Periodmed PAU2C

Medical aesthetic clinics and dermatology practices represent the primary setting for the PAU2C. At 25 MHz, the L14 probe resolves individual skin layers with near-surface detail that general diagnostic ultrasound cannot achieve. Practitioners use this for pre-treatment vascular mapping before filler injection, real-time guidance during cannulation, post-treatment filler assessment, and complication evaluation. Colour Doppler identifies facial vessels before needles advance, directly reducing the risk of intravascular injection. Medigear.uk supports individual clinic purchases, multi-site group procurement, and distributor supply in the aesthetic equipment market.

Vascular and interventional settings benefit from Needle Enhancement mode and the simultaneous B/CF display. Practitioners performing vein cannulation, nerve blocks, or tissue biopsies gain real-time needle tracking alongside colour flow confirmation of vessel position. The L40 probe extends vascular imaging to 150 mm with colour flow to ±48 cm, covering carotid, thyroid, and peripheral arterial work alongside the L14's aesthetic-range capability.

Specialist outpatient and private clinics use the PAU2C across dermatology, plastic surgery, and aesthetic medicine consultation. Pre-operative tissue planning, post-procedural filler monitoring, and longitudinal aesthetic outcome assessment all benefit from a 212 g wireless device operable chair-side. The B/M simultaneous mode supports dynamic tissue assessment during facial movement or compression testing. Medigear.uk can provide clinical documentation and procurement support tailored to specialist outpatient requirements.

Mobile aesthetic teams and home-visiting practitioners gain a particular advantage from the PAU2C's self-contained design. A 3200 mAh battery recharged in 60 minutes, compatibility with any Android, iOS, or Windows device, and IPX7 submersion waterproofing remove every practical barrier to high-frequency imaging outside a fixed clinic base. Medigear.uk provides purchasing and after-sales support for individual practitioners and aesthetic service providers seeking portable imaging for outreach work.

25 MHz High-Frequency Imaging for Aesthetic-Grade Near-Surface Resolution

The L14 probe on the PAU2C reaches 25 MHz — a frequency ceiling that resolves individual skin layers, superficial filler deposits, and small-calibre facial vessels with a level of detail unavailable on general diagnostic probes. For aesthetic practitioners, where a millimetre of anatomical knowledge can change the safety of an injection, this resolution is a clinical differentiator, not a marginal improvement. Medigear.uk can supply the PAU2C as a single unit for independent practitioners or in volume for aesthetic clinic groups and distributors.

Dual High-Frequency Probe Architecture Covering 5–25 MHz in One Device

The PAU2C combines two probe configurations — L14 for 5–80 mm superficial work at up to 25 MHz, and L40 for 20–150 mm deeper superficial imaging at 5–12 MHz — in a single 212 g wireless housing. Practitioners move between near-surface skin-resolution and broader superficial-to-medium-depth vascular imaging without changing devices. This dual-probe design eliminates the capital and logistical overhead of sourcing separate near-field and mid-field probes for an aesthetic imaging programme.

CE-Certified Compliance for Aesthetic Clinic and Hospital Procurement

CE certification confirms that the PAU2C meets the applicable medical device directive requirements for both probe configurations. This is the primary compliance requirement for clinical equipment in aesthetic clinics, dermatology practices, and hospital departments deploying the device. The full declaration of conformity and technical documentation are available through Medigear.uk, providing a clean compliance evidence trail for clinic governance and regulatory inspections.

Simultaneous Dual-Mode Display for Procedural Safety

B/CF, B/PDI or B/DPDI, B/PW, and B/M simultaneous display modes allow practitioners to view tissue structure and vascular flow — or structure and Doppler waveform — in the same screen frame during procedures. In aesthetic injection practice, this means a colour-flow overlay on the greyscale image as the needle advances, without switching modes or losing the structural image. This continuous dual-view capability reduces the cognitive burden of procedural ultrasound and directly supports safer injection technique.

Needle Enhancement Mode for Procedural Precision in Superficial Tissue

Needle Enhancement on both the L14 and L40 probes digitally increases needle echogenicity relative to background tissue, making the needle tip and shaft more consistently visible during guidance procedures. In aesthetic applications — where needles and cannulae are advanced through the dermis and subcutaneous layers in proximity to facial vessels — clear needle tracking is a patient safety requirement. Medigear.uk can confirm the clinical parameters of Needle Enhancement mode for specific procedural applications on request.

