FDESIA Surgical Instruments Plastic Sterilization Tray with Silicone Inlay, 6 x 10 x 0.75 Inch, Single Layer Box

The FDESIA Surgical Instruments Plastic Sterilization Tray is a professional-grade medical storage solution designed for organizing and protecting surgical instruments. This single-layer box measures 6 x 10 x 0.75 inches, making it ideal for storing small medical and ophthalmic instruments. The tray features a specialized silicone inlay that helps secure instruments in place during handling and sterilization procedures. Constructed from durable, high-quality plastic material, this tray is built to withstand repeated use in medical environments. The transparent yellow top cover allows for easy visibility of contents, while the blue base provides sturdy support. The textured surface pattern helps prevent instrument movement, and the tray is compatible with standard sterilization methods commonly used in hospitals, clinics, and surgical centers. This practical storage solution helps maintain instrument organization and protection during sterilization processes, making it an essential tool for medical facilities.

• PROFESSIONAL STERILIZATION TRAY: FDESIA surgical instruments plastic sterilization tray designed for organizing, protecting, and sterilizing medical and surgical instruments in hospitals, clinics, and surgical centers
• DURABLE CONSTRUCTION: Made from high-quality durable plastic with a removable silicone inlay that securely holds instruments in place during handling and sterilization procedures
• COMPACT DIMENSIONS: Single layer box measures 6 x 10 x 0.75 inches, providing ideal storage capacity for small medical and ophthalmic instruments while maintaining a space-efficient footprint
• REUSABLE AND STERILIZABLE: Compatible with standard sterilization methods, allowing for repeated use and cost-effective instrument management in professional healthcare settings
• SECURE INSTRUMENT ORGANIZATION: Features multiple mounting points and a textured silicone inlay that prevents instrument movement and damage during transport and sterilization cycles