Mallet Solid Steel Head Plastic facing 215 grams 30 mm diameter 24 cm

Large Description (More Detailed)OverviewThe Mallet Solid Steel Head with Plastic Facing, 215 g, 30 mm diameter, 24 cm is designed to combine power with protection. Its steel core delivers strong, reliable impact, while the plastic facing cushions the strike, reducing trauma to delicate bone surfaces. Furthermore, its 24 cm length gives surgeons leverage and control during heavy-duty procedures without sacrificing maneuverability.Applications in SurgeryThis mallet proves essential in procedures such as:Maxillofacial Surgery: Used for osteotomies and bone repositioning where strong, precise strikes are required.Orthopedic Procedures: Helps in fracture reduction and shaping bone segments through controlled impact.ENT & Rhinoplasty: Particularly for nasal osteotomies where protecting nasal bone and cartilage edges is critical.Craniofacial Reconstruction: Assists when reconstructing facial structure after trauma or congenital deformities, allowing safe force application.Key SpecificationsManufacturer: Apeiro InstrumentsMaterial: Stainless Steel, Plastic FacingSterility Condition: Sterile, ReusableWeight: Approximately 0.450 kgKey Features & BenefitsPlastic Faced Steel Head: Lessens the risk of damaging delicate bone surfaces during impact.30 mm Diameter Head: Provides substantial surface area for effective force distribution.Solid Steel Core: Ensures durability and rigidity for consistent performance.24 cm Length: Offers extended reach and better handling during deeper or more difficult surgical sites.Sterile & Reusable: Suitable for multiple sterilizations, which improves cost-effectiveness without sacrificing safety.Improved Patient Outcomes: Reduced tissue trauma leads to less post-operative swelling and more rapid healing.Why Surgeons Choose This MalletSurgeons prefer this mallet because it delivers strong impact safely. Its design protects fragile anatomical structures while giving reliable force. Moreover, its weight and balance reduce hand fatigue, enabling more precise work over longer surgeries.