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Siemens Magnetom Espree 1.5T 18ch

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Siemens Medical Diagnostic Equipment

Siemens Magnetom Espree 1.5T 18ch

A Matched Pair Runs as One Service.

Magnetic resonance is the modality where a single scanner is the most exposed single point of failure a department has. A second unit on the same platform, with the same field strength, the same channel configuration and interchangeable coils, does more than add capacity: it shares a coil pool, a protocol library, a training requirement and a spares stock, and it keeps the service running when the other machine cannot. Medigear.uk confirms coil compatibility, magnet history and configuration against whateve

Sections

MRI Systems

Categories

Medical Diagnostic Equipment

Condition

Refurbished

Origin

Poland

Seller Type

Certified Professional Seller

CE & ISO Certified

Global Shipping

Supplier: Medigear

A department running one magnetic resonance scanner is running a service with no redundancy at all, and the consequences of that are more severe on this modality than on any other.

When an MRI system goes out of service, nothing substitutes for it. Planned cold head maintenance, a gradient or RF fault, a chiller failure, a helium intervention or a software problem all take the scanner offline, and unlike a mobile X-ray set or an ultrasound machine there is no second unit down the corridor and no manual alternative. The list stops. Inpatients wait, outpatient appointments are cancelled and rebooked, urgent work is outsourced at cost, and the backlog that accumulates takes considerably longer to clear than the outage itself lasted. For a service with any meaningful MRI volume, that exposure is the strongest argument for a second scanner, and it is rarely quantified until it happens.

Once a second unit is under consideration, the useful question is not which machine has the better specification but which costs least to own alongside the first. On that measure a matched platform wins comfortably, and the reasons on MRI are more substantial than on most equipment.

Coils are the largest of them. On a magnetic resonance system the coil complement is the most expensive accessory by a wide margin, it determines which anatomy can be imaged and to what standard, and individual coils are damaged, dropped and sent for repair in the ordinary course of work. Where two scanners share a compatible coil set, a single pool covers both machines rather than each requiring its own, a coil failure on one is resolved by borrowing from the other, and a service does not have to duplicate expensive items that sit idle much of the week. Medigear.uk confirms coil compatibility against the units a department already runs, since this is the point on which the whole argument rests and it should be established rather than assumed.

Protocol commonality is the next. Sequence protocols represent a considerable investment of physicist and radiographer time to build, validate and optimise. Where a second scanner matches the first in field strength, channel configuration and coil architecture, those protocols transfer rather than being rebuilt, and the service avoids maintaining two divergent libraries that drift apart over time.

Consistency of image appearance is what reporting staff notice, and on MRI it matters clinically rather than merely aesthetically. Oncological follow-up, neurological monitoring and any serial comparison depend on the current study being comparable with the previous one. Where a patient may be scanned on either machine, matched field strength, channel configuration, coils and protocols mean the comparison holds. Where the two scanners differ, the reporting radiologist has to account for the difference, and subtle interval change becomes harder to call.

Training and staffing follow the same logic. Radiographers move between machines, shifts and sessions, and a department running one interface and one protocol set trains once, writes one set of procedures and avoids the errors that come from switching between unfamiliar systems. Competence transfers instantly and new staff learn one system rather than two.

Spares and service commonality completes the picture, with one parts inventory, one service arrangement and engineers familiar with both machines, which shortens repair times and reduces what has to be held.

The platform itself brings its own advantages, covered more fully on the accompanying Espree listing. The 70 cm bore accommodates larger patients who would not fit a conventional 60 cm system and gives room for positioning and procedural access, while the short magnet leaves the patient's head outside it for many examinations, which addresses claustrophobia without reducing field strength. An 18 channel configuration determines coil support and parallel imaging acceleration, and therefore scan time and patients per session.

As with any superconducting system, the magnet is assessed on history rather than age: cold history, quench record, helium level and boil-off rate, cold head hours and the condition of the chiller and supporting plant, all obtained in writing. Installation requires a radiofrequency shielded enclosure, a field plot with the five gauss line established and controlled, a quench pipe routed to atmosphere, floor loading assessment, plant space, environmental control and delivery access capable of accepting a magnet, and where the system is currently installed, de-installation and transport form a substantial project that Medigear.uk coordinates as a single sequence.

