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Snapshot
The  global  Winter  Tire  market  will  reach  xxx  Million  USD  in  2018.  The  report  begins  from  overview  of  Industry  Chain  structure,  and  describes  industry  environment,  then  analyses  market  size  and  forecast  of  Winter  Tire  by  product,  region  and  application,  in  addition,  this  report  introduces  market  competition  situation  among  the  companies  and  company  profile,  besides,  market  price  analysis  and  value  chain  features  are  covered  in  this  report.

Product  Type  Coverage  (Market  Size  &  Forecast,  Major  Vendors  of  Product  Type  etc.):
   Studded
   Studless
Vendors  Coverage  (Sales  Revenue,  Price,  Gross  Margin,  Main  Products  etc.):
   Bridgestone
   Michelin
   Continental
   Goodyear
   Nokian  Tyres
   Hankook
   Nizhnekamskshina
   Pirelli
   Cooper  Tire
   Yokohama
   Toyo  Tire
   Kumho  Tire
   JSC  Cordiant
   GITI  Tire
   Triangle
   Apollo
   Cheng  Shin
   Nexen  Tire
Application  Coverage  (Market  Size  &  Forecast,  Different  Demand  Market  by  Region,  Main  Consumer  Profile  etc.):
   Passenger  tires
   Light  truck/SUV  tires
Region  Coverage  (Regional  Output,  Demand  &  Forecast  by  Countries  etc.):
   North  America
   Europe
   Asia-Pacific
   South  America
   Middle  East  &  Africa
Snapshot
The  material,  leather,  also  include  a  wide  range  of  resource.  It  is  made  by  tanning  of  animal  skin  and  rawhide.  Leather  also  has  a  wide  material  resource,  including  cowhide,  buffalo  hide,  hog  skin,  goat  and  sheep  skin,  dear  skin,  and  other  large  amount  origins  of  animal  skins.  The  range  of  synthetic  materials  used  in  the  leather  goods  industry  is  very  wide.  
The  global  Automotive  Interior  Leather  market  will  reach  xxx  Million  USD  in  2018  and  CAGR  xx%  2018-2023.  The  report  begins  from  overview  of  Industry  Chain  structure,  and  describes  industry  environment,  then  analyses  market  size  and  forecast  of  Automotive  Interior  Leather  by  product,  region  and  application,  in  addition,  this  report  introduces  market  competition  situation  among  the  vendors  and  company  profile,  besides,  market  price  analysis  and  value  chain  features  are  covered  in  this  report.

Product  Type  Coverage  (Market  Size  &  Forecast,  Major  Company  of  Product  Type  etc.):
               Genuine  Leather
               Synthetic  Leather
Company  Coverage  (Sales  Revenue,  Price,  Gross  Margin,  Main  Products  etc.):
               Eagle  Ottawa
               GST  AutoLeather
               Bader  GmbH
               Boxmark
               Kyowa  Leather  Cloth
               Exco  Technologies
               Wollsdorf
               JBS
               Mingxin  Leather
               Scottish  Leather  Group
               Couro  Azul
               D.K  Leather  Corporation
               Elmo  Sweden  AB
               Conneaut  Leather  Inc
               Dani  S.p.A.

Application  Coverage  (Market  Size  &  Forecast,  Different  Demand  Market  by  Region,  Main  Consumer  Profile  etc.):
               Headliners
               Seats
               Door  Trims
               Consoles
               Others
Region  Coverage  (Regional  Production,  Demand  &  Forecast  by  Countries  etc.):
               North  America  (U.S.,  Canada,  Mexico)
               Europe  (Germany,  U.K.,  France,  Italy,  Russia,  Spain  etc.)
               Asia-Pacific  (China,  India,  Japan,  Southeast  Asia  etc.)
               South  America  (Brazil,  Argentina  etc.)
               Middle  East  &  Africa  (Saudi  Arabia,  South  Africa  etc.)
Snapshot
Train  Seat  is  used  in  ordinary  and  high-speed  trains,  we  just  statistic  seats  used  in  trains,  excluding  used  in  subway  or  passenger  cars  etc.

The  global  Train  Seat  market  will  reach  xxx  Million  USD  in  2018  and  CAGR  xx%  2018-2023.  The  report  begins  from  overview  of  Industry  Chain  structure,  and  describes  industry  environment,  then  analyses  market  size  and  forecast  of  Train  Seat  by  product,  region  and  application,  in  addition,  this  report  introduces  market  competition  situation  among  the  vendors  and  company  profile,  besides,  market  price  analysis  and  value  chain  features  are  covered  in  this  report.

