Robotic hand with a delicate grip - Empire Robotics at CES 2015

The video discusses a unique gripper technology that uses air pressure and the jamming phase transition to handle delicate objects. This technology is particularly useful in industrial manufacturing for gripping various objects without damaging them. The gripper's development was supported by NSF funding, and it is now being commercialized for industrial applications. The gripper is versatile, allowing for automation of complex gripping tasks, and is expected to become a go-to solution for various industries.

What is a key advantage of the gripper when handling delicate objects?

• It applies a lot of force to secure the object.

• It applies minimal force to avoid damage.

• It uses heat to mold around the object.

• It uses magnets to hold the object.

What scientific principle allows the gripper to change its hardness?

• Thermal expansion

• Jamming phase transition

• Chemical reaction

• Electromagnetic induction

How does the gripper change from a soft to a hard state?

• By adding water

• By adding or removing air

• By heating the material

• By applying electrical current

What was the initial source of funding for the gripper technology company?

• Private investors

• NSF SBIR grant

• Bank loan

• Crowdfunding

What is the potential benefit of using the gripper in automation?

• It is only suitable for large objects.

• It eliminates the need for custom grippers.

• It can handle only one type of object.

• It requires custom grippers for each object.