Search Takeaway: Yu-uki Enzaki, Hiroaki Yano, Yukio Oshiro, Jaejeong Kim, Sangtae Kim, Hiroo Iwata, Nobuhiro Ohkohchi. MR (Mixed Reality) based Haptic Device for Training Simulation of Vein Injection

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MR (Mixed Reality) based Haptic Device for Training Simulation of Vein Injection Yu-uki Enzaki, Hiroaki Yano, Yukio Oshiro, Jaejeong Kim, Sangtae Kim, Hiroo Iwata, Nobuhiro Ohkohchi.

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A large haptic device for simulating maintainability tasks

A large haptic device for simulating maintainability tasks

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A large haptic device in a virtual reality environment

A large haptic device in a virtual reality environment

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LHIfAM - Large Haptic Interface for Aeronautic Maintainability

LHIfAM - Large Haptic Interface for Aeronautic Maintainability

The Applied Mechanics department at CEIT designed and manufactured

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Haptic Device with High Power and Large Workspace (Collaboration in VR)

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Collision Detection for simulating maintainability tasks

Collision Detection for simulating maintainability tasks

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Madera et al, Haptic Device for Ureteroscopy, IEEE Haptics Symposium 2022

Madera et al, Haptic Device for Ureteroscopy, IEEE Haptics Symposium 2022

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Collision Detection for simulating maintainability tasks (2)

Collision Detection for simulating maintainability tasks (2)

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Desktop6D - Haptic device for VR simulation

Desktop6D - Haptic device for VR simulation

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MR (Mixed Reality) based Haptic Device for Training Simulation of Vein Injection

MR (Mixed Reality) based Haptic Device for Training Simulation of Vein Injection

MR (Mixed Reality) based Haptic Device for Training Simulation of Vein Injection

Development of the Haptic Device for a Hepatectomy Simulator

Development of the Haptic Device for a Hepatectomy Simulator

Yu-uki Enzaki, Hiroaki Yano, Yukio Oshiro, Jaejeong Kim, Sangtae Kim, Hiroo Iwata, Nobuhiro Ohkohchi. Presented at ...