SYNDAVER PRODUCTS

SynDaver Anatomy Model includes all of the major skeletal, muscular and cartilaginous structures present in typical human anatomy. This is a full sized, head-to-toe anatomical model.

The SynDavers are the most realistic synthetic representation of human anatomy ever produced. This education-grade synthetic human cadaver complete with all bones, joints, muscles, organs and tendons in normal human anatomy. Major nervous system and vascular components are also included.

The SynDaver Patient is the newest addition to our award-winning SynDaver Synthetic Human (SSH) product line. In addition to all of the existing features that have made the Synthetic Human world-famous, the SynDaver Patient also includes an open-source physiology engine that controls all aspects of synthetic biology in addition to body motions. 

The Patient’s autonomic nervous system controls respiration rate, tidal volume, end-tidal CO2, heart rate, heart waveform, arrhythmia, systemic vasoconstriction, system-wide blood volume, body temperature, blink rate and pupil dilation. This means that the body will react to injury and medical intervention exactly as a live human would!

The SynDaver Surgical Model is the most elaborate and sophisticated full-body surgical simulator ever devised, featuring complete and functional musculoskeletal, cardiovascular, respiratory, gastrointestinal, endocrine and nervous systems based on CT, MRI and ultrasound images of actual patients. An exquisite 3D jigsaw puzzle; every muscle, bone, vascular component and organ is removable and replaceable. Made from water, salts and fibers, the individual organ tissues have been designed over the last two decades to mimic to mechanical, dielectric and physico-chemical properties of live tissue. Quite simply, the SSH is the apex of hands-on surgical simulation.

The SSH has been used in a wide variety of procedures including laparoscopic surgery with insufflation, coronary stent placement with fluoroscopy, chest tube placement, cricothyroidotomy, central line placement with ultrasound, septal defect repair, bowel resection, ECMO, tracheotomy infusion port placement, appendectomy, carotid endarterectomy, embolectomy, craniotomy, angioplasty, femoral cutdown with closure device and many more.

The SynDaver Mortuary Model includes many features from our line of synthetic humans with modifications to fit the needs of the field. We are aggressively pursuing means to reduce overall costs for the end-user by focusing our efforts on the aspects most relevant to training in the mortuary science field.

SynDaver Synthetic Canine is a futuristic animal model designed to replace live animals and animal cadavers in veterinary surgical training. Based on 20+ years of SynDaver research, this model is made from water, fiber and salt. She is a life saver, but she is not alive. She breathes and bleeds just like a real dog. She has individual muscles, bones, and organs – and can be operated on repeatedly without risking a live animal.

SynDaver large intestine models are the most realistic synthetic organs of their type available anywhere in the world. The structural design is based on an amalgam of CT and MRI images from actual patients and the synthetic tissues employed in construction have been validated against the mechanical, physicochemical, thermal and dielectric properties of living tissue.

SynDaver stomach models are the most realistic synthetic organs of their type available anywhere in the world. The structural design is based on an amalgam of CT and MRI images from actual patients and the synthetic tissues employed in construction have been validated against the mechanical, physicochemical, thermal and dielectric properties of living tissue.

SynDaver kidney models are the most realistic synthetic organs of their type available anywhere in the world. The structural design is based on an amalgam of CT and MRI images from actual patients and the synthetic tissues employed in construction have been validated against the mechanical, physicochemical, thermal and dielectric properties of living tissue.

ynDaver liver models are by far the most realistic synthetic organs of their type available anywhere in the world. The structural design is based on an amalgam of CT and MRI images from actual patients and the synthetic tissues employed in construction have been validated against the mechanical, physicochemical, thermal and dielectric properties of living tissue.

SynDaver spleen models are the most realistic synthetic organs of their type available anywhere in the world. The structural design is based on an amalgam of CT and MRI images from actual patients and the synthetic tissues employed in construction have been validated against the mechanical, physicochemical, thermal and dielectric properties of living tissue.

SynDaver lung models are the most realistic synthetic organs of their type available anywhere in the world. The structural design is based on an amalgam of CT and MRI images from actual patients and the synthetic tissues employed in construction have been validated against the mechanical, physicochemical, thermal and dielectric properties of living tissue.

