Esaote MyLab 25 Parts: The Complete Sourcing Guide for Biomedical Engineers and Clinic Managers
Your Esaote MyLab 25 is down, and your next patient appointment is in three days. Sound familiar? Sourcing replacement parts for mid-range clinical ultrasound systems doesn't have to be a week-long treasure hunt — if you know where to look and what to ask for.
This guide covers the most commonly needed MyLab 25 components, realistic price ranges on the secondary market, and how to evaluate sellers so you don't end up with a pulled-from-a-flooded-unit board that fails on arrival.
What Is the Esaote MyLab 25?
The Esaote MyLab 25 is a compact, cart-based general-purpose ultrasound system produced by Esaote S.p.A., the Italian imaging company known for its strong foothold in musculoskeletal, point-of-care, and small-animal veterinary imaging. The MyLab 25 sits in Esaote's mid-tier clinical line — above the portable MyLab One and below the full-featured MyLab 50 and MyLab 70 — making it a popular choice for private clinics, physiotherapy practices, and smaller hospital departments that need reliable B-mode, Color Doppler, and pulsed-wave Doppler without a six-figure price tag.
The system runs a Linux-based OS on proprietary hardware, supports a wide range of broadband probes via the standard Esaote connector family, and has been in active clinical use long enough that a healthy secondary-parts ecosystem has developed. That's good news for buyers.
Most Commonly Sourced Esaote MyLab 25 Parts
We've tracked repair inquiries and eBay listings over time to identify the components that fail or wear out most often. Here's what the market looks like in early 2026:
1. Probe Connectors and Transducers
Probes are by far the most traded MyLab 25 component. The MyLab 25 uses Esaote's standard multi-pin connector format, and several probes — particularly the CA431 convex, LA332 linear, and PA230E phased array — are interchangeable with the MyLab 5, MyLab 20 Plus, and MyLab 50 platforms. That cross-compatibility keeps supply healthy and prices relatively competitive.
What to expect to pay: Linear probes in good cosmetic and functional condition typically list between $350–$700 on the secondary market. Convex and phased array probes run $400–$900 depending on seller, condition, and whether the probe has been tested with a known-good system. Specialty probes (endocavity, vascular) can push higher.
We've seen listings from reputable eBay medical equipment sellers in the $353–$600 range for compatible probes — reasonable for a verified-working transducer.
Pro tip: Always ask the seller if the probe was tested on an Esaote MyLab system specifically. A probe that "worked on last system" from an unspecified machine may have a different connector revision.
See our roundup of compatible MyLab probes for more options.
2. Power Supply Unit (PSU)
The MyLab 25's internal power supply is a relatively standard ATX-form-factor unit with proprietary voltage rails. PSU failure is one of the top reasons MyLab 25 systems get decommissioned — and that means pulled PSUs from donor machines are reasonably available. Expect to pay $300–$700 for a known-good unit from a biomed-tested source.
For comparison, the Chison Q5 power supply runs a similar lifecycle pattern in the field.
3. System Board / Main CPU Board
This is the expensive one. A fully functional MyLab 25 main processing board can list anywhere from $1,500 to $4,000+ depending on the revision and provenance. The $4,000 listing we see from globalmedpro on eBay reflects this tier — full system boards from specialist dealers command premium pricing because a bad board is essentially an unrecoverable system failure.
If your repair estimate involves the main board, run the numbers against a full system purchase before committing. A refurbished MyLab 25 complete system sometimes lists for only marginally more than a board alone.
4. Control Panel / Keyboard Assembly
Trackball wear, encoder failures, and stuck buttons are common after years of clinical use. Control panel assemblies come up regularly on the secondary market. Budget $200–$600 for a clean assembly. Always verify the model revision matches your unit — there were at least two keyboard revisions across the MyLab 25 production run.
5. Monitor and Display Assembly
The MyLab 25 shipped with a 15" or 17" LCD display in various configurations. Replacement monitors are available either as Esaote OEM units or as compatible aftermarket displays. OEM pulled units run $150–$400; aftermarket compatible displays can be sourced cheaper but require verification of the video input standard.
6. Cables, Footswitch, and Peripherals
Footswitches, ECG cables, and internal harnesses are the consumable end of the parts spectrum. These are generally low-cost (under $150 for most) but can be surprisingly hard to find from non-specialist sources. eBay searches for "esaote mylab parts" surface these regularly.
Performance Breakdown: What Drives Parts Demand
| Component | Failure Frequency | Typical Cost | Lead Time |
|---|---|---|---|
| Probe / Transducer | High | $350–$900 | 1–2 weeks |
| Power Supply | Medium-High | $300–$700 | 1–3 weeks |
| Control Panel | Medium | $200–$600 | 1–4 weeks |
| Main System Board | Low | $1,500–$4,000+ | 2–6 weeks |
| Monitor Assembly | Low-Medium | $150–$400 | 1–3 weeks |
| Cables/Peripherals | Medium | $50–$150 | 1–2 weeks |
Where We Rate the MyLab 25 Parts Ecosystem
Parts Availability: 7/10 — Better than many European ultrasound platforms, thanks to cross-compatibility with other MyLab models. Not as abundant as GE or Philips.
Price Reasonableness: 7/10 — Secondary market pricing is fair for mid-tier clinical hardware. Main boards are the exception.
Seller Quality: 6/10 — Mixed. Specialist biomedical dealers (like globalmedpro) offer tested parts with some accountability; general eBay resellers vary widely. Vet your sellers carefully.
