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GE HealthCare Logiq E9 (2014)

✓ Certified Professional Seller

GE HealthCare Medical Diagnostic Equipment

GE HealthCare Logiq E9 (2014)

Find on CT, Target on Ultrasound.

Some lesions are unmistakable on cross-sectional imaging and barely visible on ultrasound. Fusion imaging registers a previously acquired CT or MR dataset with the live ultrasound image, so a target identified on one can be located and approached under real-time guidance on the other. It is among the capabilities that separate a premium console from a general one, and it requires more than a licence to work. This Logiq E9 was built in 2014, and Medigear.uk confirms every component of it before quotation.

Sections

Ultrasound Machine

Categories

Medical Diagnostic Equipment

Condition

Refurbished

Year

2014

Origin

Poland

Seller Type

Certified Professional Seller

CE & ISO Certified

Global Shipping

Supplier: Medigear

The capability that most distinguishes a premium ultrasound console from a competent general one is worth explaining properly, because it addresses a problem clinicians meet regularly and it is easy to under-describe.

Ultrasound and cross-sectional imaging see differently. A lesion in the liver may be conspicuous on a contrast-enhanced CT or an MR study and genuinely difficult to identify on ultrasound, whether because of its echogenicity, its depth, overlying bowel gas or the patient's habitus. That creates a practical problem when the lesion needs to be sampled or treated. Ultrasound is the natural guidance modality for a needle: it is real time, it involves no ionising radiation, it is available in a clinic room and the operator watches the needle advance continuously. But it cannot guide toward something it cannot see.

The conventional answers are imperfect. The procedure moves to CT guidance, which delivers dose to patient and operator, consumes a cross-sectional slot and provides intermittent rather than continuous confirmation. Or it does not happen at all, and the patient is managed differently than they would have been had the target been accessible.

Fusion imaging addresses that directly. The previously acquired CT or MR dataset is loaded onto the ultrasound console and registered to the patient's current position using electromagnetic tracking, so that as the transducer moves the corresponding reconstructed plane from the cross-sectional study moves with it. The operator sees both together. A target identified on the CT can then be approached under live ultrasound guidance even where the ultrasound appearance alone would not have supported it, with the needle visible in real time throughout. How and whether the technique is used in any given case is entirely a clinical decision for the practitioner, and Medigear.uk supplies equipment detail rather than procedural guidance.

Because the capability depends on several components rather than one, it is the item most likely to be incompletely present on a used console, and Medigear.uk therefore treats it as a checklist rather than a feature.

The software licence is the first component and the one most people ask about. It is necessary and it is not sufficient.

The electromagnetic tracking hardware is the second: a field transmitter positioned near the patient, position sensors, and the cabling and interface connecting them to the console. This is separable equipment, it is easily left behind during de-installation, and a console with the licence and without the hardware displays a function it cannot perform.

The probe brackets are the third and the most commonly missing. Sensors attach to transducers through brackets machined for specific probe models, so a bracket for one transducer does not fit another. A service intending to perform fusion-guided work with a particular probe needs the bracket for that probe, and acquiring one afterwards is neither quick nor cheap.

Medigear.uk confirms all three against the unit, states which transducers the supplied brackets fit, and identifies the cost of anything a service would need to add. That is the difference between a console described as fusion-capable and one that will actually perform a fusion-guided procedure on the day it is installed.

Beyond fusion, this is a premium platform and the other capabilities that follow from that are confirmed rather than assumed. Advanced applications such as elastography and contrast-enhanced imaging may be present and are separately licensed, so the enabled list is established against the unit. Image quality on difficult patients, which is where premium consoles earn their place generally, is a function of both the platform and the transducers, and the probes supplied are listed with what each covers and tested rather than observed, since dead elements and lens degradation reduce a probe below its specification while leaving it apparently working.

