years, and sensation within them is altered. Surgery does not reliably resolve either.
Burn reconstruction is a programme rather than a procedure, frequently involving several operations across years, particularly in children who outgrow their releases.
The area a graft is taken from scars in turn, and in someone with extensive burns unburned donor skin is a limited resource that must be used carefully.
Someone who scarred badly after a burn frequently scars badly again, so new incisions can thicken and raise just as the original burn did.
Infection of grafts, donor sites or expanders, which in the case of an expander frequently means losing months of inflation.
Recovery from burn reconstruction is dominated by splinting and therapy rather than by the operation, and patients who treat those as optional get worse results than the surgery deserved. A joint released from a contracture must be held in its new position while the graft heals and then stretched daily for months, because the graft will contract as it matures and will pull the joint back if nothing resists it.
Pressure garments return as soon as the new area has healed, and they are worn for most of the day for a year or more. They are hot, uncomfortable, visible and disliked by almost everyone, and they flatten scars more reliably than anything else available. Having two sets so one can be washed makes compliance considerably easier.
Itch is the symptom patients least expect and most complain about. Burn scars itch, sometimes severely, often for years, and surgery does not reliably resolve it. Moisturising, pressure, antihistamines and in some cases specific medication all help partially. Knowing it is expected rather than a sign of a problem makes it more tolerable.
The long view is measured in years rather than months. Scars keep softening for 2 years and sometimes longer, further stages are planned as each area settles, and in children repeated releases through growth are expected. Judging any single operation before a year has passed underestimates what it achieved.
Days 1-5
Grafts are left undisturbed under dressings for 5 days or so. Splints hold released joints in position. The donor site is frequently the most painful part.
Days 6-21
First dressing change reveals whether the graft has taken. Gentle movement begins within the splint regimen. Flying is not cleared before around 2 weeks.
Weeks 3-12
Pressure garments resume over the new area once healed, worn almost continuously. Daily stretching and night splinting continue. Therapy is intensive.
Months 3-12
Redness fades and the scar softens. Laser sessions may run alongside. Recurrence of tightness is watched for and treated with splinting before it becomes fixed.
Years 1-5
Additional releases, expansions and refinements as needed, and in children repeated releases through growth. Judgement of any single stage waits a full year.
Contracture release reliably restores movement at the time of surgery. Whether that movement is kept depends on splinting and stretching over the following months more than on the operation itself.
Burn reconstruction improves appearance, function and comfort, and does not normalise skin. Grafted and reconstructed areas remain different in colour, texture and hair-bearing quality permanently.
Tissue expansion gives the closest match available on the scalp and face because it grows the patient’s own skin, and it is worth the months it takes where appearance matters most.
In children, results are judged across growth rather than at a point. Repeated releases through childhood are the expected pattern and not a sign that earlier surgery failed.
Burn reconstruction is funded in most health systems as part of burn services, and importantly the funded version includes therapy, splinting and pressure garment provision alongside the surgery. Since those determine the outcome as much as the operation does, a funded pathway is worth pursuing even where waiting lists are long.
Where it is paid for privately, the prices on this site come from verified clinic records for each named procedure. A single contracture release is relatively inexpensive; tissue expansion across two operations with months of inflations is not, and a programme across years is a different order of cost entirely.
The costs most often left out are garments, splints and therapy, which run for a year or more after each stage, and repeated releases in children as they grow. Pricing one release substantially understates what burn reconstruction actually involves.
Why quotes for the same procedure differ, so you can compare packages fairly.
Options to weigh before deciding, surgical and non-surgical.
The non-surgical core of burn scar management, which does more for the final appearance than most surgery and should be maximised first.
Better evidenced in burn scars than in most scars, improving texture, redness and pliability and helping with itch, without incisions.
Growing matched skin before replacing a scar, which gives the best result on the scalp and face at the cost of months of inflations.
Softening burn scars and improving their pliability over several sessions, particularly useful where the skin is tight and painful.
Deferring elective reconstruction until 12 to 18 months, since scars soften substantially on their own and operating early works against that.
Ask the same questions at every consultation so you can compare answers.
Generally 12 to 18 months after the burn, once scars have matured and stopped being red, raised and actively tightening. Operating during that active phase works on tissue that is still changing and inclined to scar heavily again.
The exception is functional. A contracture that stops an eyelid closing, a mouth sealing or a joint moving, or that restricts a child’s growth, is released early because waiting causes harm that cannot be reversed.
Yes, and they do more for the final appearance than most surgery does. Worn close to 23 hours a day for 12 to 18 months, they flatten and soften hypertrophic burn scars more reliably than any other available treatment.