SynDaver trachea models are the most realistic synthetic organs of their type available anywhere in the world. The structural design is based on an amalgam of CT and MRI images from actual patients and the synthetic tissues employed in construction have been validated against the mechanical, physicochemical, thermal and dielectric properties of living tissue.

SynDaver Esophagus models are the most realistic synthetic organs of their type available anywhere in the world. The structural design is based on an amalgam of CT and MRI images from actual patients and the synthetic tissues employed in construction have been validated against the mechanical, physicochemical, thermal and dielectric properties of living tissue.

SynAtomy femoral artery segments are designed for use in anastomosis training. Product is supplied as a single segment which may be reused many times. 

This model employs simplified versions of our patented SynTissue brand synthetic human tissues. Designed with extensive input from our medical device, hospital and military clients, these materials exhibit realistic puncture resistance, suture holding, and electrocautery, laser scalpel and plasma knife performance.

Complex brain includes separate cerebral hemispheres, temporal and occipital lobes, limbic system, cerebellum, frontal lobe, corpus striatum, insula, nucleus lentiformis, internal capsule, ventricles and arachnoid membrane. Optional vasculature is patent and plumbed for use in a flow loop.

SynAtomy carotid artery segments are designed for use in anastomosis training. Product is supplied as a single segment which may be reused many times. This model employs simplified versions of our patented SynTissue brand synthetic human tissues. Designed with extensive input from our medical device, hospital and military clients. These materials exhibit realistic puncture resistance, suture holding, and electrocautery, laser scalpel and plasma knife performance.

SynAtomy abdominal aorta segments are designed for use in anastomosis and heart valve implantation training. Product is supplied as a single segment which may be reused many times. This model employs simplified versions of our patented SynTissue brand synthetic human tissues. Designed with extensive input from our medical device, hospital, and military clients, these materials exhibit realistic puncture resistance, suture holding, and electrocautery, laser scalpel and plasma knife performance.

SynAtomy aortic valve is designed for use in heart valve replacement training exercises. The valve design is based on actual CT images to assure anatomical accuracy. Product is supplied as a single unit that may be reused many times. This model employs simplified versions of our patented SynTissue brand synthetic human tissues. Designed with extensive input from our medical device, hospital and military clients, these materials exhibit realistic puncture resistance, suture holding, and electrocautery, laser scalpel and plasma knife performance.

SynAtomy mitral valve is designed for use in heart valve replacement training exercises. The valve design is based on actual CT images to assure anatomical accuracy. Product is supplied as a single unit that may be reused many times. This model employs simplified versions of our patented SynTissue brand synthetic human tissues. Designed with extensive input from our medical device, hospital, and military clients, these materials exhibit realistic puncture resistance, suture holding, and electrocautery, laser scalpel, and plasma knife performance.

ynAtomy student tissue pack provides lifelike medical training material for students who seek to learn new techniques and improve hand-eye coordination associated with phlebotomy, knot tying, intramuscular and intravenous injection, suturing and anastomosis.

SynAtomy student tissue pack provides lifelike medical training material for students who seek to learn new techniques and improve hand-eye coordination associated with phlebotomy, knot tying, intramuscular and intravenous injection, suturing and anastomosis.

SynAtomy basic suturing kit is both an incredible value and a great training platform for students seeking to learn the skills associated with cutting and suturing procedures.

SynAtomy deluxe suturing kit is a great training platform for both advanced students and experienced professionals seeking to hone the skills associated with more advanced suturing and surgical procedures. This complete kit includes a great instruction manual, instrument-quality suturing tools, industry-best SynTissue synthetic human tissues, surgical practice board, and a durable travel case.

SynAtomy knot tying pad is designed to allow users to practice and repeat basic suturing and knot-tying skills. The pads include multiple openings and complex shapes in a variety of sizes. Basic model construction employs a hybrid tissue made from simplified versions of our SynTissue brand synthetic human skeletal muscle and fibrous fascia.

SynAtomy muscular suture pad is designed for practicing subcuticular and subcutaneous suturing, the placement of staples and surgical adhesives, myorrhaphy, and subcutaneous and intramuscular injections.

