Novel cellulose-based matrix products in plastic surgeryPlastic surgery promote tissue repair, wound healingWound healing, and soft tissue regenerationTissue regeneration. Natural polysaccharide celluloseCellulose is non-toxic, biodegradable, and versatile, making it perfect for medical usage. This paper examines advances in cellulose-based matrix technology and its benefits and limitations. Due to its purity, structural stability, and moisture retention, bacterial cellulose (BC)Bacterial Cellulose (BC) seems promising for medicine. Plant-derived cellulose must be processed extensively to be sterile and compatible with human tissue. Cellulose bioengineering allows surgical matrices with regulated porosity, tensile strength, and degradation rates. In reconstructive and cosmetic plastic surgeryPlastic surgery, cellulose-based polymers are useful. Cellulose matrices moisturize wounds, re-epithelialize, and reduce scars, improving aesthetics. Temporary wound coverings that encourage cell proliferation and angiogenesis assist in treating chronic woundsChronic wounds, burns, and donor sites in skin graft surgeries. Antibacterial cellulose formulations reduce surgical and traumatic wound infection risks. CelluloseCellulose scaffoldsScaffold aid cell adhesion, migration, and differentiation, making them suitable for breast and face reconstruction. Recent research has incorporated growth factorsGrowth factors, antibiotics, and nanoparticles into cellulose matrices to increase their therapeutic benefits. Advanced wound healingWound healing, inflammation, and vascularization can maximize complex wound treatment. Crosslinking agents have also made celluloseCellulose matrices more durable for load-bearing or high-movement areas like plastic surgeryPlastic surgery face and joints. Cellulose-based products offer potential, but degradation rates and biocompatibilityBiocompatibility are problems. In vitro investigations show promise, but in vivo and clinical trials are needed to standardize their use in various surgical settings. High-quality medical-grade cellulose matrices must be affordable and scalable for clinical application. Finally, celluloseCellulose matrix products are a breakthrough in plastic surgeryPlastic surgery biomaterials, providing wound dressings and tissue scaffolds for regeneration and cosmetic enhancement. Optimizing their properties, mixing bioactive chemicals, and conducting extensive clinical trials to show their usefulness and safety in reconstructive and aesthetic procedures are underway. As technology advances, cellulose-based matrices could replace synthetic materials in plastic surgeryPlastic surgery and enhance outcomes and patient satisfaction.