TEE Probe Repair

Can a Damaged TEE Probe Be Repaired?

Many TEE probe failures can be repaired, including fluid ingress, insertion tube damage, articulation problems, distal tip damage, and electrical or acoustic failures.

Repairability depends on the probe model, the extent of damage, the condition of internal components, and the availability of an appropriate repair solution.

Because TEE probes contain interconnected mechanical, electrical, and acoustic systems, identifying the reported symptom is only the beginning. A comprehensive evaluation helps determine whether the device can be repaired and what work is necessary to address the underlying problem.

Innovatus evaluates the complete probe and provides a repair quote for customer approval, helping healthcare organizations make informed decisions about repair, replacement, and equipment availability.

TEE Probe Repair Capabilities

TEE probes contain specialized components that must function together to support imaging performance, mechanical operation, and physical integrity.

Innovatus provides repair solutions for supported models across a range of TEE probe failures.

Insertion Tube Repair

• The insertion tube protects internal components while allowing the probe to be positioned during clinical use.
• Cuts, punctures, abrasions, and deterioration of protective materials can compromise the tube’s integrity and create pathways for fluid intrusion. Innovatus evaluates insertion tube damage and associated internal components to determine the appropriate repair approach for the affected model.
• Unlike other providers who attempt to remove insertion tube damage and dents by re-rounding and re-coating, Innovatus replaces the insertion tube. This approach results in like-new performance, safety and resets the probe’s lifecycle.

Articulation and Steering Repair

• TEE probes rely on internal articulation mechanisms to control movement and positioning of the distal tip.
• Damaged steering components, mechanical wear, or failures within the control assembly can cause restricted movement, inconsistent positioning, or loss of articulation.
• Repair requires evaluating the affected mechanism and related components rather than treating steering performance as an isolated issue. Innovatus’ approach is to replace all articulation cables versus only addressing the single failed cable. This approach results in like-new performance, safety and resets the probe’s lifecycle.

Distal Tip and Acoustic Component Repair

• The distal tip houses critical imaging components and protective structures.
• Impact, material deterioration, or damage to the tip assembly may affect image quality, physical integrity, or the operation of the probe.
• Innovatus evaluates the condition of the distal assembly and associated acoustic and electrical components to determine repairability.

Electrical and Internal Component Repair

• TEE probe electrical failures may produce image dropout, intermittent performance, scanner errors, or complete loss of function.
• The underlying cause may involve internal connections, electrical components, acoustic elements, or damage associated with fluid exposure.
• Comprehensive testing helps distinguish the reported symptoms from the components responsible for the failure.

A Comprehensive Approach to TEE Probe Repair

Repairing a TEE probe requires more than correcting the visible damage. A compromised insertion tube, for example, may be accompanied by internal fluid damage that cannot be identified through external inspection alone.

Innovatus combines engineering and manufacturing knowledge with model-specific repair processes to evaluate the complete device and address identified failures.

Complete-Device Evaluation

• The repair process begins with an assessment of the reported problem and the condition of the probe.
• Depending on the model and symptoms, evaluation may include the insertion tube, distal tip, articulation mechanisms, electrical systems, acoustic performance, and physical integrity. This approach helps identify additional damage or contributing conditions that may otherwise remain unresolved.

Repairing Compromised Components

• When protective materials or seals fail, fluid exposure may affect components beyond the visible area of damage. Simply correcting an external defect may not address deterioration within the probe.
• Innovatus’s repair approach considers the condition of affected internal components and, where appropriate and supported by the repair process, replaces compromised components rather than relying on drying alone to address fluid-related damage.
• Repair methods and component requirements vary by model and the extent of the failure.

TEE Probe-Specific Quality and Performance Testing

• Following repair, applicable testing evaluates the probe’s overall performance, safety, and physical condition.
• Depending on the model and repair performed, verification may include electrical safety, physical integrity, articulation operation, and acoustic performance.
• Innovatus’s quality processes are supported by an ISO 13485-certified quality management system, helping ensure repairs are performed and evaluated according to established procedures.

All Innovatus ultrasound probe repairs, including TEE probe repairs, are backed by a 12-month warranty.