SynAtomy abdominal suture pad is designed for subcuticular, subcutaneous, muscular and deep fascia suturing, surgical cutdowns, peritoneal stoma repair, the placement of staples and surgical adhesives, and practicing subcutaneous, intramuscular and abdominal injections.

ynAtomy basic suture pad is designed for practicing subcuticular and subcutaneous suturing, the placement of staples and surgical adhesives and subcutaneous injections.

SynAtomy Amniocentesis and Chorionic Villus Sampling Trainer is a realistic medical simulator ideal for teaching techniques associated with ultrasound guided amniocentesis as well as chorionic villus sampling procedures. Each model contains realistic pelvic anatomy including two gravid uteruses with fetus, umbilical cord with fetal and placental cord insertions, placenta and cervix. A uterus insert with a fetus of 16 weeks gestational age is provided for amniocentesis, along with a uterus insert with a fetus of approximately 12 weeks gestational age for chorionic villus sampling.

SynAtomy Craniotomy Trainer is a realistic medical training platform ideal for teaching the techniques associated with cranial access. With this trainer, students will be able to learn and master surgical techniques on biohazard-free material that looks, feels, and behaves like live human tissue. This model includes a realistic calvarium with skin, subcutaneous tissue, dura mater, subarachnoid membrane, pia mater, and gray matter.

SynAtomy Wearable Chest Tube Trainer is a highly lifelike medical training simulator designed to teach users interested in developing skills associated with tube thoracostomy placement. This trainer provides realistic characteristics such as appropriate frictional values (whilst incising the skin and subcutaneous tissue), appropriate puncture resistance (from the intercostal muscle and pleura during tube insertion) and direct simulated feedback from a well protected patient actor.

SynAtomy Breast Phantom is a highly lifelike medical training platform ideal for students and professionals who seek to improve hand-eye coordination and learn new techniques. This simulator accurately emulates the ultrasonic characteristics of tissues found in a typical human breast and allows students to practice procedures such as palpation, mammography and seed implantation.

SynAtomy Arthrocentesis Knee trainer is a high-fidelity synthetic knee ideal for teaching students how to perform or assist in arthrocentesis. Continuous practice on this lifelike simulator will help students build their skills and confidence in a safe and biohazard-free environment.

SynAtomy Lumbar Puncture Trainer is a realistic medical training platform ideal for learning and practicing epidural and lumbar puncture procedures. This trainer provides life-like palpable feedback and supplies CSF fluid. Anatomic features include lumbar vertebrae L4-L6, ligamentum flavum, epidural space, and dura.

SynAtomy Paracentesis Trainer is a lifelike medical training platform designed to teach users techniques associated with ultrasound guided paracentesis procedures. This simulator helps users to effectively learn the skills needed to identify appropriate anatomy and guide needle and catheter insertions by using ultrasound equipment.

SynAtomy Central Line Trainer is a realistic medical training platform designed to help students learn and practice the techniques associated with central venous catheterization. Vascular features include the common carotid artery, the superior vena cava (which transitions directly into the inferior vena cava), and the common, subclavian and jugular veins. The trainer produces realistic imaging under pulse flow Doppler ultrasound due to the imitation of natural blood flow conditions; exhibiting pulsatile blood flow in the arterial vessel and drainage blood flow in the venous vessel.

These tissue sets are used with the Adult Cric Trainer. Each set includes 30 skin replacement tissues and 30 cric membranes.

Our SynAtomy Adult Cric Trainer is the world’s most realistic surgical training platform for cricothyrotomy. In addition, it is compatible with nasogastric intubation and retrograde intubation. This model allows students to practice and repeat technique on a high quality, live-tissue replacement platform in a biohazard-free environment.

SynAtomy Pediatric Airway Mannequin is a realistic medical simulator designed for teaching the skills associated with oral intubation on children. With this trainer, students will be able to learn and master surgical techniques on biohazard-free material that looks, feels and behaves like live human tissue.

SynAtomy Adult Airway Mannequin is a realistic medical training platform ideal for teaching the techniques associated with tracheal intubation. With this trainer, students will be able to learn and master surgical techniques on biohazard-free material that looks, feels and behaves like live human tissue.

SynDaver Anatomy Arm model includes all of the major skeletal, muscular, vascular, nervous and cartilaginous structures between the scapula and the fingers.

Our SynDaver Anatomy Leg model includes all of the major skeletal, muscular and cartilaginous structures between the crown of the hemi-pelvis and the toes.