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Philips Achieva Pulsar HP 16rf channels 1.5T (2010)

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Philips Achieva Pulsar HP 16rf channels 1.5T (2010)

Philips Medical Diagnostic Equipment

Philips Achieva Pulsar HP 16rf channels 1.5T (2010)

The Field Strength Every Protocol Assumes.

Most clinical MRI is performed, validated and published at 1.5T. Sequence protocols, the reporting literature and radiologist familiarity are all built around it, which means a 1.5T scanner takes every examination a general service needs without qualification or onward referral. This Achieva was built in 2010 with a Pulsar HP gradient configuration and 16 RF receive channels, and Medigear.uk confirms the magnet history, coil complement and siting requirements before quotation.

Sections

MRI Systems

Categories

Medical Diagnostic Equipment

Condition

Refurbished

Year

2010

Origin

Poland

Seller Type

Certified Professional Seller

CE & ISO Certified

Global Shipping

Supplier: Medigear

There is a reason 1.5T became and remains the clinical standard, and it is the right place to begin with this system.

The overwhelming majority of clinical magnetic resonance imaging is performed at 1.5 Tesla. The sequence protocols departments run, the literature reporting radiologists rely on, the appearances they are trained to recognise and the expectations referrers bring are all built at that field strength. The practical consequence for a service is scope without qualification. Neurological, spinal, musculoskeletal, abdominal, pelvic, vascular and oncological work are all within range. There is no category of routine referral that has to be declined, sent elsewhere or performed with a caveat attached to the report. For a general imaging service, that completeness is the whole point, and it is what separates a 1.5T platform from the dedicated and low-field systems that serve narrower purposes very well.

The figure that decides how much of that work a service actually gets through, however, is not the field strength. It is the receive channel count and the coils that go with it.

Receive channels determine which coils a system can support and how many elements can be read simultaneously. That in turn determines how far parallel imaging techniques can accelerate an acquisition, which determines scan time, which determines how many patients pass through the scanner in a session. A 16 channel configuration is a solid clinical specification, well matched to general departmental work, and considerably more capable than the lower channel counts fitted to earlier or entry configurations of the same platform. Medigear.uk confirms the channel count against the unit rather than the model family, because configurations differ within a product line and this is the specification most often assumed rather than checked.

The coil complement is where the remainder of that capability sits, and it is the item most likely to be incomplete on a used system. Coils determine which anatomy can be imaged and to what standard, they are expensive to source separately, and a scanner arriving without the coils a service intends to use is not capable of the work regardless of its channel count. Medigear.uk confirms exactly which coils are included and identifies the cost of anything a particular service would need to add, so the figure in front of a buyer reflects the system they will actually be able to run.

The magnet deserves separate attention because it behaves differently from everything else in the system. A superconducting magnet is extraordinarily long-lived. Properly maintained and kept cold, it does not wear out in the way electronics, gradient amplifiers, RF chains and consoles do. That is why a 2010 magnet is not the concern a 2010 computer would be, and why the useful due diligence on a used MRI concentrates on history rather than age.

The questions that matter are specific. Has the magnet been kept continuously cold, or has it been ramped down or allowed to warm? Has it ever quenched, and if so, when and why? What is the current helium level and boil-off rate? How many hours are on the cold head, and when was it last serviced? What is the condition of the chiller and the associated plant? A magnet with a clean, continuous cold history is a substantially better asset than one whose record is broken or unknown, and the difference does not show in a photograph or a build year. Medigear.uk obtains this history in writing, because on a superconducting system it is the single most informative body of evidence available.

The Achieva is among the more widely installed 1.5T platforms, which brings the ordinary but valuable benefits of ubiquity: parts availability, engineers familiar with the system, an established second-hand market and accessible training. Medigear.uk confirms the current service and parts position for this specific unit rather than relying on the platform's reputation to imply it.

