St Thomas Elevator Pointed and Rounded Ends

The St Thomas Elevator Pointed End Rounded End is a double-ended surgical instrument designed for controlled elevation and manipulation in appropriate general surgery applications. Elevators are used to separate, lift, or mobilize selected tissues and structures, depending on the instrument's shape and intended purpose. The pointed and rounded ends provide two distinct working profiles within a single instrument.

The precise application of this St Thomas pattern elevator depends on its dimensions, tip geometry, and manufacturer specifications. The product title does not identify the exact anatomical application, overall length, or material grade. These details should be confirmed before selecting the instrument for a specific procedure.

Dual-Ended Working Design

The instrument features a pointed end and a rounded end. A pointed working profile may provide more localized contact where the intended task requires a narrower tip, while a rounded end may offer a broader, less pointed contact surface. The suitability of either end depends on its actual dimensions, edge characteristics, and approved use.

Having two working ends can provide different contact profiles without requiring a separate instrument for each configuration. However, the precise function of each end should be established from the manufacturer's product information rather than inferred from its shape alone.

Surgical Applications

Surgical elevators are used in a variety of specialties for selected tissue-elevation and separation tasks. Their intended applications vary considerably by design, and an instrument described as a general surgery elevator should not automatically be considered appropriate for every surgical specialty or anatomical structure.

Before use, confirm whether the St Thomas Elevator is designed for the specific procedure and tissue involved. The manufacturer or supplier should provide the intended-use description and any limitations relevant to instrument selection.

Construction and Handling

The design of a surgical elevator influences its handling, access, and control. The shaft, handle, and working ends should be appropriately aligned and free from defects. The exact handle style, shaft profile, overall length, and working-end measurements of this model are not provided in the title.

The instrument should be selected according to the required reach and working-end profile. Inspect both ends before use for bending, surface damage, or irregular edges that could affect performance.

Material and Durability

The material grade of this St Thomas Elevator is not specified. Surgical elevators are commonly manufactured from stainless steel or other materials selected for mechanical strength and compatibility with their intended use. Actual corrosion resistance and durability depend on the material grade, manufacturing quality, and maintenance practices.

Buyers should verify the material composition and finish with the supplier, especially when specific procurement standards or reprocessing requirements apply. Avoid assuming a particular steel grade or clinical certification without supporting manufacturer documentation.

Cleaning, Sterilization, and Maintenance

If designated as a reusable surgical instrument, the elevator must be cleaned, inspected, and reprocessed according to the manufacturer's validated instructions. Both working ends should be checked carefully during inspection, as damage or residue may affect the instrument's condition and performance.

Follow the manufacturer's directions for cleaning, drying, packaging, sterilization, and storage. Confirm compatibility with the intended sterilization method instead of assuming that every metal instrument can be processed identically.

Selecting the Right St Thomas Elevator

When choosing this instrument, verify the pointed and rounded tip dimensions, overall length, material grade, handle design, and intended surgical application. Confirm that the working-end profiles are appropriate for the planned task and that the instrument meets the facility's handling and reprocessing requirements.

For surgical instrument buyers and healthcare procurement teams, checking these details helps ensure accurate product selection and supports consistent instrument preparation.

Key Features

• St Thomas pattern surgical elevator

• Dual-ended instrument design

• Pointed working end

• Rounded working end

• Designed for controlled elevation or manipulation in appropriate applications

• Working-end dimensions are not specified

• Overall length is not provided

• Material grade and surface finish require confirmation

• Intended anatomical application should be verified

• Reusable status should be confirmed with the manufacturer

• Cleaning and sterilization must follow manufacturer instructions

Product Specifications

Frequently Asked Questions

1. What is a St Thomas Elevator used for?

A surgical elevator is used to lift, separate, or manipulate selected tissues or structures according to its design. The specific application of this St Thomas pattern instrument should be confirmed with the manufacturer.

2. What is the difference between the pointed and rounded ends?

The pointed end has a narrower tip profile, while the rounded end has a more curved working profile. Their exact functions depend on the instrument's geometry and intended use.

3. Is this St Thomas Elevator double-ended?

Yes. The product title identifies both a pointed end and a rounded end.

4. What material is the St Thomas Elevator made from?

The product title does not specify the material grade. Contact the supplier to confirm the material and surface finish.

5. What is the overall length of this elevator?

The overall length is not provided in the product title. Check the manufacturer's technical specifications for the exact measurement.

6. Is the St Thomas Elevator reusable?

Reusable status must be confirmed with the manufacturer. Follow the supplied instructions for use and reprocessing.

7. Can this elevator be sterilized in an autoclave?

Autoclave compatibility depends on the instrument's materials and validated manufacturer instructions. Follow the approved reprocessing procedure for the specific model.