Medical

The LMD-1530MD is a widescreen HD medical-certified 15-inch* monitor, with a WXGA panel providing 1280 x 768 pixel resolution. The outstanding image quality and lightweight compact design allows for easy integration into a variety of applications, both inside and outside the operating room.

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Full HD resolution monitor complies with medical safety standards The LMD-2110MD monitor features a 21.5-inch LCD panel of full HD (1920 x 1080) resolution and 10-bit signal processing. Complying with medical safety standards and EMC standards, the monitor provides a crisp, sharp high definition image

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The numerous features and benefits of the LMD-2451MT make it ideal for 3D endoscopic surgery and suited to a wide range of medical settings where critical high-quality 3D monitoring is required. Accommodating multiple input signal formats and interfaces, this monitor offers maximum flexibility and user convenience.

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The LMD-2451MD has an advanced 24 inch LCD panel, and has inherited the conventional functions from the formerly introduced LMD-MD series. At full HD resolution WUXGA (1920x 1200) the LMD-2451MD ensures very high quality image representation.

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Sony proudly introduces the new standard in visualization …the 27-inch medical monitor*! Design meets technology…the first thing you notice is the monitor’s unique design. The uncommonly slender chassis and front bezel are truly eye catching. Next you’re captivated by the high brightness of the display.

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3D imaging is an increasingly important tool in today’s operating rooms. It’s a practical alternative to conventional 2D imaging, giving surgeons a stereoscopic view of high-resolution pictures captured with endoscopes and surgical microscopes. 3D offers an accurate, life-like visual experience, with improved depth perception and spatial orientation. This provides a more realistic visualisation of complex procedures.

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3B Scientific® offers adult advanced life support (ALS) manikins and simulators that provide all necessary features for effective advanced life support training for pre-hospital and in-hospital emergencies. They offer realistic features for effective, scenario-based demonstrations, practice and assessments of the core skills needed by healthcare professionals

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The breast biopsy model allows users to develop the imaging and procedural skills needed to perform ultrasound-guided fine needle biopsy. The patented SimulexUS™ tissue is extremely durable for repeated practice of needle procedures. Developed for use with real ultrasound systems, the model images like a real tissue with exceptional image quality.

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Risk-free practice of cardiac and peripheral vascular procedures

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Transparent version allows users to visualize the needle and the TEE probe sans the use of ultrasound; making way for comprehending the spatial orientation of the needle and the TEE probe. Utilizing your own ultrasound system and a TEE simulator; this simulation trainer will perform well using any ultrasound imaging system configured with appropriate transducers for echocardiography imaging procedures.

This ultrasound simulation model is excellent for cardiology, anesthesiology, emergency medicine, ultrasound training programs, simulation centers, surgical skills centers, medical education facilities, and ultrasound manufacturers for ultrasound education and demonstrations.

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Realistic tactile and physiological feedback for gastrointestinal and bronchial endoscopy

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Adjustable internal bleeding levels allow users to individually vary the training scenarios based on the scenarios being presented. This fully imageable upper and lower torso offers extremely realistic internal bleeding in each organ space that can be adjusted by the user to simulate a wide variety of effusion states including: small, medium and large effusions or no effusions at at all around the liver, spleen, heart, and bladder.

Utilizing real-time ultrasound imaging our tissue technology accurately simulates the ultrasound imaging characteristics found in the adult human patient.

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This extremely life-like training manikin interacts with real ultrasound systems for practice of the Focused Assessment with Sonography for Trauma (FAST) exam as well as Transthoracic Echocardiography (TTE) and pericardiocentesis procedures. The FAST model accurately mimics the imaging characteristics of human tissue, allowing users to encounter the imaging challenges found in human patients.

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Built upon the customer feedback for first generation femoral model, the most realistic Femoral Ultrasound trainer was devised. Using Blue Phantom simulated human tissue, this very realistic and ultra-durable ultrasound training phantom is an excellent choice for training clinicians in the psychomotor skills associated with ultrasound guided regional anesthesia as well as vascular access procedures. These ultrasound imaging skills comprise: using ultrasound system controls, transducer positioning and movement, recognition of nerves, arterial and venous anatomy, using ultrasound to target the femoral nerves for regional anesthesia procedures, guide needles to blood vessels for cannulation, and performing vascular access procedures.

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New to the Second Generation PICC with I.V. and Arterial Ultrasound Training Model is the inclusion of an ultrasoundable chest that contains the superior vena cava and subclavian vein, designed to allow users to verify correct catheter placement. In addition to ultrasound, correct catheter placement can also be verified using x-ray.

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Blue PhantomTM is the leader in ultrasound training models for more than 20 medical specialties. Blue Phantoms provide users with the highest quality training models for diagnostic imaging training and ultrasound-guided procedures. The broad portfolio of products includes central venous access, ob/gyn, regional anesthesia, lumbar puncture and spinal epidural, scrotal, paracentesis, thoracentesis, and pediatric trainers. Constructed with patented SimulexUS™ tissue, the hands-on training models are highly durable and accurately replicate human tissue imaging characteristics. Utilize your own ultrasound system for simulation and risk-free training.

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Perform basic to complex laparoscopic procedures while developing surgical decision-making skills

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The puncture trainer can be positioned in the upright or lateral decubitus position allowing users to accurately position the model for appropriate training sessions. For lumbar puncture and lumbar epidural procedures the use of external landmarks as the iliac crests can be palpated in the model to initially orient the user to the proper access points.

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Blue Phantom is proud to introduce the World’s first Musculoskeletal Ultrasound Training Model for joint injections of the knee. Constructed utilizing our innovative LifeCast™ modeling approach, the external landmarks were cast from a human knee while the internal anatomy is based on digital human files. This ultra-durable ultrasound simulator incorporates all of the anatomy required to teach, learn and practice the skills associated with MSK joint injections and aspirations of the knee and was designed for both ultrasound guided and blind insertion procedural training. Utilizing advancements in SimulexUS™ technology we are able to accurately replicate the tendons and ligaments of the knee to offer a truly lifelike training environment, and because SimulexUS™ tissue is self-healing, the need to purchase replacement parts is dramatically reduced.

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The care for neonatal patients – newborn babies – requires specially trained health care professionals. Neonatal nurses work with healthy newborn babies, newborns that needs specialized nursing care, and babies that need intensive medical attention at the Neonatal Intensive Care Unit (NICU).

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The world’s most advanced virtual reality neurosurgery simulator

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Using the innovative LifeCast™ modeling approach, the new Pediatric Ultrasound Central Line and Regional Anesthesia Training Model provides the most realistic external landmarks while the internal anatomy is based on digital human files of a 6-year-old child. The model offers anatomically correct brachial plexus and vascular access anatomy of the upper thorax and neck. This next generation ultrasound mannequin contains improved anatomy for nerve blocks including the supraclavicular nerves, interscalene nerves, infraclavicular nerves and enhanced access of the posterior interscalene nerve block approach. The model can be accessed via the internal jugular (IJ), subclavian, infraclavicular and supraclavicular approach as well as the axillary vein.

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This easy to navigate Doppler ultrasound training model can be manually switched to provide pulsed flow or continuous flow in the blood vessels. Users can acquire blood flow profiles using any ultrasound system configured with Doppler ultrasound thus providing users a consistent and repeatable training environment.

The Training model is also ideal for training users in ultrasound guided vascular access procedures. All of the blood vessels contained in the model can be repeatedly cannulated and offers extremely realistic and durable performance.

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