Product  Type  Coverage  (Market  Size  &  Forecast,  Major  Company  of  Product  Type  etc.):
               Regular  Seat
               Recliner  Seat
               Folding  Seat
       Others
Company  Coverage  (Sales  Revenue,  Price,  Gross  Margin,  Main  Products  etc.):
               Kiel  Group
               Compin-Fainsa
               Grammer
               Fenix  Group
               Saira  Seats
               FISA  srl
               Borcade
               Lazzerini  Srl
               Kustom  Seating  Unlimited
               Transcal
               McConnell  Seat
               Delta  Furniture
               USSC  Group
               Shanghai  Tanda
               GINYO  Transport
               KTK  Group
               Ultimate
               Jia  Yi  Seating
Application  Coverage  (Market  Size  &  Forecast,  Different  Demand  Market  by  Region,  Main  Consumer  Profile  etc.):
               Normal  Train
               High-Speed  Train
Region  Coverage  (Regional  Production,  Demand  &  Forecast  by  Countries  etc.):
               North  America  (U.S.,  Canada,  Mexico)
               Europe  (Germany,  U.K.,  France,  Italy,  Russia,  Spain  etc.)
               Asia-Pacific  (China,  India,  Japan,  Southeast  Asia  etc.)
               South  America  (Brazil,  Argentina  etc.)
               Middle  East  &  Africa  (Saudi  Arabia,  South  Africa  etc.)
Snapshot
UTV,  namely  Utility  Terrain  Vehicle,  is  defined  as  a  vehicle:Designed  for  operation  off  of  the  highway  Suspended  on  four  or  more  low  pressure  or  non-pneumatic  tires  Has  a  steering  wheel  for  steering  control  Have  one  seat  to  accommodate  a  driver  and  one  or  more  passenger  sitting
The  global  UTV  (Utility  Terrain  Vehicle)  market  will  reach  xxx  Million  USD  in  2018  and  CAGR  xx%  2018-2023.  The  report  begins  from  overview  of  Industry  Chain  structure,  and  describes  industry  environment,  then  analyses  market  size  and  forecast  of  UTV  (Utility  Terrain  Vehicle)  by  product,  region  and  application,  in  addition,  this  report  introduces  market  competition  situation  among  the  vendors  and  company  profile,  besides,  market  price  analysis  and  value  chain  features  are  covered  in  this  report.

Product  Type  Coverage  (Market  Size  &  Forecast,  Major  Company  of  Product  Type  etc.):
               Displacement  (CC):  =  400
               Displacement  (CC):  400-800
               Displacement  (CC):  =  800
Company  Coverage  (Sales  Revenue,  Price,  Gross  Margin,  Main  Products  etc.):
               Polaris
               Kawasaki
               John  Deere
               Yamaha
               Kubota
               HSUN  Motor
               Arctic  Cat
               Honda
               BRP
               Linhai  Group
               KYMCO
               CFMOTO
Application  Coverage  (Market  Size  &  Forecast,  Different  Demand  Market  by  Region,  Main  Consumer  Profile  etc.):
               Work  UTV
               Sport  UTV
               Others
Region  Coverage  (Regional  Production,  Demand  &  Forecast  by  Countries  etc.):
               North  America  (U.S.,  Canada,  Mexico)
               Europe  (Germany,  U.K.,  France,  Italy,  Russia,  Spain  etc.)
               Asia-Pacific  (China,  India,  Japan,  Southeast  Asia  etc.)
               South  America  (Brazil,  Argentina  etc.)
               Middle  East  &  Africa  (Saudi  Arabia,  South  Africa  etc.)
Snapshot
Windshield  Wiper  Blades  is  a  device  used  to  keep  the  window  clean,  moving  back  and  forth  across  the  windshield  countless  times  as  they  sweep  the  water  away.  A  Windshield  Wiper  Blades  mainly  consists  of  a  pivot  socket,  two  end  ferrules,  a  spring  steel  sheet  and  a  rubber  strip.  The  spring  sheet  steel  in  Windshield  Wiper  Blades  dispersive  pressure  to  the  whole  and  make  all  parts  of  the  Windshield  Wiper  Blades  bear  averaged  force,  removing  the  rain  mark  and  scratch  on  the  windscreen.  The  Windshield  Wiper  Blades  can  last  longer,  coupled  with  uniform  force,  anti-sun,  simple  structure  and  lighter  weight  features.

The  global  Windshield  Wiper  Blades  market  will  reach  xxx  Million  USD  in  2018  and  CAGR  xx%  2018-2023.  The  report  begins  from  overview  of  Industry  Chain  structure,  and  describes  industry  environment,  then  analyses  market  size  and  forecast  of  Windshield  Wiper  Blades  by  product,  region  and  application,  in  addition,  this  report  introduces  market  competition  situation  among  the  vendors  and  company  profile,  besides,  market  price  analysis  and  value  chain  features  are  covered  in  this  report.

Product  Type  Coverage  (Market  Size  &  Forecast,  Major  Company  of  Product  Type  etc.):
               Bone  wiper
               Boneless  wiper
Company  Coverage  (Sales  Revenue,  Price,  Gross  Margin,  Main  Products  etc.):
               Bosch
               Valeo
               Federal-Mogul
               Denso
               Trico
               Mitsuba
               Gates
               HELLA
               ITW
               DOGA
               CAP
               ICHIKOH
               KCW
               Lukasi
               AIDO
               Guoyu
               METO
               Sandolly
               Bosson
Application  Coverage  (Market  Size  &  Forecast,  Different  Demand  Market  by  Region,  Main  Consumer  Profile  etc.):
               OEMs  Market
               Aftermarket
Region  Coverage  (Regional  Production,  Demand  &  Forecast  by  Countries  etc.):
               North  America  (U.S.,  Canada,  Mexico)
               Europe  (Germany,  U.K.,  France,  Italy,  Russia,  Spain  etc.)
               Asia-Pacific  (China,  India,  Japan,  Southeast  Asia  etc.)
               South  America  (Brazil,  Argentina  etc.)
               Middle  East  &  Africa  (Saudi  Arabia,  South  Africa  etc.)
Summary
The  global  Traffic  Signs  market  will  reach  xxx  Million  USD  in  2018  and  CAGR  xx%  2018-2023.  The  report  begins  from  overview  of  Industry  Chain  structure,  and  describes  industry  environment,  then  analyses  market  size  and  forecast  of  Traffic  Signs  by  product,  region  and  application,  in  addition,  this  report  introduces  market  competition  situation  among  the  vendors  and  company  profile,  besides,  market  price  analysis  and  value  chain  features  are  covered  in  this  report.

