ICD-10-PCS Billable Code

0SPJ33Z

Removal Tarsal Joint, Left to No Qualifier with Infusion Device, Percutaneous Approach

Procedural Specifications

Clinical Axis Detail Definition
Section0 Medical and Surgical
Body SystemS Lower Joints
OperationP Removal
Body PartJ Tarsal Joint, Left
Approach3 Percutaneous
Device3 Infusion Device
QualifierZ No Qualifier

Operation Definition

Taking out or off a device from a body part

Procedure Overview

Removal procedures take out a device that was previously placed in a lower joint, such as internal fixation hardware, a spacer, drainage tubing, or an external fixator frame. These procedures are performed once the device has served its purpose - for example, after a fracture has healed and screws are no longer needed - or when a device is causing pain, infection, or mechanical irritation and needs to come out. Removal can be a planned, staged part of treatment or an unplanned procedure prompted by a complication.

Because the device itself, not the joint tissue, is the focus, these procedures are typically less extensive than the original surgery that placed the device, though scar tissue and bony ingrowth around older hardware can make removal technically demanding.

Anatomy & Axis Detail

Tarsal Joint, Left

The left tarsal joints, comprising the subtalar, talonavicular, and calcaneocuboid articulations, allow the hindfoot and midfoot to accommodate uneven terrain while transferring weight from the leg to the forefoot. When this joint has previously been stabilized with plates, screws, or staples for arthrodesis or fracture repair, those implants sometimes need to be taken out, which is coded as removal rather than repair since no new tissue is altered. Indications include hardware prominence beneath thin dorsal or lateral skin, painful impingement during hindfoot motion, or infection risk around retained metal. Documentation should specify which tarsal articulation and device were addressed, since the tarsal bones sit close together and imaging reports often name the specific joint the hardware crosses.

Approach: Percutaneous

Percutaneous describes entry by needle or instrument puncture through the skin or mucous membrane to reach the site of the procedure, without cutting the tissue open or using a visualizing scope. It differs from Open in that the site itself is never exposed, and from Percutaneous Endoscopic in that no endoscope is used to see internal structures. Common examples include needle biopsies and injections.

Device: Infusion Device

Infusion Device denotes a device left in place to deliver medication, fluids, or other substances into a body part over time, such as an intrathecal or epidural pump. It is distinct from devices that merely monitor or mechanically support tissue, since its function is ongoing pharmacologic or fluid delivery rather than structural replacement. Common placements include the spinal canal, peritoneal cavity, and vascular access sites.

Coding & Documentation

The operative note must identify the specific device being taken out and confirm nothing is being put in its place; if a new device replaces the old one, the more specific combination root operation (such as Revision) may apply instead of a plain Removal. The body part coded is the joint from which the device is taken, using the device's original insertion site. A recurring error is coding Removal when hardware is being exchanged for a different device during the same procedure, which should instead be captured as Revision, or when the device is being taken out specifically because it failed, which some coders mistakenly still classify simply as Removal without checking whether Revision criteria are met.

Commonly Confused With

RevisionRemoval is closely related to Revision, and the distinction hinges on whether a malfunctioning or displaced device is simply corrected in place (Revision) or entirely taken out without replacement (Removal).
ReplacementIt is also distinct from Replacement, which involves taking out an existing device or tissue and putting in a new one to serve the same function.