A 2014 build places this in the middle of the used premium market. The console generation and operating system determine network acceptability, which affects worklist reception and reporting integration and belongs with the receiving organisation's IT function before purchase. GE ultrasound is among the most widely installed platforms in the world, sustaining parts, familiar engineers and an established independent service market, and the current route for this unit is confirmed at purchase.

Compliance follows the modality: no radiation regime, medical device regulation, and decontamination as the daily reality, with probe hygiene between patients and more demanding arrangements for endocavity transducers.

General diagnostic ultrasound across abdominal, small parts, musculoskeletal, obstetric, gynaecological and vascular work is the core of what a premium console of this class delivers. All clinical judgement, including whether an examination or procedure is indicated and how it is performed, remains with the practitioner, and Medigear.uk supplies equipment detail rather than procedural guidance.

Interventional work on lesions poorly conspicuous on ultrasound is where fusion capability contributes most, since it allows a target identified on cross-sectional imaging to be approached under real-time guidance.

Hepatic intervention, including biopsy and ablation, is among the applications most commonly associated with fusion, given how frequently liver lesions are clearer on contrast-enhanced CT or MR than on ultrasound.

Oncological follow-up benefits where a lesion under surveillance needs sampling and its ultrasound appearance is equivocal.

Difficult diagnostic scanning benefits from the platform generally, since premium consoles earn their place on penetration and image quality where habitus, depth or acoustic windows make an examination hard.

Services should confirm the complete fusion configuration rather than the licence alone, since the capability requires software, tracking hardware and probe-specific brackets together and a service planning around it needs all three present.

Guidance Toward Targets Ultrasound Cannot See

Registering a prior CT or MR study to the live image allows a lesion identified on cross-sectional imaging to be approached under real-time ultrasound guidance, with the needle visible throughout.

An Alternative to Escalating the Procedure

Without it a target poorly seen on ultrasound moves to CT guidance, with dose, a cross-sectional slot and intermittent rather than continuous confirmation, or is not approached at all.

The Capability Verified as a Whole

Fusion requires a licence, electromagnetic tracking hardware and probe-specific brackets together. Medigear.uk confirms each individually rather than confirming the feature in general terms.

The Brackets Accounted For

Sensors attach through brackets machined for individual probe models, so one does not fit another. This is the component most often missing and the least convenient to source afterwards.

Which Probes the Brackets Fit

Stated explicitly, since a service intending fusion-guided work with a particular transducer needs the bracket for that transducer rather than for another.

Other Advanced Licences Confirmed

Elastography, contrast-enhanced imaging and similar capabilities are separately licensed, so the enabled list is established against the unit rather than assumed from the platform's reputation.

Premium Image Quality on Difficult Work

Penetration and image quality where habitus, depth or acoustic windows make an examination hard is where a premium console earns its place generally, and depends on the transducers as much as the platform.

Probes Tested Rather Than Observed

Dead elements and lens degradation reduce a probe below its specification while leaving it apparently working, so condition is established by testing.

The Network Question Raised Before Purchase

Console generation and operating system determine worklist and reporting integration, and that belongs with the receiving IT function before order.

A Well-Supported Platform

GE ultrasound is among the most widely installed in the world, sustaining parts availability, familiar engineers and an established independent service market.

Premium General Imaging Console

A cart-based ultrasound platform covering the full diagnostic range with advanced applications available subject to licensing.

Year of Manufacture: 2014

Bearing on console generation, operating system, network acceptability and remaining service expectation.

Fusion and Volume Navigation Licence

Confirmed against the unit, since the software licence is necessary for the capability and not sufficient on its own.

Electromagnetic Tracking Hardware

Field transmitter, position sensors, cabling and interface confirmed as supplied, since these are separable and easily left behind during de-installation.

Probe Brackets for Tracked Transducers

Confirmed individually, with the transducers each fits stated, since brackets are machined for specific probe models.

Transducers Supplied

Listed with the applications each covers, since the probe set determines the console's clinical range.

Probe Condition and Element Testing

Established through testing rather than observation, since degradation leaves a probe apparently working.