Product  Type  Coverage  (Market  Size  &  Forecast,  Major  Company  of  Product  Type  etc.):
               Above  2  Sqm
               Between  1-2  Sqm
               Below  1  Sqm
Company  Coverage  (Sales  Revenue,  Price,  Gross  Margin,  Main  Products  etc.):
               USA  Traffic  Signs
               Swarco  Traffic
               Novelis
               McCain
               3M
               Lacroix  Group
               Traffic  Signs  NZ
               Rennicks
               Traffic  Tech
               William  Smith
               RAI  Products
               Segnaletica
               Elderlee
               Traffic  Signs  &  Safety
               Lyle  Signs
               Feiyao  Jiao  Tong
               Haowei  Traffic
               Schwab  Label  Factory
               Shanghai  Luhao
               Changeda  Traffic
Application  Coverage  (Market  Size  &  Forecast,  Different  Demand  Market  by  Region,  Main  Consumer  Profile  etc.):
               Guide  &  Direction  Signs
               Warning  Signs
               Regulatory  Signs
               Others
Region  Coverage  (Regional  Output,  Demand  &  Forecast  by  Countries  etc.):
               North  America  (U.S.,  Canada,  Mexico)
               Europe  (Germany,  U.K.,  France,  Italy,  Russia,  Spain  etc.)
               Asia-Pacific  (China,  India,  Japan,  Southeast  Asia  etc.)
               South  America  (Brazil,  Argentina  etc.)
               Middle  East  &  Africa  (Saudi  Arabia,  South  Africa  etc.)

The global Traffic Signs market will reach xxx Million USD in 2018 and CAGR xx% 2018-2023. The report begins from overview of Industry Chain structure, and describes industry environment, then analyses market size and forecast of Traffic Signs by product, region and application, in addition, this report introduces market competition situation among the vendors and company profile, besides, market price analysis and value chain features are covered in this report.

Product Type Coverage (Market Size & Forecast, Major Company of Product Type etc.):
        Above 2 Sqm
        Between 1-2 Sqm
        Below 1 Sqm

Company Coverage (Sales Revenue, Price, Gross Margin, Main Products etc.):
        USA Traffic Signs
        Swarco Traffic
        Novelis
        McCain
        3M
        Lacroix Group
        Traffic Signs NZ
        Rennicks
        Traffic Tech
        William Smith
        RAI Products
        Segnaletica
        Elderlee
        Traffic Signs & Safety
        Lyle Signs
        Feiyao Jiao Tong
        Haowei Traffic
        Schwab Label Factory
        Shanghai Luhao
        Changeda Traffic

Application Coverage (Market Size & Forecast, Different Demand Market by Region, Main Consumer Profile etc.):
        Guide & Direction Signs
        Warning Signs
        Regulatory Signs
        Others

Region Coverage (Regional Output, Demand & Forecast by Countries etc.):
        North America (U.S., Canada, Mexico)
        Europe (Germany, U.K., France, Italy, Russia, Spain etc.)
        Asia-Pacific (China, India, Japan, Southeast Asia etc.)
        South America (Brazil, Argentina etc.)
        Middle East & Africa (Saudi Arabia, South Africa etc.)

Computerized Guided Vehicles are utilized to reliably and typically transport heaps of material to spots that may somehow or another be adjusted by fork lift trucks, transports, or manual truck transport. They are regularly utilized where high volumes of redundant developments of material are required, yet where almost no human basic leadership expertise is required to play out the development. They are particularly valuable in serving forms where change is contact, and hindrances -, for example, transports - are undesirable. An AGV can likewise be known as a laser guided vehicle (LGV). AGCs are accessible in an assortment of models and can be utilized to move items on a mechanical production system, transport merchandise all through a plant or distribution center, and convey loads.

Growing need for workplace safety and high costs of labor are the major driving factor for automated guided vehicle market. Increased efficiency of the end-user industries, the rise in the interest in mechanization and replacement of the conventional batteries with Lithium-Ion based batteries also fuels the market growth for automated guided vehicle. However, huge capital investments and large switching costs are major restraining factors for the growth of automated guided vehicle market.

The automated guided vehicle (AGV) market can be segmented on the type, navigation technology, battery type, industry, application, and region. By type, the global automated guided vehicle market can be segmented into unit load carrier, assembly line vehicle, tow vehicle, pallet truck and others. Optical tape guidance, magnetic guidance, laser guidance, inductive guidance and others are the various navigation technologies of automated guided vehicle market. Based on battery type the market is segmented as lithium-ion, lead, nickel-based, and others. By Industry, the market is segmented as aerospace, automotive, logistics, manufacturing, food & beverages, retail, healthcare, and others. The various applications of automated guided vehicle market include packaging, storage, transportation, distribution, and others.