Governance is magnetic resonance safety rather than a radiation regime: controlled access, projectile precautions, patient and staff screening, quench and emergency procedures, local rules and the responsible person and safety expert roles, all in place before commissioning.

General diagnostic magnetic resonance imaging across neurological, spinal, musculoskeletal, abdominal, pelvic, vascular and oncological work is what this platform serves, at full 1.5 Tesla. All clinical judgement, including whether an examination is justified and how findings are interpreted, remains with the referring and reporting clinicians, and Medigear.uk supplies configuration and condition detail rather than clinical guidance.

Continuity of service is where a second matched unit contributes most directly. Cold head maintenance, gradient and RF faults, chiller failures and helium interventions all take a scanner offline, and a department with only one machine cancels lists and outsources urgent work. A second unit on the same platform absorbs that without a change in working practice.

Serial and follow-up imaging benefits from matched configuration, since oncological monitoring and neurological follow-up depend on the current study being comparable with the previous one regardless of which scanner the patient attended.

Parallel demand is the other case. Inpatient, outpatient and urgent workloads frequently peak together, and two scanners allow a service to run more than one list at a time rather than queueing everything behind a single machine.

Larger and claustrophobic patients are served by the platform's bore geometry across both units, which means a service does not have to route those referrals to one particular machine or day.

Services planning capacity should weigh a second matched unit against the recurring cost of outages, cancellations and outsourced urgent work rather than against the specification of a newer standalone scanner. Medigear.uk supplies the compatibility, coil, magnet and installation position so the comparison rests on operational figures.

Coils That Serve Both Machines

Coils are the most expensive accessory on an MRI system and are damaged and repaired in the ordinary course of work. A shared compatible pool avoids duplicating them and turns a coil failure into a swap rather than an interruption.

Cover for the Modality With No Substitute

When an MRI goes offline nothing replaces it, and lists stop. A second unit on the same platform keeps the service running through maintenance, faults and helium interventions.

Protocols That Transfer

Sequence libraries represent considerable physicist and radiographer time. A matched platform means they carry across rather than being rebuilt, and the service avoids maintaining two sets that diverge.

Comparable Images for Serial Work

Matched field strength, channel configuration, coils and protocols mean a follow-up study compares cleanly with the previous one regardless of which machine the patient attended, which matters for oncological and neurological monitoring.

One Training Requirement

Staff move between machines and sessions. A matched platform means competence transfers instantly, one set of procedures covers both units and new starters learn one system.

One Spares Pool and Service Arrangement

A common platform means a single parts inventory, familiar engineers and shorter repair times rather than duplicated stock and two separate service relationships.

Capacity for Parallel Demand

Inpatient, outpatient and urgent workloads often peak together. Two scanners run more than one list at a time instead of queueing behind a single machine.

The Platform's Own Bore Advantage

A 70 cm bore accommodates larger patients and allows room for positioning and procedural access, while the short magnet leaves the head outside for many examinations, addressing claustrophobia at full field strength.

Compatibility Confirmed Before Order

Coil fit, configuration and protocol compatibility established against the units already in the department, since the whole case for a matched second scanner depends on it.

Magnet Assessed on History

Cold history, quench record, helium level and boil-off, cold head hours and plant condition obtained in writing, since a magnet kept continuously cold does not age the way electronics do.

Wide Bore Short Bore 1.5T Platform

A full field strength superconducting system whose magnet geometry addresses patient tolerance and access without reducing clinical scope.

Bore Diameter: 70 cm

Ten centimetres wider than conventional 1.5T systems, accommodating larger patients and allowing room for positioning and procedural access.

18 Channel Configuration

Determines coil support and the extent of parallel imaging acceleration available, and therefore session throughput.

Coil Compatibility Position

Confirmed against the units already in the department, including any configuration requirement, since shared coil pools depend on it.

Coil Complement

The supplied set stated explicitly, together with the cost of any additions required and how it combines with an existing pool.

Protocol and Software Compatibility

Software version and protocol transferability confirmed, so sequence libraries carry across rather than being rebuilt.

Year of Manufacture

Confirmed against the unit, alongside upgrade and refurbishment history where applicable.

Magnet Cold History and Quench Record

Obtained in writing as the most informative evidence of a superconducting magnet's condition.

