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Transcranial Doppler Systems with Robotic Probes
Noninvasive transcranial doppler - reliable and reproducible characteristics making it an important means for research and the diagnosis of cerebrovascular disease.
Noninvasive transcranial doppler - reliable and reproducible characteristics making it an important means for research and the diagnosis of cerebrovascular disease.
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EMS-9D Pro/Exp
An innovation 'All-In-One' tool in Neurology field, Robotic Control, ICM+, ETCO2, ... |
Delica TCD EMS 9M (Mobile)
Mini portable TCD A better solution for NCCU, Paramedic, ... synchronous monitoring |
Robotic TCD System
Integrated into a bilateral head frame, able to search, optimize, and keep track of bilateral TCD signals in the MCA |
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Portable TCD platforms to suit your different clinical and research needs
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Touch screen operation, convenient and efficient with the EMS-9D
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Collaborate with Cambridge University which make ICM+
Related data can be easily connected |
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Various intelligent & smart systems, such as scene detection, Voice Prompt & Guidance, and Experiment result division in PFO test
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Innovative robotic control program
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Application Field
Routine Diagnosis Application:
Regularly diagnosis for the status of cerebral arteries, auto-regulation, cerebral pressure and brain death. Detection and monitoring of vasospasm, Emboli detection and monitoring of embolic events, Diagnosis of intracranial stenosis and occlusion, Evaluation and monitoring of intracranial blood flow during surgical procedures.
Monitoring application:
Cerebral blood status monitoring, Embolus detection, PFO test and IOM in neurosurgery. Vascular interventional procedures: monitoring during carotid stent placement or resting balloon occlusion.
Other application:
Combination with cNIBP (continuous non-invasive blood pressure - Finapres Nova), monitoring the autoregulation function; Adding NIRS (near-infrared spectroscopy) to the Delica dataset, and Combined with ICM+, providing multiple information helping clinicians and researchers monitoring the status of patients.
Regularly diagnosis for the status of cerebral arteries, auto-regulation, cerebral pressure and brain death. Detection and monitoring of vasospasm, Emboli detection and monitoring of embolic events, Diagnosis of intracranial stenosis and occlusion, Evaluation and monitoring of intracranial blood flow during surgical procedures.
Monitoring application:
Cerebral blood status monitoring, Embolus detection, PFO test and IOM in neurosurgery. Vascular interventional procedures: monitoring during carotid stent placement or resting balloon occlusion.
Other application:
Combination with cNIBP (continuous non-invasive blood pressure - Finapres Nova), monitoring the autoregulation function; Adding NIRS (near-infrared spectroscopy) to the Delica dataset, and Combined with ICM+, providing multiple information helping clinicians and researchers monitoring the status of patients.
Powerful Statistical Function:
Provides convenient data reduction for clinical research
Provides convenient data reduction for clinical research
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User-Friendly System
The Delica EMS-9D Pro and Exp has a configurable GUI (General User Interface), for all examination protocols and procedures. Settings can be predefined according to user's needs. This insures easy operation, printing of custom patient reports and storage of retrieval of data.
The Delica EMS-9D Pro and Exp has a configurable GUI (General User Interface), for all examination protocols and procedures. Settings can be predefined according to user's needs. This insures easy operation, printing of custom patient reports and storage of retrieval of data.
The company's quality system passed the German TUV, ISO13485: 2012 certification and the main products also received the EU CE certification and the US FDA certification. In October 2022, Delica received the MDSAP certificate from TUV SUD America ISO13485:2016 (Part 1 of Medical Device Regulations for Health Canada). Delica TCD systems are currently for research use only in Canada