On the basis of region, the global automated guided vehicle market can be segmented into North America, Latin America, Europe, Middle East & Africa and Asia Pacific. Europe was the highest revenue contributor for automated guided vehicle market, whereas Asia-Pacific is projected to register the highest growth rate during the forecast period. This growth is attributed owing to the fact that manufacturers are expanding their production facilities in the region.

Key players involved in the global automated guided vehicle market are focusing on key market strategies including mergers and acquisitions with local as well as established players. Moreover, companies are also focusing on collaborating with local players to increase their reach across all geographies and earn huge profits. Partnership with multinational companies to strengthen their market reach and goodwill is also anticipated to be a major market strategy in the global automated guided vehicle market. Some of the major players involved in the manufacture and supply of automated guided vehicle type include Kollmorgen, E&K Automation GmbH, Daifuku Co., Ltd., JBT Corporation, KION Group, KUKA AG, Toyota Industrial Corporation, Hyster-Yale Materials Handling, Inc., Seegrid Corporation, and SSI Schaefer AG, Egemin International NV, and Dematic GmbH & Co. Ltd. among others.

The global automotive interior materials market is expected to garner large market revenue over the forecast period owing to rise in automotive demand in Asia-Pacific and North American regional market. An increase in disposable income along with diminishing transportation cost as well as availability of abundant raw material has further propelled the market growth.

The OEM’s are focusing on fine as well as lightweight interior materials owing to rising demand for premium aesthetics as well as fuel-efficient vehicles. The increasing consumer preference towards luxury vehicles and rising concentration on automotive interior components has compelled OEMs to concentrate on quality of materials utilized in vehicles.

The rise in concern towards waste disposal during the process of leather manufacturing coupled with rising leather prices owing to tight supply is anticipated to hinder the demand. The restrictions of government on materials such as PVC leather are also expected to control the market growth.

Depending on materials, the global automotive interior materials market can be classified as synthetic leather, PU leather, fabric, genuine leather, PVC leather, and thermoplastic polymers. The synthetic leather market segment commands the major market share of the automotive interior materials market in terms of revenue.

The Asia-Pacific regional market is the largest consumer of synthetic leather and is anticipated to grow at an impressive growth rate of over 10% during the forecast period. The Mexican market is anticipated to be the swiftest growing synthetic leather market and is forecasted to grow at a significant growth rate of over 18% during the future years.

Among different market segments, the PU leather market is anticipated to be the swiftest growing segment over the future period and is projected to register swift growth rate of over 10% during forecast period. Over the past, superior quality coupled with low maintenance cost has led to rise in PU leather demand over the past years and the trend is anticipated to continue over the future years.

The Asia-Pacific regional market is the largest market and commands over 40% of the total share. The APAC regional market is projected to rise owing to rise in automotive demand in emerging countries such as China and India. The regional market, China is the biggest interior materials consumer in Asia-Pacific and is estimated to retain its place over the future period.

Factors such as swift growth of automotive industry, soaring economic growth, and cost competitiveness are estimated to positively impact interior materials manufacturers in APAC countries. The rising government support in terms of subsidies and other regulations has fascinated various automotive OEMs to settle their plants in this region.

Also, the rising integration of green technology as well as nanotechnology in automotive leather and fabrics manufacturing is likely to offer varied opportunities for the market players. The usage of green chemistry for leather manufacturing, environment-friendly materials as well as proper waste disposal methods can boost profitability and help to gain competitive advantage.

Strict regulations pertaining to leather production are anticipated to hamper the market growth over the future years. The rise in costs of raw material is expected to dampen the profitability as well as sustainability of the manufacturers. The rise in production cost is directly transferred to the overall cost of vehicle production.

At every stage of production process, regulatory framework is implemented and value chain is anticipated to raise the overall production cost and dampen overall profitability. The integration of nanotechnology for the development of new lightweight materials is anticipated to give rise to new opportunities along with competitive advantage leading to increased fuel efficiency.

The major players operating in the market include Katzkin Leather Interiors Inc. ,Borgers A.G., Faurecia S.A, BASF S.E., Johnson Controls Inc., Dow Chemical Company, International Textile Group Inc., Lear Corporation,  E. I. DU Pont DE Nemours, DK Leather Corporation Berhad, Eagle Ottawa, LLC, and Sage Automotive Interiors Inc. along with few others.

Avionics, or aviation electronics, is a general word used for all types of electrical equipment utilized in missiles, aircraft as well as spacecraft. Avionics includes components that are directly used by the pilot such as radio communication, navigation and weather radar equipment. Additionally, avionics also consist of other electronic systems that not directly utilized by the pilot that control as well as monitor flight and performance of engine.

The term avionics includes the electronic systems that are utilized in aircraft, artificial satellites, and spacecraft. The various avionic systems include communications, the display, navigation and management of multiple systems, along with several of the systems that are fixed to aircraft to conduct individual functions. These functions can either be simple or complicated such as a searchlight for a police helicopter or the tactical system for an airborne early warning platform. The term avionics is a combination of both the words aviation as well as electronics.

