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About haptic technology

Haptics or haptic technology is a tactile feedback technology that uses the sense of touch by applying forces and vibrations motions to a user. Through this technology, end-users are able to perceive touch sensations when using electronic devices. Haptics are enabled by actuators that are embedded in a device, and it makes the user experience more physical and realistic. Haptic feedback for mobile devices is usually acquired through tactile feedback because the outside environment for mobile devices does not have any mechanical constraints. Vibrotactile is the most widely used tactile feedback for mobile devices, but advancement in actuators and controls have resulted in other tactile feedbacks such as pulses and vibrations.

Haptic technology market for mobile devices in the US to grow at a CAGR of 39.1% over the period 2014-2019.

Covered in this report

The report includes the present scenario and the growth prospects of the haptic technology market for mobile devices in the US for the period 2015-2019.

Haptic Technology Market for Mobile Devices in the US 2015-2019, has been prepared based on an in-depth market analysis with inputs from industry experts. The report covers the market landscape and its growth prospects in the coming years. The report includes a discussion of the key vendors operating in this market.

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Key vendor: technology provider

• Immersion

Key vendor: component supplier

• AAC Technologies Holdings
• Alps Electric
• Analog Devices
• Atmel
• Bluecom
• Cypress Semiconductor
• Daesung Group
• Dongwoon Anatech
• Fairchild Semiconductor
• Hokuriku Electric Industry
• Hysonic

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• Imagis
• Jahwa Electronics
• Jinlong Machinery and Electronics
• Johnson Electric Group
• Konghong
• Methode Electronics
• NEC TOKIN
• Nidec Copal Electronics
• RAONTECH
• SEMCO
• SMK
• Texas Instruments
• Visteon
• Yeil Electronics

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New technology is already allowing doctors to see – and even feel – the body through a whole new experience.

The medical imaging industry is now undergoing an entirely new level of potential as virtual reality expands well beyond games and takes its first steps into hospitals as well as medical schools.

This VR technology based experience allows doctors to gain a whole new concept of a patient’s body.

The purpose is to allow doctors to use virtual reality in combination with other more traditional medical tech, such as magnetic resonance imaging (MRI) and ultrasounds, so they can see those images in a three dimensional view, but also interact with those images as though they were really there. By using these viewer devices, in addition to other hardware such as styluses, the doctor will be able to see the image, move it with his or her hand, and even feel resistance through the hardware, as though they were touching the actual organ or other body part that has been scanned.

This virtual reality experience would allow a doctor to look right inside a patient’s brain without cutting into it.

The majority of today’s medical imaging equipment is already capable of producing high quality 3D images. However, surgeons must view those images in a 2D experience as the only place they can display it is on a traditional screen. Even with multiple images, viewed as a series of snapshots of a body part, they are required to create a mental image of the reconstructed body part in their heads.

The investment into 3D imaging has been put off, until now, because many doctors don’t feel that viewing a three dimensional image would provide enough benefit to be worth the expense. Hospitals would be required to demonstrate the ability of the tech to improve the care received by the patient, and then be reimbursed for that tech investment.

That said, with the latest virtual reality technologies, that situation could easily change. This tech can draw data and imagery from several sources in order to create a complete 3D view, with the potential to considerably improve the outcomes of patients.