Delica EMS-9UA

The Innovation in Digital TCD Doppler Technology

TCD Monitoring with Robotic Probes

Digital TCD Doppler for the most demanding requirements

  • Diagnostic and monitoring modalities with up to 128 depths
  • M-Mode with up to 750 gates
  • Up to 8 spectra displayed simultaneously
  • Optional robotic probes
  • 1.6 MHz probes for enhanced skull penetration
  • Display of velocities up to 750 cm/s, e.g. in Vasospasm
  • Validated EDS Embolic Detection
  • Vasomotoric Response (VMR) module, optional with integrated CO2 analyser

Future Proof

  • Compact, portable, innovative
  • Doppler module with USB connection
  • Plug&play installation
  • Most intuitive user interface
  • Program under MS Windows®
  • Data export into a variety of formats
  • DICOM interface

Pure Innovation: The New Robotic TCD System

The Delica EMS-9UA can lay claim to several advancements in TCD monitoring. The most important consists in robotic probes, integrated into the new bilateral head frame, able to search, optimize, and keep track of bilateral TCD signals in the MCA. In ‘Tracking Mode’, probes are automatically controlled, adjusted and fine tuned, ensuring an optimal signal even if the patient is moving. Delica EMS-9UA, the first robotic system ever, enables the operator to comfortably achieve insonations for up to several hours, without manual probe adjustments despite patient movements. Especially during surgical procedures or physiologic testing, this unique system offers substantial advantages in effort, time, and quality when compared to conventional, manual probe holders.
In combination with the versatile EDS, based on neural networks, embolic signature detection becomes an operator independent routine. Up to eight high resolution spectra can be displayed, with sample volume gates changed individually or simultaneously. In M-Mode, colour coded blood flow velocities in up to 128 depths are displayed and controlled. The new 1.6 MHz monitoring probes impress by better penetration, yielding better signal quality. In vasospasm, higher PRFs allow insonation velocities of up to 750 cm/s.
A conventional, practice proven head frame with manual probes is also available.

Screen Display with Tracking Window

Comprehensive, yet Intuitive Testing Interface

The new Delica TCD software offers an extremely flexible, all-in-one user interface for diagnostic protocols , monitoring sessions, and physiological tests. The screen can be configured for user required purposes and saved into “Procedures”. Once configured ‘on the fly’ – without any cryptic setting files – a procedure can be recalled any time later, facilitating and accelerating testing routines. For diagnostic purposes, configurable protocols with vessel tags and automatic probe adjustments can be used. In monitoring mode, spectra, high resolution M-Mode, and/or trends can be displayed, stored, and documented. Configurable event markers and the automatic recording of VMR tests are just examples on the numerous features of the Delica TCD program.
All Doppler parameters can be set independently or simultaneously by use of the convenient remote control and/or by an optional touch screen.

Diagnostic Screen/ Monitoring Screen

Perfect Documentation and Data Management

Monitoring sessions can be recorded for hours and stored along with trends, spectra, and envelopes. For replay, a convenient recorder interface was integrated. In addition to play back of original spectra, the Delica TCD software also allows replay of data in M-Mode. Doppler data can be documented or exported in a variety of formats: RAW, BMP, XML, PDF, DOC, WAV, AVI. Optionally a DICOM interface is available. Stored parameters may be analyzed in an integrated statistical package, results displayed as regression graphs, column or pie charts.

Get to Know Us and our TCD Know-How!

Expect fast, cost conscious, and most competent service from a team that can offer more than 20 years of special Doppler and TCD expertise, unparalleled in the industry. Our long-term customer relations are built on trust and fairness. The Delica Doppler systems complements that philosophy of effectiveness and reliability.