2280280-1

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2280280-1 is an infantry haptic device based on 3D printing. This device uses flexible piezo sheet combined with temperature sensing element to create a universal sensing solution, which is very suitable for a variety of applications and is mainly used in medical device, robotics, wearable device, consumer product, automotive product and so on.

In terms of working principle, 2280280-1 haptic device consists of two parts: the sensing system and the actuator. The sensing system measures the location, velocity, acceleration and temperature of the user. The actuator then provides the tactile feedback from the haptic feedback system to the user.

The sensor system of 2280280-1 haptic device is a distributed sensing system that consists of flexible piezo-sheet and temperature sensing elements. The piezo-sheet is composed of polyurethane, PVC or PTFE material. It is flexible and can provide accurate sensing for various types of surfaces. The temperature sensing element is made of thermistor which can detect the temperature of the object quickly.

The actuator uses a piezo-magnetic actuator to provide the tactile feedback to the user. It is compact, robust and able to generate a maximum feel of 0.5N force with a speed of 5.1m/s. This makes the device suitable for applications that require high accuracy feedback.

With the above components, the 2280280-1 haptic device is able to provide accurate haptic feedback to the user in various applications such as remote communications, health care, medical devices, gaming, automation, robotics, wearable devices, consumer products, automotive products, etc. This capability of providing precise haptic feedback makes the device a perfect choice for applications that require multiple input/output capabilities and require precise tactile feedback.

In conclusion, 2280280-1 is a versatile haptic device that is suitable for a wide range of applications. Its distributed sensing system can provide accurate feedback to the user and its compact actuator can generate the desired force with great accuracy. This makes the device a great choice for applications that require precision contact feedback.

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