The global avionics market is expected to soar high in the forecast period. Factors such as rise in the number of aircraft deliveries, increased military aircraft spending by emerging countries, and the recent trend of airspace modernization are propelling the growth of this market. Also, high requirement of real-time flight plan information sharing, rising demand for UAVs for commercial applications, technological advancements of drone payloads are further fuelling the global avionics market growth.

The global avionics market can be classified based on sub-system, fit, platform and region. On the basis of sub-system, the global avionics market is classified into CNS, FCS, FMS, and IFE, military & tactical system, monitoring/glass cockpit system, and electrical & emergency system. Depending upon fit, it is segmented into line-fit and retrofit market. According to platform, the global avionics market is divided into commercial, defense and UAV.

Among the market segments, the FCS segment is expected to command a large share of the avionics market during the future years owing to the rise in requirement of real-time flight plan information sharing. Based on fit, the line-fit market segment of the avionics market is anticipated to command the largest share and grow at the swiftest rate during the future years. The defense market segment is holding the major share of the avionics market and is expected to grow at fast rate over the future period.

Based on regions, the global avionics market is divided into North America, Europe, Asia-Pacific (APAC), Middle East & Africa (MEA), and Latin America. The North American region is anticipated to command the maximum market share and would lead the avionics market during the forecast period. This is due to the massive investments by OEM’s as well as component manufactures in research and development of advanced avionics systems. The major companies that provide avionics include Honeywell International Inc, United Technologies Corporation, Thales Group, Rockwell Collins, Inc., Thales Group and Cobham Plc. 

An attitude and heading reference system (AHRS) comprises of sensors placed on three axes that offer attitude information for aircraft that includes roll, pitch and yaw. These sensors are at times called as MARG (Magnetic, Angular Rate, and Gravity) sensors and comprise of either accelerometers, solid-state/microelectromechanical systems (MEMS) gyroscopes, and magnetometers. They are planned to exchange conventional mechanical gyroscopic flight instruments. The main difference between an inertial measurement unit (IMU) and an AHRS is the accumulation of an on-board processing system in an AHRS that offers attitude as well as heading information against an IMU which only delivers sensor data to an additional device that work out attitude and heading. Additionally, an AHRS may also be a part of an inertial navigation system.

A type of non-linear estimation such as an Extended Kalman filter is usually used to calculate the solution from these numerous sources. The AHRS system has proven itself to be highly reliable and is widely used in commercial as well as business aircraft. These AHRS systems are combined with electronic flight instrument systems (EFIS) in the glass cockpits, in order to customize the primary flight display. AHRS can be integrated with air data computers in order to form an "air data, attitude and heading reference system" (ADAHRS), which offers further information such as airspeed, altitude and outside air temperature.

The global attitude and heading reference system market can be classified based on type, component, end user, and region. By type, the global market is classified into air data attitude and heading reference systems (ADAHRS), conventional attitude and heading reference systems (AHRS), and GPS-aided attitude and heading reference systems. Depending upon component, it is segmented into inertial sensing unit, magnetic sensing unit, digital processing unit. As per end user, it is divided into commercial aviation, military aviation, marine and unmanned vehicle.

The global attitude and heading reference system market is expected to earn massively in the forecast period. Factors such as high penetration of conventional AHRS in aircraft and ships, increase in air-travel, increase in disposable incomes, and significant growth in international tourism are expected to fuel the growth of this market in future.

Based on regions, the global attitude and heading reference system market is divided into North America, Europe, Asia-Pacific (APAC), Middle East & Africa (MEA), and Latin America. The North American region is anticipated to command the maximum market share and would lead the 3D animation market during the forecast period. The region being one among the sustainable and well-established economies comprises of the potential to robustly invest in various research and development activities, thus leading to the development of AHRS systems. Also, the presence of major aircraft and UAV manufacturers including Lockheed Martin (U.S.), Bell Helicopter (U.S.), Boeing (U.S.), Bombardier (Canada), and Sikorsky Aircraft (U.S.) propels the growth of this market in North America region.

The major companies that provide attitude and heading reference system include iXBLUE, Sparton Navigation and Exploration, LLC, Honeywell International, Inc. , Rockwell Collins, Inc. , Northrop Grumman, Meggitt Plc, Safran S.A., VectorNav Technologies, LLC, Lord MicroStrain, Inc. , Moog, Inc. and MEMSIC, Inc. among others.

The bearings fitted in aircraft and aerospace systems that includes military, commercial, private, or space applications are referred to as aerospace bearings. The materials used in aerospace bearings include the corrosion resistant AMS5930, silicon nitride (ceramic), M50 tool steel (AMS6491), 440C stainless steel, carbon chrome steel (AMS6444), and titanium carbide-coated 440C. However, material specification, non-destructive testing and to the traceability of the bearing are paid special attention. The traceability of the bearing includes documents that help an engineer to trace a bearing, back to its manufacturing batch as well as material supply.

The global aerospace bearings market can be classified based on type, material, application, aircraft type and region. By type, the global market is classified into roller, ball, and others. Depending upon material, it is segmented into stainless steel, fiber-reinforced composites, metal-backed, engineered plastics, aluminum alloys, and others. As per application, the global aerospace bearings market is divided into landing gear, engine, flight control system, aero structure, and others. Based on aircraft type, the global market is divided into wide body aircraft, narrow body aircraft, regional transport aircraft, business jet, very large aircraft, fighter jet, helicopter, and others.

