Treatment options are determined based on the extent and nature of the hand-wound:
1) Secondary Healing: Small wounds may be left to heal through re-epithelialization, although this may take 4-6 weeks. Healing by secondary intention has some disadvantages, such as contour deformity and sensation loss.
2) Skin Grafting: Skin grafting, involving the transfer of thin skin sheets (usually from the thigh), is an option for wounds that are not deep and where important structures are not exposed. Dressings are typically changed every other day.

3) Local Flaps: Local flaps involve transferring a flap of skin from surrounding areas to cover the defect. This technique is used for deep wounds with sufficient normal surrounding tissue for coverage.
There are a variety of options available to reconstruct the hand. The reverse radial artery flap from the front of the forearm and posterior interosseous artery flap from the back of the forearm are very versatile flaps that can be used to resurface the hand in a very effective and efficient way with very little morbidity to the hand with the most natural result possible. It follows the principle of replacing like and giving the same skin that was there before the accident or trauma.

4) Flaps from Groin/Abdomen and Chest: Flaps from the groin, abdomen, or chest are very versatile flaps that can resurface the hands. In this technique, the flaps from these areas are used to resurface the defect while remaining attached via the skin pedicle. This is a two-staged procedure.
- In the first stage, flaps are harvested from the selected area and the raw area is covered by Skin graft.
- In the second stage after 2- 3 weeks when the flap has restored its blood supply over the defect, it is detached from the groin, abdomen, or chest. Some amount of cosmetic deformity of the grafted abdomen or chest (area of the harvested flap) should be acceptable to the patient.
5) Microvascular Free Flaps: In cases of deep wounds with exposed vital structures, microvascular Free Flaps can be used. Flaps are harvested from distant areas and transferred to cover the defect using microsurgical techniques. This approach requires a surgical team with specialized expertise.