D&K Technologies is the only German company that has built and can build and produce complete ultrasound imaging systems starting with the specifications then on to development and all the way down to production and marketing.

 

D&K Technologies can be be your OEM solution to ultrasound

 

 

 

-    Germany´s only company developing ultrasound imaging systems in Germany.

-    Development of analog and digital front ends

-    Quick reaction time in the development of medical hard- and software and thus high customer satisfaction

-    Development of new probes at roughly 1/10 of the price of other companies

-    Development of Color Acceleration Imaging

-    Development of ultrasound strain imaging (in progress)

-    Probes can be made to suit any application

D&K Technologies also offer marketing and certification support and support in setting up a sales and service organization

 

This is an example of what we can do for you !

(Images see below)

 

General Purpose - High Performance -

Color Flow System with Full Digital Beamformer

 

 

Consulting                 

Home                      

 

Fetus 12 weeks

Achilles Tendon

 

 

·    Three probe connectors (more on request)

·    Phased, linear and curved arrays with center frequencies from 2.5 to 10 MHz supported

·    Standard SVGA monitor (or TFT on request)

·    128-element linear curved arrays and 64 element phased arrays (more channels are optional)

·    64-channel aperture (more channels are optional)

·    Up to 150 Vp-p transmit pulse for imaging, spectral PW and color flow doppler

·    Continuous dynamic receive focusing (infinite number of receive zones, i.e. one zone per pixel)

·    Dynamic receive apodization in 32 Zones

·    Dynamic tracking filter for optimum receive frequency spectrum

·    Multiple transmit focal zones (up to 8)

·    Double line density scanning (up to 256 lines for linear curved and phased arrays)

·    Duplex spectral doppler mode (interleaved with B-mode), CW-doppler

·    Triplex color doppler mode (color interleaved with B-mode and spectral doppler)  

·    Color doppler, velocity, variance and intensity modes, directional intensity, tissue movement imaging, harmonic imaging, B-flow, 3-D (optional)

·    Sensitive and fast color flow images due to lossless stationary echo canceling

·    Cine-Loop with 256 B-Mode or 128 Color Flow images

·    Scan converter with continuous zoom on live, frozen or cine-loop images

·    Serial IEEE 1394 (FireWire®) bus with galvanic isolation (2500 V) for high speed data and command transfer between ultrasound beamformer and integrated computer unit

·    Windows® based software including DICOM 3.0 read and write feature

·    Outputs/Inputs: SCSI, Ethernet, Video, RGB, S-VHS, doppler sound, laser printer

·    Hard disk and floppy disk standard, CD-Rom R/W, MOS or ZIP-drive optional

·    Complete set of customer specific transducers including 64 element phased arrays 

·    Customer specific user interface

·    Standard and customer specific system software

·    Brachytherapy

·    Design of custom integrated mobile cart (according to customer specifications)

·    Baundary ScanPath technology on all digital PCBs

·    Remote Customer service via optional modem

 

Femoral artery (Doppler spectrum)

Femoral artery and veins (color)

The probes mentioned here are only recommendations,

other probes are available on request.

 Comon carotid artery

(Doppler spectrum and color)

Linear-Array Probes:

-     LA7560, 60mm width of image field, broad band multi-frequency probe with automatic and manual frequency selection based on CDF, 5 - 10 MHz, 128 elements

 

-     LA10040, 40mm width of image field, broad band multi-frequency probe with automatic and manual frequency selection based on CDF, 7.5 - 12 MHz, 128 elements

 

-     IO7530J, 30mm width of image field, broad band multi-frequency intra-operative J-shaped probe with automatic and manual frequency selection based on CDF, 7.5 - 12 MHz, 128 elements

     The complete probe is bought from an external vendor. D&K will only specify the probe and adapt the probe to the system.

 

Curved-Array Probes:

-     CA3576, 76 mm radius of curvature, 52° scan-angle, broad band multi-frequency probe with automatic and manual frequency selection based on CDF 2.25 - 5 MHz, 128 elements

 

-     CA3540, 40 mm radius of curvature, 62° scan-angle, broad band multi-frequency probe with automatic and manual frequency selection based on CDF 2.25 - 5 MHz, 128 elements

 

-     CA5040, 40 mm radius of curvature, 60° scan-angle, broad band multi-frequency probe with automatic and manual frequency selection based on CDF,  3.5 - 7.5 MHz, 128 elements

 

-     CA75LAP4D, 40 mm radius of curvature, 60° scan-angle, broad band multi-frequency  laparoscopic probe with automatic and manual frequency selection based on CDF, 5 - 10 MHz, 4- way flexible, 128 elements

Probe is bought from external vendor. D&K will only specify the probe and fit the probe to the system.

 

Sector-Array Probes:

-     EVS65110, electronic endovaginal-probe, 70° - 110° scan-angle, broad band multi-frequency probe with automatic and manual frequency selection based on CDF, 5 –8, MHz, 128 elements

 

-     ERS75110, electronic endorectal-probe, 70° - 110° scan-angle, broad band multi-frequency probe with automatic and manual frequency selection based on CDF, 6 -10 MHz, needle guide through the probe shaft is included, probe is applicable for Brachytherapy, 128 elements

 

Phased-Array Sector Probes:

-     S3590, variable scan-angle 15° - 90° multi-frequency probe with automatic and manual frequency selection based on CDF, 2.0 - 5 MHz, for adult cardiac applications 64 elements

 

-     S5090, variable scan-angle 15° - 90°, broad band multi-frequency probe with automatic and manual frequency selection based on CDF, 4 -7 MHz, for neonatal and cardiac applications, 64 elements

 

-     TEE 3590, transesophageal probe, variable scan-angle 15° - 90°, 2.25 - 5 MHz, 64 elements

The complete probe is bought from an external vendor. D&K will only specify the probe and adapt the probe to the system.