Skip to Content
buyultrasound.com

Model pages: specs, probe fit, what to check used, then quotes.

Philips HD15

Philips · HD15 series

Cart-basedObstetrics & GynecologyCardiologyVascular

Philips HD15 cart-based ultrasound system

The Philips HD15 is the cart-based flagship of the HD ultrasound family, introduced in 2008 for small hospitals, clinics and private practices. It is used for abdominal, obstetrical and gynecological, cardiac, transesophageal, stress echo, vascular, musculoskeletal and pediatric exams. It shares the gray-scale and Doppler capabilities of the HD11 and supports the C5-1 probe, built on PureWave crystal technology.

Released
2008launched by Philips
Probe ports
Up to fourelectronically switched

Compatible probes

Linear

  • L12-3
  • L12-5 (50 mm)
  • L15-7io

Convex & microconvex

  • C5-2
  • C6-3
  • C8-5

Phased

  • S5-2
  • S8-3

Endocavity

  • C8-4v Endovaginal
  • 3D9-3v 4D endovaginal
  • BP10-5ec

Specialty

  • V6-2 Mechanical 3D
  • S7-2omni TEE phased array
  • D2cwc Non-imaging pencil, CW Doppler

Specifications

Display
Display
LCD monitor; 51 cm on the Diamond Select HD15
Physical
Weight
81 kg total; configuration not stated
Dimensions
Width 57 cm, height 138–155 cm, depth 110 cm (Diamond Select HD15)
Probe ports
Electronic switching of up to four transducers
Controls
Trackball-centered interface with tri-state lighting; Patient hardkey; one-button iSCANShow all
Control panel and monitor
Height and swivel adjustment
Power & battery
Internal battery
Lithium battery on the CPU circuit board
Connectivity & options
Network
One Ethernet 10/100/1000BaseT RJ-45 port; static addressing or DHCPShow all
DICOM
Storage, storage commitment, structured reports, worklist, MPPS, print; each an optionShow all
Structured reports
OB-GYN Ultrasound and Adult Echocardiography procedure reports (HD15 1.2.x)Show all
Removable media
Export to CD-R, DVD and USB; import only from HD15 1.2.x systems on the same versionShow all
Remote services
Remote desktop, iSSL, online support requests, proactive support, utilization reportsShow all
Imaging & software
Imaging modes
B, M, PWD, CWD, Color Doppler; Duplex, Triplex; Panoramic, CPA, 3D/4D, harmonics, TDI…Show all
Contrast
Contrast enhanced ultrasound, with tissue and contrast harmonics
Image processing
SonoCT compounding (up to nine lines of sight), XRES, Microfine EX focusing, iSCANShow all
PureWave
PureWave transducer crystal technology; tissue aberration correction with the C5-1
Architecture
High-resolution analog-to-digital conversion and 4X parallel processing
3D/4D tools
3D Fetal Echo STIC, Live iSlice, Multiplanar Reformatting
Quantification
QLAB on-cart and off-cart: GI 3DQ, TMQ, Strain Quantification, IMT, ROIShow all
Workflow
SmartExam protocols, Live Compare, active native data (settings editable after the exam)Show all
Clinical applications
Abdominal; small parts; breast; pediatric; musculoskeletal; OB/GYN; prostate; vascular…Show all
Revision and software
Software levels HD15 1.0, R1.1.x, R1.2.x, R1.5.x and R3.0
Compliance
FDA 510(k)
K081661 (decided 2008-06-24); Class II, product codes IYN, IYO and ITXShow all

What to check when buying a used Philips HD15

  1. Check any 3D9-3v against recall Z-2517-2023

    Recall Z-2517-2023 covers the 3D9-3v, an HD15 accessory whose bonded housing can come apart, risking tissue damage and, if its built-in safety measures also fail, electric shock.

    How: Match the serial number against the recall, get evidence the correction was made, and look for any separation of the bonded housing even on a serial number outside the recall.

  2. Inspect every transducer for cracks and chemical damage

    A cracked or damaged transducer must not be used, and one immersed past its specified cleaning or disinfection level carries a risk of electric shock.

    How: Look over each housing, lens, cable, strain relief and system connector for cracks, discoloration or other damage, and ask how each transducer was cleaned and disinfected.

  3. Ask whether fluid ever got inside the system

    The parts inside cannot be disinfected, so a system contaminated internally with bodily fluids carrying pathogens has to be reported to Philips service and disposed of as biohazardous material.

    How: Ask the seller directly about any history of fluid getting into the console.

  4. Check any 3D9-3v against recall Z-2048-2025

    Recall Z-2048-2025, still open, covers 3D9-3v transducers that were refurbished beyond their useful life.

    How: Have the transducer visually inspected and given an electrical safety test, and turn down one that fails.

Common questions about the Philips HD15

Is the Philips HD15 FDA-cleared?

Yes. The HD15 Diagnostic Ultrasound System is FDA-cleared under 510(k) K081661, decided on June 24, 2008, as a Class II device (product codes IYN, IYO and ITX) for diagnostic ultrasound imaging and fluid flow analysis.

Its predicate device is the HD11 Diagnostic Ultrasound System (K043535, plus K062247), with the same gray-scale and Doppler capabilities as the HD15.

Does the Philips HD15 work with the C5-1 PureWave transducer?

Yes. The C5-1 is an HD15 transducer built on PureWave crystal technology, and an HD15 with that technology and the C5-1 is the Philips HD15 PureWave.

The C5-1 is designed for difficult-to-image patients, including obese patients, and to reduce clutter in abdominal and OB imaging; the HD15 supports tissue aberration correction with it.