TITAN Simulation Photo Gallery of Medical Simulators and Models.

These are the shape, color, and materials of our teeth for our upcoming modular manikin.

Realistic arm with acute traumatic injuries. Arm bleeds, moves, pulses, and is warm to the touch.

3D Print of pediatric bronchial tree for upcoming modular manikin.

UV activated transparent patient specific heart model that was 3D printed in resin for flow dynamics — Functional Elastomeric Heart (flexible) UV color activated 3D for flow dynamics. connected to pump.

TITAN Simulation modular arm model in comparison with other medical simulators. — TITAN Simulation modular arm model in comparison with competition.

Modular thoracic and trauma simulator with breathing lungs and beating / bleeding heart.

At TITAN, we make our own pigments so our products maintain consistency for reliability and testing.

Digital work. We use numerous software to create digital versions of ALL models, molds and tools.

Partial kidney model for fit, sizing, and perfusion testing in our modular manikin.

Aged and dysfunctional modular teeth for our upcoming modular manikin.

3D print maquette of bronchial tree for respiratory therapy model.

Accuracy is critical, so we cast actual wounds to make our models. This is the resulting simulator.

3D printing of complex structures, like a shoulder, are possible with AI driven support structures.

Surface mapping of colors from actual people help us to have the most realistic skin on the market.

Videos

Impressive detail

The smallest details matter when we are making the best models.

The most advanced equipment!

TITAN Simulation uses the most advanced technology in the world. From materials to machines, we use the best!

Clear and Functional Models

Patient specific heart for visualization of flow dynamics.

Patient Specific Replicas

From MRI and CT scans to digital models, we print, cast, mold, and add sensors to our models to create the best technology.

Clear and Functional Models

Functional Models

Anatomical models that match the constitutive properties of human tissues are critical for emulating physiological function. We make models that change heat, color, and other mechanical and optical properties.