Among the market segments, the roller segment is expected to grow at a swift rate during the forecast period because of the usage of roller bearings in majority of parts of an aircraft, which will be flanked by rise in demand for aircraft in the future. Among material, the fiber-reinforced composites segment is anticipated to grow at the highest rate as fiber-reinforced composites have greater self-lubricating and load carrying capacity leading to an increased reliability of bearings under harsh conditions.

The global aerospace bearings market is expected to garner maximum revenue in the forecast period. Factors such as rise in the number of aircraft deliveries and up gradation of aircraft to lessen operating cost, high demand for aerospace bearings from commercial as well as defense aviation sectors, technological innovations leading to demand for high performance aerospace bearings are expected to fuel the growth of aerospace bearings market. However, backlogs in current aircraft orders will hamper the growth of aerospace bearings market.

Based on regions, the global aerospace bearings market is divided into North America, Europe, Asia-Pacific (APAC), Middle East & Africa (MEA), and Latin America. The North American region is anticipated to command the maximum market share and would lead the aerospace bearings market during the forecast period. Due to the rise in number of aircraft deliveries and modernization of aircraft, this region is sturdily investing in this market.

The Asia-Pacific region is expected to witness the swiftest growth in the aerospace bearings market. Factors such as increasing air passenger traffic in emerging economies is propelling the growth of this market. Also, various aircraft manufacturers in countries such as China, Russia, and Japan are establishing their presence in the global market with modernized and high-tech aircraft, thereby propelling the growth of aerospace bearings market in the region. The major companies that provide aerospace bearings include SKF Group, The Timken Company, GGB Bearings Technology, JTEKT Corporation and RBC Bearings Inc. among others.

A increased importance is being attached to the use of clean as well as renewable energy sources such as geothermal energy, specially in the developed countries such as the Americas and Europe and thereby major environmental regulations are being imposed by numerous regulatory bodies such as the USEPA,. The demand for generation of geothermal power across the world is being fuelled by the rising depletion of fossil fuel resources especially coal. The major countries involved in the generation of geothermal power generation include the U.S., Indonesia, and Mexico. The advent of geothermal technology for clean energy will enhance the usage of steam traps as they help to save energy efficiently.

Owing to the enhanced demand for abridged energy costs and reliable productivity, it has become vital to have a active steam trap station management program, integrated with the overall steam system management program. It is a mandate established by almost every plant operation that a steam trap station should operate reliably for around six years. This program helps in documentation of each fault identification that will help in measuring the corresponding energy loss as well as measure the impact of emission for the faulty steam valves present in the station.

The steam trap market is segmented by product, application, body material end-user and regions. Based on the product, the global steam trap market is divided into mechanical, thermodynamic, and thermostatic. By application, the steam trap market is divided into drip application, process application, tracing application. Depending upon body material, the global market is segmented into steel, and iron. Based on end-user, the global market is divided into chemicals, energy and power, food & beverages, oil & gas, pharmaceuticals, and others.

Based on regions, the global steam trap market is segmented into North America, Europe, Asia Pacific, Middle East & Africa (MEA), and Latin America. The Asia-Pacific region was the largest market in the global steam trap market in 2015 and is anticipated to endure its dominance in the market during the forecast. The factors responsible for this region’s growth are gushing refinery activities and increasing demand for thermal power. The extraordinary requirement for gasoline across different end-users sectors and growth of electricity consumption will fuel the growth opportunities for the steam trap manufacturers in the forthcoming years.

The global steam trap market is highly fragmented, owing to the presence of large international players as well as regional players that are mainly based in South and Southeast Asian countries. The minor players in the market pose an intense challenge to the international vendors in terms of functionalities, product features, and services, which they provide at a cheaper rate than the global counterparts. The competition in this market sector is expected to deepen during the future years owing to the introduction of products loaded with new features and technologies.

The major companies present in steam trap market include Flowserve Corporation, CIRCOR International, Inc., Thermax Limited, Pentair plc, Velan Inc. Schlumberger N.V., Emerson Electric Co., Spirax-Sarco Engineering plc, The Weir Group PLC, and Watts Water Technologies, Inc. among others.

Connectors can be defined as an electrical connector that consists of multi pin interconnects coupled with cylindrical contact housings as well as circular contact interface geometries. Circular connectors are chosen for ease of engagement as well as disengagement, ease of environmental sealing, rugged mechanical performance, ability of connectors to appropriately house various types of contacts, and their ability of allowing varied range of contact voltages currents, and. The MIL-DTL-5015 and MIL-DTL-38999 are the most widely specified types of connectors in military, aerospace, and other applications. However, the major disadvantage of the circular design is loss of panel space that occurs when utilized in arrays.

The global aviation connectors market can be classified based on end-user, shape, application, type, platform, and region. On the basis of end-user, the global aviation connectors market is divided into commercial, business jets, military, and others. Based on shape, the global market is subdivided into circular, and rectangular. Depending upon application, the global aviation connectors market can be divided into landing gear, engine control system, avionics, cabin equipment, and others. By type, the global aviation connectors market can be divided into PCB, high power, high speed, RF connectors, and fiber optics. Based on platform, the global market can be divided into fixed wing, and rotary wing.

