INSTRUMENT TRAY

The primary purpose of an instrument tray is to organize and protect a specific set of instruments required for a medical procedure or family of pr...

Key Highlights

Trays come in various designs to suit different sterilization needs:

Features

Trays come in various designs to suit different sterilization needs:

Technical Specifications

Material	Most trays are made from high-grade austenitic stainless steel (e.g., 304 or 316 grade), often with a fine satin finish to reduce glare. Other materials like aluminum or specific polymers may also be used.
Design	They typically feature a seamless, jointless construction with rounded corners and smooth surfaces to facilitate easy and thorough cleaning and prevent damage to delicate instruments or injury to users.
Durability	They are reusable and designed for a long lifespan, able to endure repeated high-temperature sterilization cycles.
Solid Trays	Standard, flat trays that may come with a cover.
Perforated Trays	Feature holes to allow for better airflow and steam penetration during autoclaving.
Wire Mesh Trays	Constructed from wire mesh, offering the most efficient air removal and steam penetration, making them ideal for all types of loads (solid, hollow, porous) during sterilization.
Divider Trays	Include molded positions or pockets to sort specific instruments like scalpels or forceps, preventing them from moving and becoming damaged during reprocessing.
Size	Available in many different sizes (e.g., from small dental trays to large surgical sets) to accommodate varying quantities of instruments.
Covers	Often supplied with a cover, which may lock into place to prevent contamination after sterilization.
Compatibility	They must be compatible with standard sterilization methods, primarily steam sterilization (autoclaving) at temperatures like 121–134°C, or dry heat sterilization at 160–170℃.

INSTRUMENT TRAY

Key Highlights

Features

Technical Specifications

Similar Products

CIDEX TRAY

CATHETER TRAY

KIDNEY TRAY