Helium Level, Boil-Off and Cold Head Hours

Established at enquiry, as all three bear on running cost and on the position immediately after installation.

Chiller and Plant Condition

Assessed alongside the scanner, since the supporting plant is part of what makes the system operable.

Parts and Service Commonality

Shared inventory and service arrangement across matching units, shortening repair times and reducing what must be held.

Installation Status and Transport

Whether the system is currently installed or already removed, established at enquiry, since de-installation and magnet handling are substantial cost elements.

Siting Requirements

Shielded enclosure, field plot and five gauss line, quench pipe routing, floor loading, plant space, environmental control and delivery access assessed against the receiving site.

Connectivity and Reporting

Worklist integration, image transfer and reporting output confirmed against the receiving environment rather than assumed compatible.

MR Safety Arrangements

Controlled access, projectile precautions, patient and staff screening, quench and emergency procedures, local rules and responsible person and safety expert roles raised before commissioning.

This Siemens Magnetom Espree is a wide bore, short bore 1.5 Tesla system with an 18 channel configuration, and its case is strongest where a department is adding to what it already runs rather than replacing it. Magnetic resonance is the modality with no substitute when a scanner goes offline: cold head maintenance, gradient and RF faults, chiller failures and helium interventions all stop the list, and the backlog takes longer to clear than the outage lasted. A second unit on the same platform removes that exposure at a lower cost of ownership than any differently specified alternative. Compatible coils mean one pool covers both machines and a coil failure becomes a swap rather than a stoppage, which matters because coils are the most expensive accessory on the system. Protocols transfer instead of being rebuilt, images compare cleanly for oncological and neurological follow-up regardless of which scanner the patient attended, training happens once and the spares and service arrangement is shared. Behind that sits the platform's own advantage, a 70 cm bore and a short magnet that accommodate larger and claustrophobic patients at full field strength. Medigear.uk confirms coil and protocol compatibility against the units already in the department, obtains the magnet cold history, quench record, helium level, boil-off and cold head hours in writing, and coordinates siting, transport and the MR safety arrangements required before commissioning. 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 wide bore, short bore superconducting magnetic resonance imaging system operating at 1.5 Tesla with a 70 cm bore diameter. This unit carries an 18 channel configuration. Medigear.uk confirms the year of manufacture, coil complement and magnet history against the unit.

Because the ongoing cost of ownership is lower on almost every measure. Compatible coils mean one pool covers two machines, protocols transfer rather than being rebuilt, images present consistently for serial comparison, training happens once and the spares and service arrangement is shared. A better specified machine sharing none of that is usually the more expensive choice over time.

The absence of any redundancy. When a single scanner goes offline for cold head maintenance, a gradient or RF fault, a chiller failure or a helium intervention, nothing substitutes for it. The list stops, appointments are cancelled, urgent work is outsourced and the backlog takes longer to clear than the outage lasted.

That is the question the whole case rests on, so it is established rather than assumed. Medigear.uk confirms coil compatibility and any configuration requirement against the specific units already in the department before quotation.

Because coils are the most expensive accessory on an MRI system, they determine what anatomy can be imaged, and they are damaged and sent for repair in the ordinary course of work. One pool serving two compatible machines avoids duplicating expensive items and turns a coil failure into a swap rather than a service interruption.

On MRI, yes. Oncological follow-up, neurological monitoring and any serial comparison depend on the current study being comparable with the previous one. Matched field strength, channel configuration, coils and protocols mean that comparison holds regardless of which machine the patient was scanned on.

Sequence protocols take considerable physicist and radiographer time to build, validate and optimise. A matched platform means they transfer rather than being rebuilt, and the service avoids maintaining two libraries that drift apart.

A 70 cm bore that accommodates larger patients and allows room for positioning and procedural access, and a short magnet that leaves the patient's head outside it for many examinations, addressing claustrophobia without reducing field strength. The accompanying Espree listing covers this in more detail.

Cold history, quench record, current helium level and boil-off rate, cold head hours and last service, and the condition of the chiller and plant. On a superconducting system that history is more informative than any build date, and Medigear.uk obtains it in writing.

A radiofrequency shielded enclosure, field plot and five gauss line, quench pipe routed to atmosphere, floor loading, plant space, environmental control and delivery access capable of accepting a magnet, plus de-installation and transport where the system is currently installed.