#haptic device

Asia Pacific dominates the Haptics Technology Market:

The Asia Pacific will dominate the Haptics Technology Market during the forecast period. It is expected to reach $27.74 billion at a CAGR of 22.2% by 2023. This is due to the increasing demand for consumer electronics and medical equipment in countries such as China and India. Haptic technology is used for applications such as surgical simulation, medical training, physical rehabilitation, visualization and gaming in the Asia Pacific. In connected car solutions, haptics technology is used for car navigation and can provide touch or force feedback as part of the user interface in vehicles, through the use of vibration motors to improve the usability of vehicles. The large presence of system integrators and OEMs also drive the growth of the Asia Pacific market.

Selected Analysis was done in the Haptics Technology Market Report:

The consumer application segment generated a revenue of $8.47 billion in 2015. It is expected to generate a revenue of $45.16 billion by 2023 at a CAGR of 19.5%. Haptic devices include physical contact between a user and a computer. This contact is done using the input or output part of the devices that sense the body movements. The users get the sensation of touch from a virtual object while handling a joystick, data glove or body suit. Haptic technology is applicable for video games, smartphones, robotics, and other touch-based electronic devices. The integration of haptic technology in games enhances the gaming experience and increases the entertainment level for the players.

Excerpts on Haptics Technology Market Growth Factors:

Haptics technology is used in military simulation, especially in army evaluation.

Enhanced user experience makes haptics technology integrated products personalized.

Haptics technology is applicable in medical imaging.

Collaborative research in developing industrial applications drives the growth of the Haptics Technology Market.

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https://industryarc.com/Report/15411/haptics-technology-market.html

Key players of the Haptics Technology Market:

Texas instruments dominates the Haptics Technology Market, followed by AAC Technology Holdings and Johnson Electric Holdings Limited. Texas Instruments has launched wireless haptic development kit powered by bluetooth that supports easy tactile feedback prototyping in a wide range of applications, thus providing a more engaging user experience. AAC Technology Holdings manufactures diversified motor products for implementing cost-effective Haptics solutions. Johnson Electric Holdings Limited manufactures and distributes motion components for industrial, automotive, and medical.

Haptics Technology Market is segmented as below

Key applications such as computers, video games, personal computers, and mobile devices drive the demand for Haptics Technology Market.

A. Haptics Technology Market By Feedback Type 1. Force Feedback 2. Tactical Feedback

B. Haptics Technology Market By Components 1. Actuators 2. Haptics Drive 3. Microcontroller and 4. Others

C. Haptics Technology Market By Application 1. Consumer 2. Medical 3. Automotive 4. Others D. Haptics Technology Market By Geography (covers 13+ countries) E. Haptics Technology Market Entropy

Companies Citied / Interviewed in Haptics Technology Market:

1. 3D SYSTEMS INC 2. HAPTION S.A. 3. MAXIM INTEGRATED PRODUCTS INC. 4. IMMERSION CORPORATION 5. JOHNSON ELECTRIC HOLDINGS LTD 6. AAC TECHNOLOGIES HOLDINGS INC 7. TEXAS INSTRUMENTS INCORPORATED 8. SHENZHEN O-FILM TECH CO. LTD. 9. SMK CORPORATION 10. PRECISION MICRODRIVES LIMITED 11. TACTUS TECHNOLOGY INC. 12. Company 15+

What can you expect from the report?

The Haptics Technology Market Report is Prepared with the Main Agenda to Cover the following 20 points:

1. Market Size by Product Categories & Application 11. Demand Analysis (Revenue & Volume) 2. Market trends & Relevant Market Data 12. Country-level Analysis 3. Manufacturer Landscape 13. Competitor Analysis 4. Distributor Landscape 14. Market Shares Analysis 5. Pricing Analysis 15. Value Chain Analysis 6. Top 10 End-user Analysis 16. Supply Chain Analysis 7. Product Benchmarking 17. Strategic Analysis 8. Product Developments 18. Current & Future Market Landscape Analysis 9. Mergers & Acquisition Analysis 19. Opportunity Analysis 10. Patent Analysis 20. Revenue and Volume Analysis

