Ultrasound Probe Repair Services

Every brand, every probe type, every common failure mode — organised so you can get from “something is wrong with this probe” to a written assessment without guesswork.

All 43 brands we catalogue

Each hub lists that brand’s probe references with per-model fault tables, self-checks and quoting requirements.

Browse by probe type

Failure patterns follow the design. Start with the type that matches your probe.

Linear array probes (552)

Superficial, vascular and small-parts work. Lens edges and the cable exit take the wear first.

Convex / curved array (458)

Abdominal and obstetric duty. The curved acoustic window wears unevenly under pressure.

Phased array (cardiac) (314)

Tightly spaced elements in a small footprint. Edge dropout distorts the sector early.

Endocavity probes (297)

Reprocessing chemistry attacks seals and lens. Fluid ingress ends most of them.

TEE probes (80)

Articulation mechanics, insertion tube and bite exposure — three failure paths surface probes never face.

Specialty, 3D/4D & pencil CW (176)

Volume heads add a mechanical drive; CW pencils are cable-dependent and quick to diagnose.

Diagnose by fault type

Twelve guides covering the failure modes we see across every probe design.

Element dropout

Dark bands and missing scan lines — element or cable?

Degraded image quality

Fuzzy, noisy or weak penetration that cleaning will not fix.

Lens delamination

Bubbles or lifting at the lens face.

Lens scratches & wear

Nicks, grooves and disinfectant damage on the membrane.

Housing damage

Cracks, dents and broken seals — not cosmetic.

Strain relief damage

The part that fails first, and takes the cable next.

Cable damage

Jacket wear through to broken internal conductors.

Connector damage

Bent pins, broken locks, cracked shells.

TEE probe faults

Bite damage, articulation and leak-test failures.

Endocavity fluid ingress

Seal failure and what a leak test tells you.

3D/4D mechanical faults

Motor wear, stalled sweeps and drive faults.

Repair or replace?

The decision framework that ties all of the above together.

Find probes by ultrasound system

Engineers usually start from the console, not the probe. These are the systems with the most probe references catalogued — 691 systems are covered in total.

Acuson 128XP10 · Acuson Aspen · Aloka SSD-4000 · edge · Hitachi Aloka Arietta V60 · Hitachi Aloka Arietta V70 · Aloka ProSound Alpha 5 · Aloka SSD-3500 · LOGIQ E9 · HP Sonos 5500 · Toshiba Xario (SSA-660A) · Hitachi Noblus · Philips EnVisor · Hitachi EUB-6500 · HP Sonos 4500 · Aloka ProSound Alpha 7 · Toshiba Aplio 500 (TUS-A500) · BK Medical Pro Focus 2202 · Hitachi EUB-5500 · Aloka ProSound Alpha 10 · Voluson E8 · Hitachi EUB-525 · Hitachi EUB-405 · IU22

How to get a probe assessed

1 · Identify the model

Open the brand hub and find your exact probe reference.

2 · Match the fault

Each model page carries a fault table for that probe design.

3 · Send what we need

Label photo, fault description, console model, damage photos.

4 · Written assessment

Repairability and terms confirmed in writing before anything ships.

Where the work actually happens

Not a trading desk — a bench in Shenzhen with the tools, the test gear and the people who actually open probes. Lens, cable, strain relief and connector work is done by hand.

More about the workshop and how we work →

Send us the probe details

You will get a written answer on repairability, not a form response.