RPI TUT165 Tray (Wire)

Yes, the RPI TUT165 is manufactured from high-grade stainless steel. This material choice is essential for maintaining longevity and ensuring resistance to the high-pressure, high-heat environments found in medical sterilization systems.

Absolutely. This unit is designed as a direct replacement for OEM Part #TRY173-0008 and also supersedes the older CU520010 model. It is engineered to meet the exact specifications required by your equipment manufacturer.

Yes, this tray is precision-engineered for the Tuttnauer 1730E (120VAC) autoclave. It is specifically sized at 5.46” x 12.25” to ensure it slides seamlessly into the chamber and tray holder assembly without adjustments.

Yes, the wire grid structure is intentional. The basket-style design is specifically crafted to facilitate optimal steam penetration and drainage, ensuring that your instruments are sterilized thoroughly and dry efficiently after the cycle.

While it is available as a single replacement component, the TUT165 wire tray is also a key component included in the RPI Holder and Tray Kit (Part #TUK163).

To maintain the integrity of your sterilization equipment and trays, we recommend using dedicated cleaning solutions such as: <ul><li>Tutt-Clean™ (Box of 10 packets, Part #TUC094)</li><li>RPI Cleaning Kit (Part #RPK791)</li><li>Sci-Dry™ (2 oz. Bottle, Part #SCA054)</li></ul>

Yes, every RPI TUT165 wire tray is provided in Factory New condition, ensuring it meets strict quality standards for medical facility use.

The tray acts as the primary support surface within the chamber and tray holder assembly of your autoclave. Its durable wire construction allows for consistent instrument organization and air circulation during the sterilization process.

Since this component is shipped directly from the manufacturer, please allow for a standard lead time of 1 to 2 weeks for the item to be processed and dispatched to your location.

Yes, the stainless steel construction is chosen specifically for its resistance to the harsh, moisture-heavy conditions inherent in steam sterilization. It is built to withstand repeated cycles without compromising its structural integrity.