IPX7 Waterproof Rating for Between-Patient Submersion Disinfection

IPX7 certification enables full submersion disinfection of the PAU2C, a more thorough infection-control approach than wipe-only disinfection. In aesthetic clinic environments where the device contacts multiple patients per session, this is a material advantage for both clinical safety and regulatory compliance. The wireless cableless design eliminates the additional contamination risk posed by ports and connectors on conventional tethered probes.

3200 mAh Fast-Charging Battery for a Full Clinic Day

The 3200 mAh battery reaches 43% charge in 30 minutes — enough to refuel between morning and afternoon clinic sessions — and charges fully in 60 minutes overnight or during a lunch break. The optional wireless charging case extends all-day operation without requiring access to mains power, making it suitable for home-visiting aesthetic practitioners or clinics with limited charging infrastructure. No cables or contacts are required, maintaining IPX7 integrity over repeat charge cycles.

Android, iOS, and Windows Compatibility — No Proprietary Display Unit

The PAU2C connects wirelessly to any smartphone, tablet, or laptop, removing the need for a dedicated display unit. For aesthetic practitioners who already carry a tablet for treatment documentation or consultation, the PAU2C integrates directly into that existing setup. For distributors, zero dependence on proprietary hardware means a broader addressable buyer base across all device preferences. Medigear.uk supports DICOM workflow integration for clinic IT systems that require structured image management.

Scalable from an Individual Aesthetic Clinic to a Distributor Network Supply

The PAU2C is available through Medigear.uk as a single device for an independent aesthetic practitioner or in bulk for multi-site clinic groups, hospital aesthetic departments, and distribution partners. We support OEM arrangements for distributors who want to integrate the PAU2C into a branded aesthetic equipment portfolio. The combination of 25 MHz imaging capability, CE certification, and wireless self-contained design positions the PAU2C as a premium product in the portable aesthetic ultrasound category.

128-Element, 64-Channel Transducer on Both Probe Configurations

Both the L14 and L40 probes are built on a 128-element array with 64 active receive channels, providing the beam-forming capacity required for diagnostic-grade image quality at both near-surface and mid-depth ranges. This shared architecture ensures consistent image characteristics across both probe modes within the same wireless housing.

L14 Probe Frequency Range: 12–25 MHz

The L14 (L22-9L12N-2) probe operates from 12 MHz to 25 MHz, delivering the highest available imaging frequency in the Aura series. This range is specifically configured for near-surface aesthetic and dermatological imaging, providing the resolution required to differentiate between skin layers, subcutaneous structures, and filler deposits at depths from 5–80 mm.

L40 Probe Frequency Range: 5.0–12.0 MHz (+ Harmonic H10, H12 MHz)

The L40 (L12-5L40N-2) probe covers 5.0–12.0 MHz in fundamental mode, with harmonic imaging at H10 and H12 MHz, extending the PAU2C's clinical reach to deeper superficial structures, including carotid arteries, thyroid gland, peripheral tendons, and small parts anatomy, at depths of 20–150 mm.

L14 Imaging Depth: 5–80 mm

A minimum depth of 5 mm makes the L14 probe the most superficially focused configuration in the Aura range, resolving structures from the skin surface down through the dermis, subcutaneous fat, and into the superficial muscle layer. This depth range covers the anatomical territory most relevant to facial filler placement, vascular identification, and aesthetic tissue assessment.

L40 Imaging Depth: 20–150 mm

The L40's 20–150 mm depth range covers all clinically relevant superficial anatomy beyond the immediate near-field, including carotid, thyroid, musculoskeletal, and peripheral vascular structures. This range complements the L14 and ensures the PAU2C is fully capable as a general superficial imaging device beyond its aesthetic-specific applications.

Dynamic Range: 36–120 dB on Both Probe Configurations

A consistent 36–120 dB dynamic range across both probes ensures uniform image contrast and signal differentiation behaviour when switching between L14 aesthetic work and L40 clinical scanning within the same patient session.

8-Segment Time Gain Compensation (TGC)

Eight independent depth-zone TGC controls enable precise gain compensation at each tissue level, allowing the operator to optimise near-surface brightness independently of deeper-tissue gain. This is particularly important on the L14 probe, where the 5–80 mm depth range places all relevant anatomy within a narrow TGC window requiring fine adjustment.

