COMPANY 

INSIGHT

Sponsored by

TELEMED 

Designs and manufactures notebook-based ultrasound scanners

About Our Company

TELEMED was started ат 1992. A year after we began to produce PC based ultrasound scanners. Since 1995 our partnership TELEMED helps OEM manufacturers integrates ultrasound components in their own products. Our scanners are compatible with any modern Windows-based computers. Quickly growing performance of modern notebooks in combination with a very affordable price allow these platforms to use capabilities of personal computers for processing of ultrasound signals in real-time, providing additional features which are currently available only for top-class equipment. Not only a number of signal and image processing modules, but also control functions has been moved from hardware to software.


Adopting a variety of state-of-art techniques such as advanced focusing, wide bandwidth probe technology, multi-beam processing, novel filtering algorithms, TELEMED PC-based ultrasound systems are equipped with the following imaging modes: B, M (B+B, B+M), Real Time Zoom, Spectral and Color Doppler modes. Very high capacity cineloop module provides capability to record as long clips as allowed by PC memory and then save clip to the hard drive or CD-ROM. An optimum frequency of broadband probes can be selected from up to six frequencies to ensure the best image for each examination situation.


Flexibility of these “true PC-based” scanners means that advanced technologies such as 3D imaging, wide field-of-view imaging, and real-time speckle reduction can be easily integrated, while enabling innovative and evolving solutions to be effortlessly added as customer`s future needs change.de


International

Telemed has a wide network of exclusive distributors and representatives: our equipment is sold in over than 75 countries in the World, we have representatives in 30 countries

OUR CUSTOMERS RANGE FROM INDIVIDUAL DOCTORS ALL THE WAY TO LARGE INTERNATIONAL MEDICAL DEVICE FIRM

Below are listed basic features of TELEMED software and hardware that may be useful for scientific research in industry, medicine and ultrasound-guided navigation.

"Echo Wave II" Ultrasound Scanning Software

Remote control. “Echo Wave II”  unique design allows remote access not only to real-time ultrasound examination but also to controls which enable tele-consultations and tele-diagnostics.


Versatility.   “Echo Wave II” can control all ultrasound scanners produced by TELEMED, flexible installation routine simplifies installation. User just need to select which ultrasound system(s) required to support.


All-in-One package. All functions are included, no paid add-ons and calculation packages.


Although Echo Wave II software is mainly used for traditional ultrasound examinations in private practice and clinics, it also has some features that can be used for research in universities and other scientific organizations:

Batch image Processing: if one need to scan many images, measure the same distance, area or other parameter on them, save this data and further process these measurements using other software, then you can save images/reports in XLSX (Excel) file and then use its "Data" sheet with measurement results.

Control by External Application: From external application one can  force  "Echo Wave II" freeze/run, save file, load file commands, change patient information. These actions can be done by sending appropriate command strings using Windows messages.


Cine-to-Files: If it’s required to save recorded ultrasound cine to separate frames, possible to do that by simply selecting "PNG multiple images" (or BMP, JPG) file format in "Echo Wave II" "Cine Save As" dialog.

Beamformers Synchronization. For some advanced applications single beamformer may be not enough. In such cases to the same computer it’s possible connect two beamformers with identical probes and do recording using both beamformers at the same time, at different scanning planes.


For more advanced research you may want to write your custom ultrasound scanning software and do not rely on "Echo Wave II". In such cases customer can request Software Development Kit (SDK).

"Ultrasonography for Windows II (Usgfw II)" Software Development Kit

If for a research ne need more control over ultrasound, want to access not only ultrasound frame data but also scan-lines of each frame, or just want to write your custom ultrasound scanning software, then Usgfw2 SDK is required. It is distributed for free after signing NDA agreement.

The SDK contains sample code that demonstrates how to access ultrasound data and control ultrasound scanner in different scanning modes. For high-level programming can be used C#, VB, Delphi, C++ or other programming language that supports COM. For access to low level ultrasound data is required knowledge of C++, COM and DirectShow.


Ultrasound Keyboard and its SDK

"Echo Wave II" can be controlled not only using computer mouse or keyboard, but also using special ultrasound keyboard LB-2.

If you want to use LB-2 keyboard to control your custom software that does ultrasound scanning and controls other equipment, you can request Ultrasound Keyboard SDK.

Go to article: Home | The Surgical Robot RevolutionGo to article: Formacoat Company InsightGo to article: FormacoatGo to article: In This IssueGo to article: Telemed Company InsightGo to article: TelemedGo to article: ContentsGo to article: Accurate Biometrics Company InsightGo to article: Accurate BiometricsGo to article: The magic touch: bringing sensory feedback to brain-controlled prostheticsGo to article: Picosun Company Insight Go to article: PicosunGo to article: Medicoat Go to article: The high-tech hunt for new biomarkersGo to article: MPS Microsystems Company InsightGo to article: MPS MicrosystemsGo to article: OmnitronGo to article: Making robotic surgery safe: why training is key to avoiding tragedy Go to article: BioInteractions Company Insight Go to article: BioInteractions Go to article: XavitechGo to article: Virtual pain relief: could VR start a rehab revolution?Go to article: Industrial Indexing Systems Company Insight Go to article: Industrial Indexing SystemsGo to article: Low battery: finding alternative ways to power medical devicesGo to article: Key Plastics Company Insight Go to article: Key PlasticsGo to article: NSFGo to article: Hidden figures: lifting the lid on medical device failure reportingGo to article: Protomatic Medical Company InsightGo to article: Protomatic MedicalGo to article: Watlow Plasmatech Company Insight Go to article: WatlowGo to article: Making sustainable medical devices: five top tipsGo to article: ARPA Company InsightGo to article: ARPAGo to article: ICU techGo to article: Predicting cardiac risk: new approaches in AI and blood testingGo to article: Under the skin: the medical device industry and the dark webGo to article: Sandvik Company InsightGo to article: Sandvik Go to article: Q&A: LifeBank on the challenge of getting blood from A to B in Nigeria Go to article: Cap Biomaterials Company Insight Go to article: Cap BiomaterialsGo to article: Debate: Can Alexa be trusted with our health questions?Go to article: AtoZ-CRO Company InsightGo to article: AtoZ-CRO Go to article: Pleora TechnologiesGo to article: Maraca InternationalGo to article: Europlasma Company Insight Go to article: EuroplasmaGo to article: Combinostics Company Insight Go to article: EventsGo to article: Euroquartz Company InsightGo to article: EuroquartzGo to article: Next issueGo to article: mdi ConsultantsGo to article: Ginolis Company InsightGo to article: GinolisGo to article: Sab BroeckskesGo to article: Qmedics Company Insight Go to article: Qmedics