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Height increase surgery, medically known as limb lengthening, is a modern orthopedic procedure designed to gradually increase height through controlled bone regeneration and advanced surgical techniques.
Height increase surgery, medically known as limb lengthening surgery, is an advanced orthopedic procedure designed to gradually increase height by stimulating the body’s natural ability to regenerate new bone.
The process begins with a carefully planned surgical step called an osteotomy, where the bone is precisely divided. Specialized internal or external medical devices are then used to slowly separate the bone segments over time.
As the gap between the bone ends increases, the body naturally forms new bone tissue in the space. This biological process, known as distraction osteogenesis, allows the limb to gradually lengthen while surrounding muscles, nerves, and soft tissues adapt.
Limb lengthening surgery is performed in carefully planned stages to increase bone length while allowing the body to regenerate new bone tissue.
The surgeon performs a controlled surgical cut in the bone to create two segments that will gradually be separated.
A specialized device slowly separates the bone segments at approximately 1 mm per day to stimulate new bone growth.
As the bone segments move apart, the body naturally forms new bone tissue in the gap through distraction osteogenesis.
The new bone strengthens and solidifies during the consolidation phase while physiotherapy restores mobility.
A traditional technique that combines external fixation with internal support - commonly used for complex cases and limb discrepancy correction where controlled adjustment is essential.
Learn moreA staged approach created to reduce time in external fixation while keeping lengthening controlled. Designed to improve comfort and streamline recovery planning.
Learn moreAn advanced internal lengthening solution where a motorized nail is inserted inside the bone to deliver precise, controlled lengthening with a premium recovery experience.
Learn moreFitbone™ is a fully internal, motorized limb lengthening system developed in Germany. Unlike traditional external frames, this advanced intramedullary technology operates entirely inside the bone.
Learn moreAdvanced limb lengthening techniques selected based on medical evaluation, bone structure and desired height gain.
A hybrid technique combining external fixation with internal nail support, reducing overall external frame duration while maintaining alignment stability.
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Gradual distraction using an external fixator followed by internal stabilization improving post-lengthening structural integrity.
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Advanced internal magnetic nail system allowing precise bone lengthening without visible external frames.
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Historical internal nail design; review the Stryde safety notice and verify current device status during the distraction phase.
Enquire NowReal outcomes from carefully guided limb lengthening journeys, focused on safety, recovery, and long-term confidence.
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Modern limb lengthening procedures use advanced internal or external devices that allow gradual bone distraction with clinical monitoring of stability, healing and complications.
Internal limb lengthening systems use motorized medical nails that are placed inside the bone. These advanced devices gradually lengthen the bone using external magnetic controllers.
Internal systems are often preferred for their improved comfort, minimal external hardware, and lower risk of infection compared to traditional external fixation systems.
External fixation systems involve a specialized metal frame attached to the bone through small pins or wires. The frame allows the bone segments to gradually separate in controlled increments.
This technique has been used for decades and remains highly effective for complex limb lengthening procedures and skeletal deformity correction.
A structured limb lengthening plan — evaluation, method selection, and supervised rehabilitation.
Learn More on WhatsAppThe surgeon sets the target for each segment; no range is universally safe.
Gradual lengthening rate designed to support bone regeneration and tissue adaptation.
Lengthening + consolidation can take months depending on segment and healing response.
Confirm review schedules, physiotherapy arrangements and emergency contacts before treatment.
Correction of unequal leg lengths caused by congenital conditions or injuries affecting normal bone growth.
Treatment support for certain genetic conditions including growth-limiting syndromes and forms of dwarfism.
Correction of structural deformities such as bow legs or bone misalignment affecting posture and mobility.
Restoration of bone length lost due to fractures, accidents, or severe orthopedic trauma.
Height increase for adults seeking stature improvement once natural bone growth has completed.
Height Increase Info is a dedicated limb lengthening guidance and coordination centre based in Gurugram (NCR), India.
We understand that height increase surgery is a major life decision. Our role is to provide clarity, education, and structured medical coordination throughout the journey.
Each case is personalized based on medical suitability.
Modern limb lengthening procedures combine orthopedic expertise, advanced surgical technology, and structured rehabilitation planning. Every stage of the journey—from evaluation to recovery—is carefully monitored to assess bone healing and function. Complications and further treatment remain possible.
Our multidisciplinary approach focuses on patient education, medical safety, and personalized treatment strategies tailored to each individual’s anatomy and goals.
Detailed orthopedic evaluation and imaging help determine a surgical strategy appropriate to the individual assessment.
Regular clinical reviews and imaging assess bone regeneration; they cannot guarantee uncomplicated healing.
Physiotherapy and recovery planning support strength, mobility, and safe return to daily activities.
Recovery depends on the amount and site of lengthening, bone healing, joint movement and general health. A fixed number of months per centimetre cannot predict an individual recovery. Imaging and clinical assessment guide progression.
Proper levels of Vitamin D3 and calcium support healthy bone regeneration, while deficiencies may slow the consolidation process. The amount of weight-bearing allowed during recovery also depends on the surgical method used.
When the procedure is performed using the traditional Ilizarov external fixation method, patients may be able to bear weight earlier. In contrast, procedures performed with internal nails typically require limited weight-bearing until the bone has fully consolidated.
Limb lengthening may be considered for selected children or adults for different clinical reasons. Children require specialist assessment of growth and growth-plate risks. Age alone does not establish suitability or make surgery risk-free.
