Applying fixation bandages correctly: Modern techniques and materials for wound care and immobilization

Proper wound care and the immobilization of injured limbs are key challenges in medical practice. An incorrectly applied bandage can delay healing or cause complications such as infections or pressure sores, while correct technique maintains wound rest and supports the healing process. Retention bandages play a key role in this: They stabilize wound dressings, protect against external influences, and enable targeted compression. The art of applying bandages has a long history. Linen bandages were already used in ancient Egypt to protect wounds, while complex techniques were developed in the Middle Ages that are still used in modified form today. With the introduction of modern materials such as elastic, cohesive bandages, synthetic cotton, and fiberglass casts, wound care has been revolutionized. These innovations enable easier application, greater wearing comfort, and better healing outcomes. This article examines the correct techniques for applying retention bandages and shows how modern materials optimize wound care and immobilization. From superficial abrasions to severe fractures - the right choice and application of materials such as gauze compresses, padding bandages, self-adherent bandages, and synthetic plaster bandages are crucial for ensuring fast and safe healing. The following sections describe the individual steps of wound care in detail - from wound preparation and padding to securing and immobilization - to provide both medical professionals and private individuals with well-founded guidance.

Wound preparation: Gauze compresses for optimal wound hygiene

Before applying a retention bandage, proper wound preparation is essential. Gauze compresses (Non-sterile) are ideal for cleaning wounds, absorbing exudate, or applying medications such as ointments. These compresses are made of soft, skin-friendly cotton that does not adhere to the wound and offers high absorbency. Their 4-layer structure ensures durability, even with moist wounds, and minimizes the risk of fiber deposits. Application is simple: The compress is placed on the cleaned wound to absorb exudate or serve as a base for further dressings. It is particularly suitable for superficial injuries such as abrasions or postoperative wounds. For sterile requirements, sterile variants should be chosen, while the non-sterile compresses from Medicalcorner24 are ideal for non-infected wounds or as an outer layer.

Padding for comfort: Synthetic padding bandages

To prevent pressure points or skin irritation under fixation bandages or casts, padding is essential. Synthetic padding bandages are soft, elastic, and hypoallergenic, making them particularly suitable for sensitive skin. They are placed under fixation bandages or casts to protect the skin and improve pressure distribution. The padding bandage is wrapped in even layers around the affected body part before the actual fixation bandage or cast is applied. It prevents friction, reduces the risk of pressure sores, and improves comfort, especially during long-term immobilization. Its versatility makes it ideal for orthopedic applications or compression therapy.

Fixation with modern materials: Self-adhesive Vlivet bandages

Securing a wound dressing or padding requires reliable material that is easy to use and stays firmly in place. Self-adhesive bandages are cohesive bandages that adhere only to themselves, not to skin or hair. They provide even, light compression and are ideal for securing compresses, padding, or medical devices such as catheters. Application is straightforward: The bandage is wrapped around the wound in spiral or circular turns, adapting to conical body parts through its elasticity. It is water-resistant, gentle on the skin, and can be removed painlessly. These properties make it particularly suitable for sports injuries, postoperative care, or home use.

Some important tips for bandaging techniques with fixation bandages

Despite modern, elastic materials, applying a fixation bandage still benefits from techniques that have been retained over centuries and whose terminology recalls their tradition and origin.

First, it is important to hold bandages correctly: the rolled-up part of the bandage should be on top and face outward (Figure 1). This is the only way to unroll the bandage close to the body part and regulate the pressure accordingly. If the bandage is turned the other way around, it must be lifted away from the body while being applied, which interferes with guiding the bandage and can cause wrinkles or constriction grooves.

The direction is also crucial: fixation bandages are usually applied from left to right and from distal to proximal (toward the heart). A bandage wrapped toward the heart, for example from the toe to the knee, is called ascending; one wrapped away from the heart is called descending. The bandage must neither slip nor constrict.

Circular turns

Circular turns are required at the beginning of a bandage to anchor it, with each turn completely covering the preceding one. The free end of the bandage is applied at a slight angle and secured with a circular turn, leaving one corner protruding. After the first turn, the corner is folded in and secured with a second circular turn.

Spiral turn

The spiral turn (Dolabra ascendens or descendens) is used to bandage larger sections of the body. The turns overlap by one-half to two-thirds, so that the edges lie over one another like roof tiles. Thanks to elastic material, the spiral turn is also easy to apply to conical parts of the body. In the past, reverse turns (Dolabra reversa) were necessary with rigid bandages to ensure a smooth bandage.

Serpentine turn

The serpentine turn (Dolabra serpens) is a modification of the spiral turn. The bandage is applied in wide turns without overlap to temporarily secure large wound dressings. A spiral turn or reverse turn should follow at the end.

Figure-eight turn

The figure-eight turn is ideal for joints. It is applied in the shape of an eight, with two variants commonly used: the turtle and spica bandages.

With the turtle bandage (Testudo cubiti), the crossing point remains the same while the loop size varies. The outward-wrapped bandage begins with small loops that become larger; the inward-wrapped bandage does the opposite. With the spica bandage (Spica manus), the loops remain the same size, but the crossing points shift, similar to an ear of grain.

