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Applied Composite Technologies - Prosthetics
Since the invention of high performance carbon fiber foot products in the early 1980's, the growing segment of the non-invasive orthopedic market has seen significant growth. Design Engine was approached by ACT- a market leader in premium prosthetic devices to assist with the industrial design application of their premium prosthetic devices.
Utilizing the dynamic touch-enabled Haptics interface. The design team was able to create complex, organic shapes (the human muscle groups, skins and blood vessels) in a virtual force feedback environment. Design Engine is currently the only design firm in Utah with the capabilities to operate in this organic digital environment.
More Information:
Video: Cranial Implant Designed using Phantom Haptics Interface
Video: Anatomy Sculpting using Phantom Haptics Interface
Video: Dental Framework Created using Phantom Haptics Interface
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Applied Composite Technologies - Prosthetics
Since the invention of high performance carbon fiber foot products in the early 1980's, the growing segment of the non-invasive orthopedic market has seen significant growth. Design Engine was approached by ACT- a market leader in premium prosthetic devices to assist with the industrial design application of their premium prosthetic devices.
Utilizing the dynamic touch-enabled Haptics interface. The design team was able to create complex, organic shapes (the human muscle groups, skins and blood vessels) in a virtual force feedback environment. Design Engine is currently the only design firm in Utah with the capabilities to operate in this organic digital environment.
More Information:
Video: Cranial Implant Designed using Phantom Haptics Interface
Video: Anatomy Sculpting using Phantom Haptics Interface
Video: Dental Framework Created using Phantom Haptics Interface

Applied Composite Technologies - Prosthetics
Since the invention of high performance carbon fiber foot products in the early 1980's, the growing segment of the non-invasive orthopedic market has seen significant growth. Design Engine was approached by ACT- a market leader in premium prosthetic devices to assist with the industrial design application of their premium prosthetic devices.
Utilizing the dynamic touch-enabled Haptics interface. The design team was able to create complex, organic shapes (the human muscle groups, skins and blood vessels) in a virtual force feedback environment. Design Engine is currently the only design firm in Utah with the capabilities to operate in this organic digital environment.
More Information:
Video: Cranial Implant Designed using Phantom Haptics Interface
Video: Anatomy Sculpting using Phantom Haptics Interface
Video: Dental Framework Created using Phantom Haptics Interface

Applied Composite Technologies - Prosthetics
Since the invention of high performance carbon fiber foot products in the early 1980's, the growing segment of the non-invasive orthopedic market has seen significant growth. Design Engine was approached by ACT- a market leader in premium prosthetic devices to assist with the industrial design application of their premium prosthetic devices.
Utilizing the dynamic touch-enabled Haptics interface. The design team was able to create complex, organic shapes (the human muscle groups, skins and blood vessels) in a virtual force feedback environment. Design Engine is currently the only design firm in Utah with the capabilities to operate in this organic digital environment.
More Information:
Video: Cranial Implant Designed using Phantom Haptics Interface
Video: Anatomy Sculpting using Phantom Haptics Interface
Video: Dental Framework Created using Phantom Haptics Interface

Applied Composite Technologies - Prosthetics
Since the invention of high performance carbon fiber foot products in the early 1980's, the growing segment of the non-invasive orthopedic market has seen significant growth. Design Engine was approached by ACT- a market leader in premium prosthetic devices to assist with the industrial design application of their premium prosthetic devices.
Utilizing the dynamic touch-enabled Haptics interface. The design team was able to create complex, organic shapes (the human muscle groups, skins and blood vessels) in a virtual force feedback environment. Design Engine is currently the only design firm in Utah with the capabilities to operate in this organic digital environment.
More Information:
Video: Cranial Implant Designed using Phantom Haptics Interface
Video: Anatomy Sculpting using Phantom Haptics Interface
Video: Dental Framework Created using Phantom Haptics Interface

Applied Composite Technologies - Prosthetics
Since the invention of high performance carbon fiber foot products in the early 1980's, the growing segment of the non-invasive orthopedic market has seen significant growth. Design Engine was approached by ACT- a market leader in premium prosthetic devices to assist with the industrial design application of their premium prosthetic devices.
Utilizing the dynamic touch-enabled Haptics interface. The design team was able to create complex, organic shapes (the human muscle groups, skins and blood vessels) in a virtual force feedback environment. Design Engine is currently the only design firm in Utah with the capabilities to operate in this organic digital environment.
More Information:
Video: Cranial Implant Designed using Phantom Haptics Interface
Video: Anatomy Sculpting using Phantom Haptics Interface
Video: Dental Framework Created using Phantom Haptics Interface

Applied Composite Technologies - Prosthetics
Since the invention of high performance carbon fiber foot products in the early 1980's, the growing segment of the non-invasive orthopedic market has seen significant growth. Design Engine was approached by ACT- a market leader in premium prosthetic devices to assist with the industrial design application of their premium prosthetic devices.
Utilizing the dynamic touch-enabled Haptics interface. The design team was able to create complex, organic shapes (the human muscle groups, skins and blood vessels) in a virtual force feedback environment. Design Engine is currently the only design firm in Utah with the capabilities to operate in this organic digital environment.
More Information:
Video: Cranial Implant Designed using Phantom Haptics Interface
Video: Anatomy Sculpting using Phantom Haptics Interface
Video: Dental Framework Created using Phantom Haptics Interface