Advanced Application Licences

Elastography, contrast-enhanced imaging and similar capabilities confirmed against the unit as separately licensed items.

Console Generation and Operating System

Confirmed, since this determines network acceptability and therefore worklist and reporting integration.

DICOM Connectivity and Reporting

Image transfer and reporting output confirmed against the systems a service already runs.

Service Route and Parts Availability

Manufacturer and independent service provision, parts supply and probe repair arrangements established at purchase.

Support Horizon

Expected period of parts, service and software support confirmed rather than inferred from the build year.

Marking and Regulatory Status

Current marking and regulatory position confirmed, as required for medical electrical equipment entering clinical service.

Decontamination and Probe Hygiene

Decontamination certificate requested with the unit, and hygiene requirements raised including endocavity arrangements.

Operator Training and Familiarisation

Training requirements identified, particularly around fusion workflow where a service is establishing the capability.

This GE HealthCare Logiq E9 was built in 2014, and the capability that most distinguishes a premium console of this kind addresses a problem clinicians meet regularly. Ultrasound and cross-sectional imaging see differently, and a lesion conspicuous on contrast-enhanced CT or MR can be genuinely difficult to identify on ultrasound. That matters because ultrasound is the natural guidance modality for a needle, being real time, radiation-free and available in a clinic room, but it cannot guide toward something it cannot see. Fusion imaging registers the prior study to the patient's current position using electromagnetic tracking so the corresponding plane moves with the transducer, allowing a target identified on the CT to be approached under live ultrasound guidance. The alternative is escalation to CT guidance, with dose, a cross-sectional slot and intermittent confirmation, or not approaching the target at all. Because the capability depends on a licence, on tracking hardware including transmitter and sensors, and on brackets machined for specific probe models, it is the item most likely to be incompletely present on a used console, and Medigear.uk confirms each component individually and states which transducers the supplied brackets fit. That is the difference between a console described as fusion-capable and one that will perform a fusion-guided procedure on the day it arrives. Contact Medigear.uk for specifications, procurement assistance, or expert consultation.

FAQ

Frequently Asked Questions

Everything buyers need to know about sourcing medical equipment through MediGear.

It is a premium cart-based general imaging ultrasound console covering the full diagnostic range, with advanced applications including fusion imaging available subject to licensing and hardware. This unit was built in 2014.

It registers a previously acquired CT or MR dataset to the patient's current position using electromagnetic tracking, so the corresponding reconstructed plane moves with the transducer. A target identified on the cross-sectional study can then be approached under live ultrasound guidance.

Because ultrasound is the natural guidance modality for a needle, being real time, radiation-free and available in a clinic room, but it cannot guide toward something it cannot see. Some lesions are conspicuous on CT or MR and genuinely difficult to identify on ultrasound.

The procedure moves to CT guidance, which delivers dose, consumes a cross-sectional slot and gives intermittent rather than continuous confirmation, or it does not happen and the patient is managed differently.

No, and this is the point most often missed. It requires the software licence, the electromagnetic tracking hardware including transmitter, sensors and cabling, and brackets machined for the specific transducers being used. Any one missing means the capability does not function.

The probe brackets. Sensors attach to transducers through brackets specific to individual probe models, so one does not fit another, and acquiring one afterwards is neither quick nor cheap.

All three components individually, which transducers the supplied brackets fit, and the cost of anything a service would need to add. That is the difference between a console described as fusion-capable and one that will perform a fusion-guided procedure on the day it is installed.

Applications such as elastography and contrast-enhanced imaging are separately licensed, so the enabled list is established against the unit rather than assumed from the platform's reputation.

Listed with the applications each covers and tested rather than observed, since dead elements and lens degradation reduce a probe below its specification while leaving it apparently working.

Console generation and operating system determine network acceptability, and the question belongs with the receiving organisation's IT function before purchase. Medigear.uk confirms the position so it can be assessed properly.