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Table of Contents
1.EXECUTIVE SUMMARY
2.INTRODUCTION
2.1.What are haptics? 2.2.Two sides to the industry 2.3.Characterisation within this report 2.4.Haptic Technologies: A brief overview 2.5.How the sense of touch works 2.6.The potential value-adds from haptic feedback 2.7.What haptics are actually used for 2.8.Reasons for the difference: Potential vs Actual use 2.9.The incumbent dominates for the foreseeable future 2.10.Emerging haptics: Finding profitable niches
3.HAPTICS TECHNOLOGIES
3.1.Types of Haptics Covered 3.2.Technology Benchmarking for Haptic Feedback 3.3.Technology Readiness and Adoption 3.4.The Incumbent: Eccentric Rotating Mass (ERM) Motor 3.4.1.ERM Structure 3.4.2.Examples of ERM Motor Suppliers 3.4.3.ERM Drivers 3.4.4.SWOT Analysis - ERM Motor Haptics 3.5.The Competitors: LRAs, piezoelectric actuators, display haptics and more 3.5.1.Linear Resonant Actuators (LRAs) 3.5.2.LRA Structure 3.5.3.Apple's Taptic Engine 3.5.4.Examples of Linear Actuator Suppliers 3.5.5.Challenging times for previous leaders 3.5.6.SWOT: Linear Resonant Actuators 3.6.Piezoelectric Actuators 3.6.1.Background and Definitions 3.6.2.Piezoelectric Haptic Actuators 3.6.3.Piezoelectric Actuator Materials 3.6.4.Device Integration 3.6.5.Challenges with integration: Durability 3.6.6.Coupled sensor-actuator systems with piezoelectrics 3.6.7.Value chain for piezoelectric actuators 3.6.8.SWOT: Piezoelectric Ceramics 3.7.Piezoelectric Polymers 3.7.1.Background and Definitions: Piezoelectric constants 3.7.2.Why use a polymer? - Materials Choices 3.7.3.PVDF-based polymer options for haptic actuators 3.7.4.Demonstrator product with polymer haptics3.7.5.SWOT: Piezoelectric polymers 3.8.Electrostatic Friction (ESF) 3.8.1.SWOT: Electrostatic Friction3.9.Ultrasonic Vibration (USV) 3.9.1.SWOT: Ultrasonic Vibration3.10.Bending Wave Haptics 3.10.1.SWOT: Bending Wave 3.11.Other Haptics Types 3.12.Electroactive Polymers (EAPs) 3.12.1.Types of EAP3.12.2.Comparing physical properties of EAPs 3.12.3.Comparing EAPs with Ceramics and SMAs 3.12.4.Dielectric EAPs as haptic actuators 3.12.5.What happened to Artificial Muscle? 3.12.6.SWOT: EAPs - High voltages severely limit applications 3.13.Tactile Shear Feedback 3.13.1.Shear forces for variable friction displays 3.13.2.Microfluidics: Tactus Technology 3.14.Contactless Haptics 3.14.1.Applications and Drivers 3.14.2.Ultrasonic3.14.3.Air Vortex 3.14.4.Technology comparison for contactless haptics 3.14.5.The commercial reality
4.MARKETS
4.1.Consumer Electronics: Mobile Phones 4.2.Gaming 4.3.Consumer Electronics: Tablets 4.4.Consumer Electronics: Wearables 4.5.Consumer Electronics: Others 4.6.Automotive 4.7.Medical 4.8.Home appliance, commercial and other uses
5.MARKET FORECASTS
5.1.Market Forecast: All Haptic Technologies, 2015-2026 5.2.Market Forecast: Emerging Haptics, 2015-2026 5.3.Market Forecast: Actuators only, 2015-2026 5.4.Market Forecast: Drivers only, 2015-20265.5.Market Forecast: Haptics, by application, 2015-2026 5.6.Market Forecast: Haptics in consumer electronics, 2015-20266.THE HAPTICS VALUE CHAIN
7.COMPANY PROFILES
7.1.Aito 7.2.Arkema (Piezotech) 7.3.Artificial Muscle Inc. (part of Parker Hannifin) 7.4.General Vibration7.5.Immersion Corporation 7.6.Novasentis 7.7.Precision Microdrives 7.8.Redux Labs 7.9.Solvay 7.10.Tactus Technologies 7.11.Ultrahaptics Ltd8.BACKGROUND 8.1.AAC Technologies 8.2.Bluecom Co. Ltd. 8.3.Jahwa Electronics 8.4.KOTL - Jinlong Machinery 8.6.Nidec Corporation
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