Note: The corn-ear bandage technique is unsuitable for compression bandages for venous leg conditions. Here, short-stretch bandages wrapped in opposite directions, e.g., using the Pütter technique, are required.

The techniques described can be combined as needed and adapted to elastic material. The bandage is usually secured with adhesive tape. Bandage clips are prohibited due to the risk of injury; fixation tape is recommended instead.

Synthetic cast: Modern immobilization

For injuries requiring rigid immobilization, such as fractures or severe sprains, a synthetic cast bandage is an innovative alternative to traditional plaster. It is lightweight, water-resistant, and radiolucent, allowing follow-up examinations without removal. It hardens within 5–10 minutes and provides a high level of comfort. Application takes place in several steps: First, a padding bandage (e.g., the Medicalcorner24 padding bandage) is applied to protect the skin. The casting tape is immersed in water, lightly squeezed, and wrapped around the body part in spiral turns. Once it has hardened, a self-adherent bandage can be used as the outer layer to smooth the edges. This combination of padding, casting material, and fixation provides stable, skin-friendly immobilization.

Conclusion

The correct application of fixation bandages is a crucial factor in successful wound healing and immobilization. From preparing the wound with highly absorbent gauze compresses and padding with soft, synthetic cotton to securing it with elastic, cohesive bandages or synthetic casting tape - every component plays a central role. Modern dressing materials like these greatly simplify application, increase comfort, and minimize complications such as skin irritation or infections. By combining traditional techniques with innovative products, both healthcare professionals and patients can ensure optimal care. High-quality dressing materials such as elastic, cohesive fixation bandages, synthetic cotton padding bandages, gauze compresses, and fiberglass plaster bandages combine functionality with ease of use and are available in the Medicalcorner24 product range.

FAQ: Frequently asked questions about using fixation dressings

What is the function of a fixation dressing in wound care?

A complete wound dressing usually consists of a wound dressing and suitable fixation. While self-adhesive fixation fleeces are often sufficient for smaller wounds, fixation dressings are required for larger injuries or on conical parts of the body and, when applied correctly, support wound healing in many ways. They are used to secure wound dressings, protect against external influences such as dirt or germs, immobilize injured limbs and joints, and provide compression treatment, for example, for venous leg disorders. A good dressing supports healing, while improperly applied dressings can cause serious damage such as pressure ulcers. It is particularly important that fixation dressings prevent the wound care from slipping or loosening and ensure the wound rest necessary for healing. The slight compressive effect of circular fixation ensures that the wound dressing fits well against the wound surface, which improves the absorption of germ-laden exudate in extensive wounds. However, excessive pressure can impair the absorbency of the dressing, which is why even, light pressure is crucial to prevent wound-edge edema that delays healing, such as in skin grafts. Fixation dressings also provide protection against pressure, impacts, and germs and should be able to absorb excess exudate. Saturated dressings must be changed immediately, as they pose a risk of germ growth. Modern materials such as elastic, cohesive bandages or synthetic plaster bandages simplify application and increase wearing comfort.

What role do gauze compresses play in wound care?

Gauze compresses are an essential part of wound care. They absorb exudate, protect the wound from external influences, and serve as a base for additional dressings. Their high absorbency and skin-friendliness make them ideal for abrasions, postoperative wounds, or as carriers for ointments. It is important to change the compress regularly as soon as it becomes saturated, in order to prevent the risk of germ growth. For non-infected wounds, non-sterile compresses are sufficient, whereas sterile versions should be used for open or infected wounds.

Why is a padding bandage necessary under plaster casts?

Padding bandages protect the skin from pressure points, friction, and irritation that can be caused by rigid dressings such as plaster casts. They distribute pressure evenly and increase comfort, particularly during long-term immobilization. The synthetic cotton is hypoallergenic and does not absorb moisture, reducing the risk of skin maceration. It is particularly useful in orthopedics, for fractures, or after surgery, where a stable yet skin-friendly underlayer is needed.

How does a self-adhesive Vlivet bandage work?

Self-adhesive Vlivet bandages adhere only to themselves, not to skin or hair, making them particularly gentle on the skin. They are wrapped around the wound in spiral or circular turns to secure compresses or padding. Their elasticity enables light compression that supports the healing process without impairing circulation. They are water-resistant and easy to remove, making them ideal for sports injuries, postoperative care, or home use. The bandage is available in various colors to suit aesthetic preferences.

What are the advantages of a synthetic plaster bandage?

Synthetic plaster bandages offer numerous advantages over traditional plaster. They are lighter, water-resistant, and radiolucent, which makes follow-up examinations easier. They also harden quickly (5–10 minutes) and provide a high level of comfort thanks to their breathability and lower weight. Application requires a padding bandage underneath to protect the skin and can be supplemented with a self-adhesive bandage to smooth the edges. This combination is ideal for fractures, sprains, or postoperative immobilization.

How often should a fixation bandage be changed?

A fixation bandage should be changed as soon as it becomes soaked, gets dirty, or the wound needs to be inspected. Soaked bandages increase the risk of infection because they can accumulate germs. With normal healing, changing it every 1–2 days is sufficient; for heavily exuding wounds, it should be changed more frequently. Before changing it, the wound should be cleaned and covered with a new gauze compress. If there are signs of infection (redness, swelling, pus), a doctor should be consulted immediately.