Installation is the element of MRI procurement that most often surprises buyers, and Medigear.uk raises it at enquiry rather than at planning. A superconducting scanner requires a radiofrequency shielded enclosure, a magnetic field plot with the five gauss line established and controlled, a quench pipe routed to atmosphere, floor loading assessment, plant space for the chiller, environmental control, and delivery access capable of accepting a magnet. Where the system is currently installed, de-installation, magnet handling and transport form a substantial project in their own right. Medigear.uk establishes the installation status and coordinates these elements as a single sequence rather than as separate problems arising in turn.

Governance on MRI differs fundamentally from the ionising modalities. There is no radiation regime, no radiation protection adviser and no critical examination, because no ionising radiation is involved. What applies instead is magnetic resonance safety governance: controlled access to the magnet environment, projectile precautions, patient and staff screening, quench and emergency procedures, local rules and the responsible person and safety expert roles a service requires. These need to be in place before commissioning, and Medigear.uk raises the full picture at enquiry.

General diagnostic magnetic resonance imaging across neurological, spinal, musculoskeletal, abdominal, pelvic, vascular and oncological work is what this platform serves, at the field strength the majority of clinical protocols and reporting literature assume. 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.

Neurological imaging is among the most common workloads on a 1.5T system, and one where the field strength and the established protocol base matter to both acquisition and reporting.

Musculoskeletal and spinal work is served across the full range rather than within the narrower scope of a dedicated system, which allows a single scanner to absorb a mixed referral stream.

Body imaging, including abdominal, pelvic and vascular work, is within range at this field strength, which is what allows a general service to accept referrals without triaging them by what the scanner can manage.

Oncological staging and follow-up depend on consistency between studies, so a platform matching the field strength and protocols used elsewhere in a patient's pathway supports comparison across time and across providers.

Services planning capacity should treat channel count and coil complement as throughput inputs rather than technical details. Scope is set by the field strength, but patients per session are set by how quickly acquisitions complete, and Medigear.uk supplies both figures so a business case can be built on realistic session numbers.

Full Clinical Scope Without Qualification

At 1.5T there is no routine referral a general service must decline, send elsewhere or report with a caveat. Neurological, spinal, musculoskeletal, body, vascular and oncological work are all within range.

The Field Strength Protocols Are Written For

Sequence protocols, reporting literature, radiologist familiarity and referrer expectations are all built at 1.5T, so appearances and comparisons align with practice elsewhere in a patient's pathway.

Channel Count Confirmed as a Throughput Figure

Receive channels determine coil support and parallel imaging acceleration, and therefore scan time and patients per session. Medigear.uk confirms the count against the unit rather than the model family, since configurations differ within a product line.

A Solid 16 Channel Configuration

Well matched to general departmental work and considerably more capable than the lower channel counts fitted to earlier or entry configurations of the same platform.

The Coil Complement Confirmed

Coils determine which anatomy can be imaged and are expensive to source separately. Medigear.uk states exactly what is included and the cost of any additions, so the price reflects the system a service will actually be able to run.

Magnet History Obtained in Writing

Continuous cold history, quench record, helium level and boil-off, cold head hours and chiller condition are the most informative evidence available on a superconducting system, and none of it is visible in a build year.

A Magnet That Does Not Age Like Electronics

Properly maintained and kept cold, a superconducting magnet does not wear out the way consoles, gradient amplifiers and RF chains do, which is why history rather than age is the right basis for assessment.

A Widely Installed Platform

The Achieva is among the more common 1.5T systems in service, bringing better parts availability, engineers familiar with it and an established market than a niche platform offers.

The Installation Project Coordinated

Shielded enclosure, field plot and five gauss line, quench pipe, floor loading, chiller plant, environmental control, delivery access and, where applicable, de-installation and magnet transport are addressed as a single sequence rather than as separate problems.

MR Safety Governance Handled

Controlled access, projectile precautions, screening, quench and emergency procedures, local rules and the responsible person and safety expert roles are raised at enquiry, since arrangements must be in place before commissioning.

Whole-Body 1.5T Superconducting Platform

A general purpose magnetic resonance system covering the full range of routine clinical examinations.

Year of Manufacture: 2010

The build date, bearing principally on electronics, console and software generation rather than on the magnet, which is assessed on history.