They are hot, uncomfortable and disliked by almost everyone who has to wear them. Having two sets so one can be washed, and being honest with the therapist about how much they are actually worn, both help.
Because a skin graft contracts as it matures, so a released joint is pulled back toward its old position unless something resists it. That resistance is splinting and daily stretching, maintained for months.
In children it compounds, because a release that worked at five is outgrown by ten. Repeated releases through childhood are the expected pattern rather than evidence that the first operation failed.
Laser treatment has better evidence in burn reconstruction than in most scar work. Fractional lasers improve texture and pliability and vascular lasers reduce redness, and both can help with itch.
It takes several sessions over many months and it cannot release a contracture or replace missing tissue. It works best alongside pressure and stretching rather than instead of them.
No. Burn reconstruction improves appearance, function and comfort, and grafted or reconstructed skin remains different in colour, texture and often hair-bearing quality from the skin around it.
Results are judged against the burn rather than against unburned skin. Where appearance matters most, on the face and scalp, tissue expansion produces the closest match because it grows the person’s own matched skin.
Because healing skin has abnormal nerve endings, reduced oil and sweat glands, and ongoing inflammation within the scar. Itch after burns is extremely common, sometimes severe, and frequently lasts years.
Moisturising, pressure garments, antihistamines and in some cases specific nerve-targeting medication help partially. Surgery does not reliably resolve it, which is worth knowing before expecting it to.
In someone with extensive burns, donor skin is a genuinely limited resource, and every operation uses some of it. That is why surgeons plan a whole programme rather than addressing problems one at a time.
Where donor skin is very limited, techniques such as tissue expansion, skin substitutes and repeated harvesting from the same site over time are used. It is a reason to be cautious about a clinic treating one area without a plan for the rest.
Growing matched skin next to a burn scar, particularly on the scalp and face where colour, texture and hair-bearing quality matter and a graft would look obviously different.
An expander is placed under healthy skin and inflated weekly for months, producing a visible bulge, then the grown skin is used to replace the scarred area. Infection or exposure of the expander loses the whole process.
Frequently several across years, and in children repeated releases through growth. It is a programme rather than a procedure, and framing it that way from the start makes the years that follow far less discouraging.
Each stage is judged at a year rather than at 6 weeks, and the intervals between stages allow scars to mature so the next operation works on settled tissue.
Usually, as reconstruction after injury rather than cosmetic surgery. Burn services in most developed systems include reconstruction, therapy, pressure garment provision and psychological support as core care.
That combination matters, because the garments and therapy determine the outcome as much as the surgery. A funded burn service provides all of it; a private operation provides one part.
Cautiously. A single well-defined release can be travelled for if splinting and therapy are arranged at home first. A programme across years, with garment fitting, therapy and repeated stages, cannot sensibly be run from another country.
The practical test is whether the splinting, stretching and pressure garments that determine the result can be provided where you live. If not, the operation is being separated from the thing that makes it work.
A burns unit rather than a cosmetic clinic, with therapists and garment provision attached. Burn reconstruction is a team activity and the therapy side determines the result more than the surgical side does.
Ask how they plan the whole programme, how donor sites will be used across it, who provides splinting and garments, and to see their own results at a year or more.
Usually 12 to 18 months for anything elective, because scars soften and settle considerably in the first year and a contracture that looks fixed at 6 months may be much better at eighteen.
The exceptions are urgent: a contracture pulling an eyelid open, tethering a growing child’s joint or preventing therapy is released early. Everything else improves from waiting.
A split thickness graft takes the upper layers of skin, covers large areas and leaves a donor site that heals by itself in 2 weeks. It contracts as it heals and its colour and texture are imperfect.
A full thickness graft takes the whole depth, contracts far less and matches better, but the donor site has to be closed directly, so only limited areas can be taken. Faces and hands generally get full thickness grafts.
The evidence is mixed, but they remain standard practice in most burn services and many patients report that scars are flatter and less itchy while wearing them. They are worn twenty-3 hours a day for months.
They are uncomfortable in heat and need remaking as they stretch. Whatever the evidence says, the therapy that accompanies them, including stretching and splinting, clearly does help.
Fractional ablative laser has become a mainstream part of burn scar care and has reasonable evidence for improving thickness, stiffness and itch, particularly in scars between one and several years old.
It usually takes three to five sessions spaced 2 to 3 months apart. That schedule makes it a poor candidate for a single visit abroad and a good one for local treatment.
Frequently, because scar tissue does not grow with the child. A scar crossing a joint or the neck that is adequate at four may tether badly at nine and need releasing again.
Families should expect review through growth rather than a single definitive operation. That expectation is central to planning and is the main reason paediatric burn care is delivered as a long relationship.
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