Welcome to the World of Microsurgery
The answer lies in a realm that remains invisible to most.
This is where a fascinating field begins — microvascular surgery.
We do not usually consider how thin our blood vessels are or how delicately the nerves are constructed that allow us to feel touch or move our fingers.
Only when something is damaged—after trauma, cancer, or surgery—does the question arise: can it be repaired?
Where is microsurgery used?
Microsurgery is a technique that supports many areas of medicine. It makes it possible not only to save lives but also to restore function and aesthetics.
Surgical oncology
enables reconstructions after extensive oncologic procedures—for example, involving the face, neck, or extremities.
WięcejResection–Reconstructive Surgery
enables the restoration of lost tissues and organs, restoring function and aesthetics.
WięcejMaxillofacial Surgery
uses microsurgery to reconstruct the facial bones and soft tissues, restoring natural appearance and function.
WięcejJoin the exploration
What lies under the microscope?
Microsurgery is work at a level imperceptible to the human eye.
Under the microscope, the surgeon connects vessels thinner than a hair, sutures nerves that look like delicate threads, and transplants tissue segments to restore a person’s function and appearance.
For the patient, it is often a miracle—the ability to use the hand again, to speak, to smile.
For the surgeon, it is the result of knowledge, experience, and microscopic precision.
Why is microsurgery so remarkable?
Because it opens the door to things that until recently seemed impossible.
- Suturing a nerve and restoring sensation.
- Reconstruction of part of the face after cancer.
- Reattachment of a severed finger or hand.
As stated in Scientific Reports: “Microsurgery enables functional and aesthetic reconstruction where medicine was formerly powerless.”
When does microsurgery change a life?
Microsurgery is not theory—it has real-world applications:
Reconstruction after cancers of the face, neck, and extremities—restoration of tissue defects of the face, mandible, neck, and extremities.
Free microvascular flap transfers (e.g., anterolateral thigh flap (ALTF)—transfer of segments of skin, muscle, or bone to reconstruct large defects.
Surgical oncology—reconstruction of tissues after removal of tumors of various origins, including in the face, neck, and extremities.
Maxillofacial surgery—reconstruction of soft and bony tissues, restoring the face’s natural appearance and mandibular function.
Microvascular anastomoses—connecting blood vessels less than 1 mm in diameter, ensuring proper blood supply to grafts.
After traffic accidents—reconstruction of hands, fingers, and limbs; suturing of vessels and nerves; and tissue flap transfers.
Explorers of this world.
Behind every operation are people who have devoted years to perfecting their skills.
At Nieborowice Hospital, microsurgery is advancing thanks to two outstanding experts:
Prof. Adam Maciejewski — a pioneer who gained worldwide recognition for groundbreaking face transplants.
Prof. Łukasz Krakowczyk — a specialist in reconstructive and oncologic surgery.
Their experience enables patients to regain not only function but also hope.
Tools of the future:
To operate at such a minute scale, technologies are required that are awe-inspiring in their own right:
The Mitaka MM51 supermicroscope, which makes visible a world imperceptible to the naked eye.
Microsurgical instruments and ultra-fine sutures, allowing the connection of what is almost invisible.
Custom 3D PEEK implants, created specifically for each patient.
It is a fusion of science, technology, and human talent.
Join the exploration:
Microsurgery is a field that combines precision, science, and passion.
For patients, it means opportunity. For physicians—a challenge and satisfaction.
For everyone—an inspiring journey into a world where microscopic precision saves human lives.
