Periodmed PIU2F

Cardiology departments and cardiac rapid assessment units are the primary deployment settings for the PIU2F. Standardising a cardiology department on a wireless phased-array probe with inverse harmonic imaging and ±160 cm PW Doppler requires a device that performs consistently across a diverse cardiac caseload — from straightforward ventricular function assessment to challenging acoustic-window scenarios in postoperative, obese, or emphysematous patients. The PIU2F's four-mode harmonic suite covers this breadth from a single device specification. Medigear.uk supports cardiology fleet procurement with volume pricing, compliance documentation, and logistics planning.

Intensive care and high-dependency cardiac services represent a second institutional fleet context. Departments that equip every ICU bay with a wireless cardiac probe benefit from consistent performance under the challenging acoustic conditions of critically ill patients. The inverse harmonic modes extend diagnostic confidence to patients who would otherwise yield undiagnostic images with standard harmonic-only probes, reducing the proportion of cardiac assessments that cannot be completed at the bedside. The IPX7 rating supports between-patient submersion disinfection across the full ICU fleet.

Cardiac outpatient and rapid access services use the PIU2F as a fleet device for structured cardiac assessment when dedicated echo room access is unavailable. At 220 g, every clinician in an outpatient cardiac service can carry a PIU2F throughout a session. PW Doppler to ±160 cm covers valvular assessment across the full outpatient cardiac referral range. DICOM output supports direct transfer to the cardiology reporting system from any consultation room. Medigear.uk supports documentation for fleet DICOM integration.

General diagnostic wards, anaesthetic pre-assessment, and multi-speciality outpatient departments use the PIU2F for point-of-care cardiac screening and haemodynamic evaluation as part of a broader clinical workflow. For institutions standardising the Intelligent Series across multiple specialities, the PIU2F's consistent interface and CE documentation make it a natural addition to the fleet. Medigear.uk provides purchasing support and after-sales guidance for all types of institutional buyers.

Fleet-Ready CE-Certified Cardiac Imaging With Full Compliance Documentation

The PIU2F is available through Medigear.uk under fleet supply arrangements with access to the full CE certification documentation package — declaration of conformity, technical file, and supporting compliance evidence — for every unit in the order. For cardiology departments standardising across multiple sites or submitting a single procurement exercise for a large fleet, this documentation infrastructure reduces the compliance burden of equipment approval. Medigear.uk's commercial team can discuss fleet pricing, documentation tailoring, and supply logistics for specific institutional requirements.

Inverse Harmonic Imaging for Consistent Diagnostic Performance Across a Full Department Caseload

Inverse harmonic modes at iH3.6 and iH4.0 MHz extend endocardial border definition beyond standard harmonic imaging to patients with challenging acoustic windows — the subset of every cardiac department's caseload where standard harmonic imaging produces ambiguous results. For fleet standardisation, inverse harmonic capability means every device in the department can handle the full range of clinical presentations, not just ideal patients. This reduces the scan failure rate across the fleet, improves user confidence, and eliminates the need for a higher-specification device to handle difficult cases.

±160 cm PW Doppler — Fleet-Wide High-Velocity Cardiac Doppler Capability

PW Doppler to ±160 cm across all devices in the fleet ensures that no clinician in the department encounters a valvular assessment they cannot complete due to range aliasing. Aortic stenosis jet measurement, high-velocity tricuspid regurgitation, mitral valve inflow, and outflow tract velocity are all within range across all PIU2F units simultaneously. For cardiology departments standardising on point-of-care cardiac imaging, a Doppler specification of ±160 cm removes a known clinical limitation of shorter-range portable phased-array probes.

220 g — Individual Clinician Allocation Across the Entire Cardiac Department

At 220 g, the PIU2F is light enough for individual allocation to each clinician in a cardiac department — consultant, registrar, cardiac physiologist, or nurse specialist — rather than shared-pool management. For fleet procurement, individual allocation eliminates device scheduling conflicts, ensures immediate availability at every patient contact, and removes the infection control risk of passing devices between clinicians without disinfection. Medigear.uk can advise on per-clinician fleet sizing and supply arrangements.

Consistent App Interface Across the Full Intelligent Series for Reduced Training Overhead

The PIU2F's app interface is consistent with all other Intelligent Series models — PIU1A through PIU2B — meaning clinicians already using any Intelligent Series probe require no additional training to operate the PIU2F. For institutions deploying the Intelligent Series across multiple specialities, this consistency reduces training cost and time across the entire fleet, supporting faster adoption and uniform competency across departments.

IPX7 Waterproof Rating for Fleet-Wide Infection Control Compliance

IPX7 certification enables full submersion disinfection of every PIU2F unit in the fleet — materially stronger infection control than wipe-only disinfection. For cardiology departments that use devices across inpatient, outpatient, and high-acuity settings, uniform submersion disinfection across the fleet standardises infection control. It supports regulatory compliance without device-by-device protocol differences.

3200 mAh Fast-Charging Battery for Continuous Fleet Availability

The 3200 mAh battery charges to 43% in 30 minutes and to 100% in 60 minutes via wireless induction — enabling a rapid rotation-charging model where devices top up between clinical sessions without a full overnight charge cycle. For fleet managers designing charging infrastructure for a large department, the 60-minute full charge cycle and wireless induction charging reduce the number of dedicated charging stations required. Medigear.uk can advise on fleet charging infrastructure setup.

Android, iOS, and Windows Compatibility — No Proprietary Display Infrastructure Required

The PIU2F connects wirelessly to any smartphone, tablet, or laptop, eliminating the proprietary display terminal from the fleet bill of materials. For cardiology departments that equip every clinician, this reduces fleet hardware costs, eliminates display unit maintenance overhead, and integrates the PIU2F into the existing mobile and desktop clinical devices the department already operates. DICOM output supports direct fleet integration with cardiac PACS and reporting systems.