Pulsar HP Gradient Configuration

Gradient specification confirmed against the unit, since it bears on sequence capability and acquisition performance.

16 RF Receive Channels

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

Coil Complement

The supplied set stated explicitly, covering the anatomy a service intends to scan, together with the cost of any additions required.

Magnet Cold History and Quench Record

Obtained in writing, since continuous cold history is among the most informative indicators of a superconducting magnet's condition.

Helium Level and Boil-Off Rate

Established at enquiry, as both bear directly on running cost and on the immediate position after installation.

Cold Head Hours and Service Record

Obtained as separate figures, since the cold head is a serviceable component with a defined maintenance requirement.

Chiller and Plant Condition

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

Software Version and Licence List

Sequence packages and post-processing options confirmed against the unit, since MRI capability is substantially licence determined.

Console and Workstation

Console generation and workstation specification confirmed, as both affect workflow, reporting and support.

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

Radiofrequency shielded enclosure, magnetic 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 Philips Achieva was built in 2010 as a whole-body 1.5T superconducting system with a Pulsar HP gradient configuration and 16 RF receive channels, and its case rests on completeness. At 1.5T there is no routine clinical referral a general service must decline or send elsewhere, because that is the field strength the protocols, the reporting literature and radiologist training are all built around. What determines how much of that work a service actually gets through is the receive channel count and the coil complement, since together they set how far parallel imaging can shorten an acquisition and therefore how many patients pass through in a session, and both are confirmed against the unit rather than assumed from the model family. The magnet itself is assessed on history rather than age, because a superconducting magnet kept continuously cold does not wear out the way electronics and consoles do, and the cold history, quench record, helium level, boil-off rate and cold head hours are the evidence that matters. Medigear.uk obtains all of it in writing, confirms the coil set and any additions required, establishes the installation status and coordinates shielding, field plot, quench routing, floor loading, plant and transport as a single project, and raises the MR safety arrangements a service must have in place 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 whole-body superconducting magnetic resonance imaging system operating at 1.5 Tesla, covering the full range of routine clinical MRI. This unit was built in 2010 with a Pulsar HP gradient configuration and 16 RF receive channels.

Because it is the field strength clinical MRI is written for. Protocols, reporting literature, radiologist familiarity and referrer expectations are all built around it, so a service can accept neurological, spinal, musculoskeletal, abdominal, pelvic, vascular and oncological referrals without qualification or onward referral.

Which coils the system supports and how many elements can be read at once, which sets how far parallel imaging can accelerate an acquisition. That determines scan time and therefore patients per session. Field strength sets what you can scan; channel count and coils set how quickly.

It is a solid clinical configuration, well matched to general departmental work and considerably more capable than the lower channel counts fitted to earlier or entry configurations of the same platform. Medigear.uk confirms the count against the unit rather than the model family, since configurations differ within a product line.

Because coils determine which anatomy can be imaged and to what standard, and they are expensive to buy separately. A scanner without the coils a service intends to use cannot perform that work regardless of its channel count. Medigear.uk confirms exactly what is included and the cost of anything that would need adding.

Much less than a 2010 computer would be. A superconducting magnet properly maintained and kept cold does not wear out the way electronics, gradient amplifiers, RF chains and consoles do. The useful due diligence concentrates on history rather than age.

Whether the magnet has been kept continuously cold or ramped down, whether it has ever quenched and why, the current helium level and boil-off rate, cold head hours and last service, and the condition of the chiller and plant. A clean continuous cold history is a materially better asset, and none of it is visible in a photograph or a build year.

The Achieva is among the more widely installed 1.5T platforms, which generally means good parts availability, engineers familiar with the system and an established market. Medigear.uk confirms the current service and parts position for this specific unit.

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 for the chiller, environmental control and delivery access capable of accepting a magnet. Where the system is installed, de-installation, magnet handling and transport are a substantial project in themselves.

Magnetic resonance safety governance rather than a radiation regime, since no ionising radiation is involved. 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.