The global aviation connectors market is expected to attain major market growth in the forecast period. Factors such as rise in the orders of aircraft and deliveries across the world, need for modern avionic systems, rise in flight safety, and diminishing operational & maintenance cost are propelling the growth of aviation connectors market. Depending upon application, the aviation connectors market has been sub-divided into avionics, landing gear, cabin equipment, in-flight entertainment, and others. The avionics segment is expected to command the maximum share during the forecast period. The major growth promoting factors include rise in aircraft orders and deliveries, need for modern avionic systems. high concerns over safety of flight, and diminishing operational & maintenance cost have resulted in the need for modern aviation connectors.

Depending on type, the fiber optic market segment is estimated to garner largest market share The increased procurement of fiber optics in order to provide for the high demand for high-speed data transmission and rise in usage of novel telecommunication technologies such as FTTx applications are fueling the growth of fiber optic market segment. On the basis of shape, the circular connectors segment is estimated to register high growth owing to the high demand for connectors from computers, communications, and consumer electronics in the aviation sector, and rise in demand for advanced features as well as convenience.

Based on regions, the global aviation connectors market is divided into North America, Europe, Asia-Pacific (APAC), Middle East & Africa (MEA), and Latin America. The Asia-Pacific aviation connectors market is expected to grow at a swift rate during the forecast period. The major companies that provide aviation connectors include TE Connectivity, Amphenol Corporation, Carlisle Group and Bel Fuse Inc. among others.

The global automated test equipment (ATE) is expected to reach USD 4.3 Billion by 2022. The equipment is utilized for testing the semiconductor chips. Increasing demand in computing, consumer and communication industry is expected to drive the market. Furthermore, growing demand and need for efficiency in various end-user segments which include healthcare, consumer electronics, communication, automotive, and defense is anticipated to upsurge the industry growth over the forecast period.

Continuous developments in software, computing and instrumentation technology are anticipated to fuel the innovation and growth in the industry. Increasing demand for consumer electronics and growing adoption of System-on-chip is projected to enhance the market growth over the forecast period. Growing device integration with rising consumer demand for additional features has led to an increase in the number of RF ports.

Additionally, growing expansion of wireless networks and developments in semiconductor manufacturing processes in the emerging countries are anticipated to witness enormous growth in the industry. Increasing miniaturization of devices with numerous features such as high resolution, superior quality cameras, touch screen display across various application areas which include telecommunication, IT and defense has positively influenced the ATE market.

The ATE market is categorized based on the product and application. Based on the products, the market is segregated into memory, non-memory and discrete ATE. The non-memory ATE is estimated to contribute significantly with the market share of over 60% in 2016. Enduring innovations in autonomous vehicles and IoT devices in aerospace and defense sector have significantly changed the dynamics of the industry.

The application segment of the ATE market include automotive, defense, consumer electronics, IT & telecommunication and others. The IT & telecommunication application is projected to acquire the major share of the market. It enables the service providers to augment the network with new telecom equipment manufacturers ensuring the consistent quality of the products.

The growth of the automotive sector can be accredited to the extensive application of semiconductor devices across the automotive electronics such as vehicle infotainment systems, Advanced Driving Assistance System (ADAS). Furthermore, increasing unit production, performance and complexity level of the devices in various electronic products has led to the emergence of growth in semiconductor device technology.

Few other factors driving the market include increased applications of consumer goods, reduced manufacturing time, and increased throughput. Furthermore, commercialization of the IoT and advancements in the automotive sector will also provide enormous opportunities to the market. The fluctuations in semiconductor demand have created a supply demand gap which has caused the revenue generation unpredictable and has impacted the market profitability.

Asia Pacific region is likely to dominate the market in 2016 and is expected to acquire the key share over the forecast period owing to the presence of semiconductor industries. Rapid technological advancements with gradually changing customer needs have led to the positive impact to the market. Presence of major electronic manufacturing and semiconductor companies in the countries such as Japan, China, Taiwan has significantly contributed to the industry growth.

The North America region is expected to witness steady growth owing to the increased adoption of automated test equipment in defense and telecommunication sector. Increasing demand of ATE from automotive manufacturers in Europe region will lead to significant growth.

Key players in the industry include LTX – Credence Corporation, Advantest Co., Advint LLC, Aeroflex Inc., National Instruments Corporation and Teradyne Inc. Maintaining the close relationship with the customers, development of new instrumentation, enhancing the test platforms are few key strategies adopted in the industry.

Food Automation market is expected to grow steadily over the forecast period owing to increasing inclination of the consumers for ready to eat and processed foods. Stringent international food safety regulations and technological advancements in automation is also projected to influence the food automation industry over the forecast period.

Food distributors and producers operates with high quality standard and within narrow timelines and hence, for increasing their profit while providing a better quality product to consumers, food automation assists in meeting all the requirements. The food automation is the application of the control systems for operating various equipment and machineries without any manual assistance.