Simultaneous Display: B/CF, B/PDI or B/DPDI, B/PW, B/M

Four simultaneous dual-mode display options allow structural and functional imaging data to be viewed in parallel without mode switching. B/CF overlays colour flow on greyscale for real-time vascular monitoring during procedures. B/PW provides simultaneous Doppler waveform and structural views. B/M adds temporal motion data for dynamic tissue assessment. B/PDI or B/DPDI adds power Doppler sensitivity for low-flow vessel detection alongside structural imaging.

Needle Enhancement Mode on Both Probe Configurations

Needle Enhancement mode is available on both the L14 and L40 probes, digitally improving needle visibility against background tissue in real time. On the L14, this is directly applied to aesthetic injection guidance within the dermis and subcutaneous layer. The L40 supports deeper cannulation and aspiration procedures in vascular and musculoskeletal settings.

PW Doppler Range: ±60 cm (L14), ±100 cm (L40)

PW Doppler measurement ranges reflect the intended depth of each probe configuration — ±60 cm on the L14 for superficial vessel assessment, and ±100 cm on the L40 for deeper vascular Doppler work, including carotid and peripheral arterial measurements. Both ranges are calibrated to the clinical scenarios each probe serves.

Colour Flow Doppler Range: ±29 cm (L14), ±48 cm (L40)

Colour flow measurement ranges of ±29 cm on the L14 and ±48 cm on the L40 provide appropriate velocity coverage for the vascular structures within each probe's depth range — facial and superficial vessels on the L14, and carotid and peripheral vessels on the L40.

Point-by-Point Emission Focusing for Enhanced Image Sharpness

Point-by-point emission focusing applies individual transmit focus beams across the image field rather than a single fixed transmit focus zone, improving lateral resolution uniformly throughout the depth range. This is particularly relevant on the high-frequency L14 probe, where fine structural detail in the superficial tissue layers demands consistent sharpness from 5–80 mm.

3200 mAh Battery with 60-Minute Wireless Fast Charging

The 3200 mAh battery charges to full in 60 minutes via wireless induction, with 43% restored in 30 minutes. Wireless charging eliminates exposed contacts that degrade over time, maintaining the probe's IPX7 waterproofing integrity throughout its clinical lifetime. The optional wireless charge case provides additional battery reserve for extended use away from mains power.

IPX7 Waterproof and Dustproof Enclosure

IPX7 protection against immersion to one metre for 30 minutes enables full submersion disinfection of the PAU2C between patients. The dustproof classification protects internal components in clinical environments where powders, particulates, or fine aerosols may be present. Both ratings apply consistently across the device, regardless of the probe configuration in use.

Android, iOS, and Windows Wireless Connectivity

Wireless connection to Android, iOS, and Windows platforms removes the need for a proprietary display terminal. Image capture, measurement, Doppler analysis, and DICOM transfer all operate through the companion app on any device the practitioner already uses for clinical work. This platform agnosticism is confirmed for institutional and distributor buyers by Medigear.uk's procurement support team.

DICOM, BMP, and JPG Image Output

DICOM output supports structured image transfer to clinic or hospital PACS and electronic patient record systems. BMP and JPG output supports quick export for treatment documentation, patient consultation records, telemedicine sharing, and training archives. Both output types are supported across both probe configurations.

Optional Wireless Charge Case

The wireless charge case protects the probe during storage and transport and provides supplementary wireless charging capacity away from a mains socket. For mobile aesthetic practitioners, it is an essential accessory for maintaining clinical readiness across a full day of home visits or multi-site clinic sessions. Available through Medigear.uk alongside the PAU2C device.

The Periodmed Aura PAU2C wireless colour Doppler ultrasound is a CE-certified, dual-probe high-frequency imaging system built specifically for medical aesthetic evaluation, dermatological assessment, and precision superficial diagnostic imaging. Its L14 probe reaching 25 MHz delivers skin-layer resolution unavailable on general clinical probes, while the L40 extends its reach to 150 mm for broader superficial and vascular work — all within a single 212 g wireless device with IPX7 waterproofing, a 3200 mAh fast-charging battery, and Android/iOS/Windows connectivity. Whether you are an independent aesthetic practitioner, a specialist clinic procurement team, or a distributor building a high-frequency imaging portfolio, the PAU2C offers a verified, field-ready point-of-care solution. Contact Medigear.uk for specifications, procurement assistance, or expert consultation.