Documentation Support: 5/10 — Service manuals are not publicly posted by Esaote. You'll need existing service documentation or a third-party biomed relationship to get full diagnostic depth.
Who Should Be Sourcing Parts for the MyLab 25
Biomedical engineers at small-to-mid hospitals — The MyLab 25's parts availability and relatively straightforward architecture make it a reasonable in-house repair candidate if you have service documentation.
Clinic managers extending equipment life — If a system is otherwise functional and only needs a probe or peripheral, sourcing on the secondary market is significantly cheaper than a new system purchase or a full OEM service contract.
Used equipment dealers and refurbishers — The MyLab 25 donor market is active enough to support refurbishment operations. Cross-compatibility with the MyLab 5, 20 Plus, and 50 means parts can support multiple platforms.
Who Should Consider Alternatives
Anyone facing a main board failure on an older unit — At $1,500–$4,000 for a board, you're approaching the cost of a complete used system. Read our guide on buying used ultrasound equipment before authorizing that repair.
Facilities with no in-house biomedical support — Without service documentation and technical expertise, sourcing individual parts is high-risk. A certified refurbished ultrasound system with a warranty may deliver better value and uptime.
Anyone needing 4D/volume imaging — The MyLab 25 is a 2D/Doppler platform. If you've outgrown it, parts sourcing is a short-term fix. Plan for an upgrade.
Alternatives Worth Considering
- Esaote MyLab 50 — One platform tier up, broader probe compatibility, stronger parts availability. Used systems are still well-priced and parts cross-over heavily with the MyLab 25.
- GE LOGIQ series (e.g., LOGIQ 400 Pro, LOGIQ 500) — GE's parts ecosystem is the deepest in the industry. If your clinic can accommodate a platform change, the GE LOGIQ line offers significantly easier long-term maintenance.
- ATL HDI series — Particularly for musculoskeletal and vascular applications, ATL HDI systems remain well-supported on the secondary market and offer strong image quality.
Where to Buy Esaote MyLab 25 Parts
eBay remains the most active secondary marketplace for MyLab 25 components. Use the search terms below to surface current listings:
- "esaote mylab 25 parts" — Broad search, good for control panels, cables, and miscellaneous components
- "esaote mylab probe" — Probes listed across all MyLab-compatible platforms
- "esaote mylab power supply" — PSU listings, often pulled from donor systems
Current active sellers to evaluate:
- globalmedpro — Specialist biomedical dealer. Higher price point, more likely to have tested inventory. Current MyLab listing at ~$4,000 reflects full-system or board-level parts.
- mobelinda — Current listing at ~$353. Check listing specifics carefully; reasonable for a probe or peripheral.
- eo104 — Listing at ~$600. Suitable price range for a tested probe or mid-level component.
For any purchase over $200, confirm: (1) the specific part number or model revision, (2) whether the item was bench-tested, (3) return policy, and (4) whether export/import restrictions apply for your country (Esaote is an Italian manufacturer; some countries require import certification for medical equipment components).
Browse Esaote MyLab 25 parts on eBay
FAQ
Are Esaote MyLab 25 probes compatible with the MyLab 50? Many are, yes. Probes using the standard Esaote connector family — including the CA431 convex, LA332 linear, and several endocavity probes — are cross-compatible between the MyLab 25, MyLab 5, MyLab 20 Plus, and MyLab 50. Always confirm the specific probe model and connector revision before purchasing for a different host system.
Where can I get an Esaote MyLab 25 service manual? Esaote does not publicly distribute service documentation. Authorized service providers have access through Esaote's service portal. Third-party biomedical engineering firms specializing in ultrasound may have documentation or can perform repairs under their own service access. Check with your regional Esaote service representative.
How do I know if a used MyLab 25 part is still functional? Ask the seller directly whether the part was removed from a working system, tested on a bench, or pulled from a machine with an unrelated fault. Reputable biomedical dealers will be able to tell you the test history. For high-value parts like main boards, request a return window of at least 14 days after installation.
Is it worth repairing an Esaote MyLab 25 or should I just replace it? It depends on the fault. Probes, peripherals, and PSU replacements are usually cost-effective repairs. Main board failures often make replacement more economical — especially as complete used MyLab 25 systems become more affordable. See our buying used ultrasound equipment guide for a full cost-benefit framework.
What's the difference between the MyLab 25 and the MyLab 25 Gold? The MyLab 25 Gold is an enhanced variant with additional software options and processing upgrades. Some parts are interchangeable, but software licenses are hardware-locked to the system board. If sourcing a replacement board, confirm whether the software version is compatible with your existing configuration.
Can I use third-party (non-Esaote) probes with the MyLab 25? Third-party compatible probes do exist, but probe-to-system compatibility for clinical ultrasound requires matched impedance, connector wiring, and software recognition. We recommend purchasing probes confirmed to work with the MyLab 25 platform specifically — not just any Esaote-branded probe.
Final Verdict
The Esaote MyLab 25 has a reasonably healthy secondary-parts ecosystem for a European-platform ultrasound system, with probes and peripherals the most accessible and affordable components. For routine maintenance and probe replacement, the used market delivers good value — expect $350–$900 for a tested probe from a specialist dealer. For major internal failures, especially the main system board, run a careful cost comparison against whole-system replacement before committing.
If you're sourcing parts, start with specialist biomedical eBay sellers over general resellers, always confirm test history, and budget for a return window on anything over $500. ```