Scalable Supply — Single Device to Full Departmental and Network Fleet

The PIU2F is available through Medigear.uk from individual clinical purchase through to national network-level fleet supply. OEM arrangements support custom branding and bundle configuration for distribution partners and health networks, helping you build a branded cardiac imaging product line. With 220 g weight, inverse-harmonic imaging, ±160 cm PW Doppler, and Medigear.uk's fleet-supply infrastructure, the PIU2F is a scalable, commercially complete wireless cardiac imaging solution.

128-Element Phased-Array Transducer at 220 g

The PIU2F's 128-element phased-array transducer delivers cardiac sector imaging across a 40–300 mm depth range in a 220 g housing, enabling individual device allocation across an entire cardiology department fleet without the weight burden of heavier cardiac imaging equipment.

Fundamental Frequency Range: 3.5–6.0 MHz (Four Selectable Frequencies)

Four selectable fundamental frequencies — 3.5, 4.0, 5.0, and 6.0 MHz — address the full penetration-resolution range of phased-array cardiac and deep abdominal imaging across the mixed adult caseload of a cardiology department.

Standard Harmonic Modes: H3.6 and H4.0 MHz

Standard harmonic modes at H3.6 and H4.0 MHz reduce artefact and improve endocardial boundary definition — the baseline harmonic imaging requirement for diagnostic-grade echocardiography across the majority of a cardiac department's patient population.

Inverse Harmonic Modes: iH3.6 and iH4.0 MHz

Inverse harmonic modes at iH3.6 and iH4.0 MHz suppress high-amplitude fundamental signals, thereby isolating harmonic content and extending contrast resolution and endocardial border definition in patients with poor acoustic windows — a clinically important capability for fleet standardisation across a diverse cardiac inpatient and outpatient caseload.

Imaging Depth: 40–300 mm

A 40–300 mm depth range covers all standard transthoracic echocardiographic windows, deep abdominal assessment, and pleural and pericardial fluid mapping — 5 mm shallower than Aura Series phased-array probes for marginally extended near-field coverage.

Dynamic Range: 36–120 dB

A consistent 36–120 dB dynamic range across all frequency and harmonic mode selections ensures predictable image contrast throughout cardiac workflows, regardless of which clinician in the fleet uses the device or which harmonic mode is selected.

Gain: 1–100%

Full 1–100% gain adjustment gives each clinician in the fleet complete brightness control for individual patients, acoustic windows, and imaging depths — a standard requirement for diagnostic-grade cardiac imaging across a mixed institutional caseload.

8-Segment Time Gain Compensation (TGC)

Eight independent depth-zone TGC controls allow independent optimisation of near-field and far-field cardiac structures within the same image frame across all PIU2F units in the fleet — a standard requirement for diagnostic-grade echocardiographic imaging.

Single Optimised Transmit Focus

A single transmit focus optimised for phased-array cardiac sector geometry provides consistent beam quality from the pericardium to the far-field posterior wall at 300 mm — appropriate for the full range of point-of-care echocardiographic assessments performed across a cardiology department fleet.

PW Doppler Range: ±15 cm / ±160 cm

Two PW Doppler ranges — ±15 cm for near-field cardiac flow and ±160 cm for extended high-velocity and deep vascular assessment — provide the highest PW coverage in the Intelligent Series fleet-wide, ensuring that no clinician in the department encounters a valvular Doppler measurement that exceeds the device's capabilities.

Colour Flow Doppler Range: ±6 cm / ±62 cm

Two colour flow ranges — ±6 cm for near-field cardiac colour mapping and ±62 cm for extended depth coverage — support real-time valvular and deep vascular colour flow assessment across the full 40–300 mm depth range in all fleet devices simultaneously.

Display Modes: B, CF, PW, M, PDI, DPDI

The full mode set covers all standard diagnostic and Doppler requirements for cardiac, abdominal, and emergency phased-array imaging — consistent across all Intelligent Series models to support uniform clinical competency and training standardisation across the fleet.

Spot Reduction: On/Off

Switchable spot reduction improves visual clarity of endocardial boundaries and pericardial interfaces across all fleet units — useful during rapid point-of-care echocardiography, where visual ejection fraction estimation and effusion assessment are performed quickly by multiple users across a shift.

3200 mAh Battery with 60-Minute Wireless Fast Charging

The 3200 mAh lithium cell charges fully in 60 minutes via wireless induction fleet-wide, supporting a rotation-charging model that keeps devices available throughout departmental working hours without overnight dependence. Medigear.uk can advise on fleet charging infrastructure for cardiology departments.

Android, iOS, and Windows Wireless Connectivity with DICOM, BMP, and JPG Output

Fleet-wide wireless connectivity to Android, iOS, and Windows removes proprietary display terminals from every unit in the procurement. DICOM output supports cardiology PACS integration across all devices. Medigear.uk provides IT governance documentation for fleet DICOM integration as part of the institutional procurement process.

The Periodmed Intelligent PIU2F wireless colour Doppler ultrasound is a CE-certified, 128-element phased-array probe from the Intelligent Series, designed for cardiology department standardisation, rapid cardiac assessment fleet deployment, and institutional procurement at scale. Its inverse harmonic modes at iH3.6 and iH4.0 MHz, ±160 cm PW Doppler, four-mode harmonic suite, and 220 g weight deliver diagnostic-grade cardiac imaging across an entire departmental fleet without carts, proprietary displays, or shared-device compromise. Whether you equip a single cardiac rapid assessment unit or standardise a multi-site cardiology network, the PIU2F is a verified, CE-certified, fleet-ready wireless cardiac imaging solution. Contact Medigear.uk for specifications, procurement assistance, or expert consultation