Frequently Asked Questions:

Q. Does IndustryARC publish country or application based reports in Haptics Technology segment?

Response: Yes, we do have separate reports as mentioned below: 1. Americas Haptics Technology Market Share(2018-2023) 2. Asia Pacific Haptics Technology Market Growth(2018-2023) 3. Europe Haptics Technology Market Analysis(2018-2023) 4. Consumer Haptics Technology Market Forecast (2018-2023) 5. Medical Haptics Technology Market Insights (2018-2023)

Q. Does IndustryARC provide customized reports and charge additionally for limited customization?

Response: Yes, we can customize the report by extracting data from our database of reports and annual subscription databases. We can provide the following free customization: 1. Increase the level of data in the application or end-user industry. 2. Increase the number of countries in geography chapter. 3. Find out market shares for other smaller companies or companies which are of interest to you. 4. Company profiles can be requested based on your interest. 5. Patent analysis, pricing, product analysis, product benchmarking, value and supply chain analysis can be requested for a country or end-use segment.

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Creative Block

The satisfying click of Lego bricks connecting reveals a genius idea – get the connection between building blocks right and the possibilities are endless. This cube is made of a squashy plastic metamaterial – push it from the top and out pops a smile onto one of its faces (pictured before squashing bottom right). But this secret smile is just a warm up; metamaterials could change lives. Similar cubes can be stacked so that they connect up like cogs in a machine to perform tasks, such as bending in precise directions inside customised prosthetic limbs. Different metamaterials react differently to pressure (or even to light or temperature) opening up a world of possibilities to bioengineers. From customised insoles for athletes to haptic devices that mimic human touch during surgery, the ability to invent (and play with) metamaterials is putting smiles on a lot of different faces.

Written by John Ankers

Image from work by Corentin Coulais and colleagues

Huygens-Kamerlingh Onnes Laboratory, Universiteit Leiden, The Netherlands

Image copyright held by Nature Publishing Group 2016

Published in Nature, July 2016

Building on the work of the Haptic Tabletop Puck, the creative of which two of the paper's authors were members, the HAPTICTOUCH Toolkit was designed to make programming for Haptic devices faster to prototype and more intuitive for the novice by incorporating a graphical user interface and removing the need for large amounts of code. That’s not to say that the toolkit was developed to be a replacement for the current system of code, on the contrary, much like the Arduino project the impetus was to open up the world of producing haptic content for devices such as the Microsoft Surface available to the general population.

Using the Haptic Tabletop Puck (HTP) as a bi-directional haptic device the user is able to feel haptic information presented to them through the puck but crucially is also able to send information back through the puck affecting the image on screen. In the video above this is shown by two users remotely agreeing on a seating plan, taking ownership of a decision to place the table in one area by applying more pressure to the device than their counterpart this has the effect of reducing the chance of a misunderstanding occurring and eliminates the need for verbal clarification. With this in mind the HAPTICTOUCH Toolkit is made up of three layers that the user can program for the Raw Layer, the Behavior Layer and the Graphical Haptic Layer.

One of the things I'd like to have seen more in the paper would have been plain english examples. The paper itself goes into extreme detail on many aspects of the project the different layers could be better described with the use of an example. The Graphical Layer has many everyday uses take for instance the act of buying something online. With the use of haptic buttons and their three different states (inactive, hover and pressed) a user can add something to their cart and proceed to the checkout page but when the Confirm Order button is pressed they can be asked to apply more pressure to this final click to make their purchase eliminating the annoying notice “Are you sure you want to purchase these items” which has become commonplace in the digital age.

  Overall the goals behind the HAPTICTOUCH Toolkit are sound and their testing suggests that people adapt well to making haptic applications with the kit very quickly with little or no experience of the field. However the three examples of users work shown below seem to rely heavily on Haptic information supplementing the Graphical information on screen.

I'd like to see someone use the system to program an application that changes the graphics on screen to complement the haptic feedback coming from the user, this in my opinion could yield some innovative and abstract results.