Abstract: A sanitation tray system for medical, laboratory, and industrial equipment. This system is modular, stackable, and user customizable. It may be assembled in any number of horizontal or vertical configurations depending on the user's needs and is capable of permitting instruments of varying heights, lengths and widths to be sanitized simultaneously. It is easily assemblable and disassemblable and includes a rack, corners, sides, and dowels. It is lightweight, easy to manufacture, easy to ship, and economical. It is designed to use the least amount of surface area to allow for maximum permeation of sterilants and minimizes the opportunity for pooling of sterilants or retention of particulate matter while decreasing drying time.

Abstract: A tray assembly for use with dental instruments is disclosed herein having a tray, a plate having a top plane and a bottom plane and apertures, the apertures being horizontally configured to receive a plurality of receiver assemblies supported on a top plane via a receiver assembly support, a plurality of semi-cylindrical Radel® instrument supports, a biasing instrument stationer whereby the instrument is friction held in stasis between the stationer and the instrument support, and a plurality of instrument stationers. The plate includes a plurality of aperture(s), at least one receiver assembly for receiving at least one medical/dental instrument inserted between the instrument support and the biasing instrument stationer, suspended within the tray. A kit is also disclosed for the present invention.

Abstract: A tray assembly for use with dental instruments is disclosed herein comprising: a tray, an plate having a top plane and a bottom plane and apertures, the apertures being horizontally configured to receive a plurality of receiver assemblies supported on a top plane via a receiver assembly support, a plurality of semi-cylindrical Radel® instrument supports, a stationer comprising a biasing means whereby the instrument is friction held in stasis between the stationer and the instrument support, and a plurality of instrument stationers. The plate includes a plurality of aperture(s), at least one receiver assembly for receiving at least one medical/dental instrument inserted between the instrument support and the biasing instrument stationer, suspended within the tray. A kit is also disclosed for the present invention.

Abstract: A sanitation tray system for medical, laboratory, and industrial equipment. This system is modular, stackable, and user customizable. It may be assembled in any number of horizontal or vertical configurations depending on the user's needs and is capable of permitting instruments of varying heights, lengths and widths to be sanitized simultaneously. It is easily assemblable and disassemblable and includes a rack, corners, sides, and dowels. It is light-weight, easy to manufacture, easy to ship, and economical. It is designed to use the least amount of surface area to allow for maximum permeation of sterilants and minimizes the opportunity for pooling of sterilants or retention of particulate matter while decreasing drying time.