The market is segregated based on the product, mode of operation and application. Based on the automation type, the industry is segmented into motors & generators, motor controls, discrete controller systems & visualization, rotary & linear products and others. Based on the function, the market is further segmented into packaging & re-packaging, sorting & grading, palletizing, picking & placing, processing and other functions. Furthermore, bakery, dairy, confectionary, beverage, fruits & vegetables, meat, poultry & seafood and others are few applications of the food automation market.

Motor & generators are projected to experience steady growth in industrialized countries and occupy a major share in food automation market in Europe region. Efficient and smooth functioning of systems using the generators and motors are promoted in the industry. The continuous development in the process of production of beverages and new product launches in the industry is anticipated to boost the market growth over the forecast period.

The increasing implementation or adoption of automation in food industry is owing to the growing requirements for productivity, quality and profitability. The technology in food industry has led to enhanced food quality, saves labor charges and enhances the process efficiency. The automation technology can be adopted by small or large scale players, and can be customized with additional components and machinery depending on the growth of the businesses.

However, high initial investment with the installation of the technology is anticipated to restrain the market. Moreover, lack of training and skilled workforce has also significantly restricted the growth of the industry. Although, rising demand for the processed packaged food and increasing demand for automated systems is further expected to enhance the industry growth.

Europe region is expected to hold the major share owing to the increasing demand for processed food & beverage in Italy, France and Germany is also projected to impact the market in the positive manner. Furthermore, Latin America and Asia Pacific are anticipated to witness significant growth over the forecast period owing to the changing consumer preferences & taste with the acceptance towards western foods and growing economies of the region.

Major players in the market include Rockwell Automation, Inc., ABB Ltd., Schneider Electric SE, Siemens AG, and Mitsubishi Electric Corporation. Other players include GEA Group, Yaskawa Electric Corporation, Fortive Corporation Emerson Electric Company, Rexnord Corporation, and Nord Drivesystems.

Automotive robotics market is exceptionally dynamic market relying majorly on auto manufacturers. The ability of automotive robotics to assist in lifting huge payload during automobile manufacturing is one of the predominant factors which is expected to foster the demand over the forecast period. The market is gradually growing owing to cost effectiveness, increased productivity, and staff safety with high efficiency and increasing profitability of the manufacturers.

Development of cloud based platform will boost the market to grow over the forecast period. Some of the market players offers open platform for enabled advance analytics, CNCs, peripheral devices and sensors used in the systems. Software uploaded in computing hardware supports data access from machine tool device, PLC, and enables to apply analytics in real time for instant actions. This advancement will surely spur the global automotive robots market.

Continuous R&D in technology and shift towards sustainable manufacturing processes from traditional processes is projected to witness steady growth. Furthermore, reduced operational costs by decline in raw material wastage, lesser errors and improved operational flexibility is also anticipated to boost the industry growth. Additionally, increase in safety in work environment, reduction in fatal accidents and improved employee safety issues will also positively affect the robotics industry growth.

Furthermore, attenuation of time consumed in advertising the product is another key driver for the growth. Other factors include the rising adoption of robotics in industries, government initiatives on tax exemption, and increasing adoption of small sized controllers by OEMs are further expected to fuel the industry growth over the forecast period. Although, lack of skilled labor and high installation costs may hinder the industry growth over the forecast period.

The market has been categorized based on the types of robots and application. The type of robots include SCARA, Cylindrical, Articulated, and Cartesian. Based on the application, the automotive robots can be segregated into material handling robots, paint robots, assembly line robots, and industrial welding robots.

Material handling robots are estimated to contribute majorly in the industry owing to ability to handle delicate materials such as ceramics and glass and the ability to work in harsh environment with flexibility in operations. These robots perform various functions such as packing, loading & unloading, selection, palletizing, machine disengaging or feeding.

Furthermore, the flexibility of articulated robots to work in every direction in assembly line will enhance the market growth. Ability of these robots to handle high payloads such as chassis and other heavy parts are expected to fuel the market growth over the forecast period.

SCARA robots are majorly installed for loading, unloading of heavy machineries, vertical assembly operation, and assembly and transferring the components. Other robots which include Cylindrical, Polar and Cartesian are employed in large movement range with small payload including pick & place applications, and painting the machine parts.

Increasing R&D projects in APAC countries such as China, Japan owing to accelerated manufacturing opportunities is expected to fuel the market growth. Furthermore, growing demand for sophisticated motion control technology is also projected to spur the demand. North America region is anticipated to grow at a steady rate owing to OEMs are heavily investing for modernization, robotization, and automation.

The automotive robotics industry is highly competitive market/ industry. The key industry competitors include ABB Robotics, Denso Corporation, Fanuc Corporation, Kawasaki Heavy Industries, Ltd., KUKA, and Yaskawa Electric Corporation. Other prominent players in the market include Omron Adept Technologies Inc., Kawasaki Robotics, Epson Robotics, Denso Robotics, Apex Automation and Robotics, Nachi Robotic Systems Inc. Mitsubishi Electric Corporation and TM Robotics Ltd.

R&D, merger & acquisition and strategic partnership are few strategies followed for broadening the product portfolio. Fanuc Corporation and Cisco have announced the strategic partnership for Industrial Internet of Things (IIoT) to help them in monitoring the robots on the factory.

The local vendors of automotive robotics are struggling to remain in the competition by modernizing new technologies, nevertheless the established international players lead global market in terms of product durability, technological innovations, reliability, and quality.