​Enhanced productivity and the ability to facilitate manufacturers an optimal supply chain has propelled assembly machine market size significantly. Both manual and automated assembly lines improve productivity, efficiency and quality of manufacturing while reducing labor costs and cycle time. Major application segments like packaging, aerospace, pharmaceutical, military/defense and electronics have proliferated through the deployment of suitable machines on production lines, stimulating technological development.Government initiatives designed to improve a nation’s economic status will substantial drive assembly machine industry forecast, for instance in India which has initiated ‘Make in India’, an effort to help expand manufacturing businesses in the country. The Indian government is pushing for the share of manufacturing segment to increase up to 25% of GDP by the year 2025 from the 16% in 2018.

Manufacturing units across developing economies will be adopting Industry 4.0 technologies like artificial intelligence, machine learning and robotics to transform operations with the help of semi or fully-automated assembly machinery for achieving cost efficiencies without quality compromises.

Need for automatic and semi-automatic assembly machines

Semi-automated assembly machines will be witnessing a major growth in forthcoming years owing to a steady increase in the production of new and greener automobiles, that will in turn stimulate the demand for automotive components like radiators made on use semi-automatic assembly lines.

TQC Automation & Test Solution offers semi-automatic assembly machines in order to allow a manufacturer to test automotive radiators and enable quality control. Semi-automatic machines are essentially preferred over manual machines owing to the time saving functions. These machines are mostly used by small or medium enterprises for improving the manufacturing process under decent budget, while raising productivity and reducing the operational costs.

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Fully automatic assembly machines will gain favorable traction and influence the business outlook due to use of smart technologies with the combination of cyber-physical systems that help factories become much more productive and energy-efficient. Automated assembly machines eliminate concerns for manual handling entirely and increases output in less time, fostering assembly machine market share globally.

Expansion of automobile and cosmetic manufacturing sectors

Major advances in the robotics technology have initiated the deployment of robotic automation in the automotive segment. Across automotive component plants, assembly machines comprising robots like high speed Delta machines help assemble small components such as motors and pumps. Car assembly involves windshield installation as well as wheel mounting that require automated assembling.

The European Union produced 19.2 million motor vehicles in 2018, which account for around 20% of the total motor vehicle production globally in the year. Companies in the region use advanced technologies for the manufacturing of automotive parts, considerably fueling Europe assembly machine industry size.

With regards to cosmetics packaging applications, equipment like pump priming and leakage testing machines, thin shape lipstick tube assembling machine, finish assembling machines and high-speed mascara bottling equipment run successfully in several multi-national companies. Several such automatic assembly machinery are imported by manufacturers based in Italy, United States, Switzerland and France that have helped the users to enhance their efficiency.

Surging consciousness among people about personal care and perception of beauty standards have increased the demand for cosmetics. Japan is one of the leading markets for beauty products and generated a revenue worth USD 36 billion in the year 2017.

Impact of growing demand in Asia Pacific region

Asia pacific region accounted for nearly 40% of global assembly machine market share in 2018, with countries like India and China reportedly looking to achieve lower manufacturing costs along with less technically skilled labor. Rapid digitization in the region has helped manufacturers expand and scale businesses economically.

Several countries have initiated Industry 4.0 projects for the improvement of manufacturing sectors, including Thailand, Malaysia and Indonesia, each having their own economic agendas.

Companies like Norwalt Design Inc., Hindustan Automation, FANUC Corporation, Kawasaki Heavy Industries Ltd, Humard Automation SA, Haumiller, Extol, Intec Automation and Bystronic Maschinen AG are some of the prominent equipment manufacturers comprising the competitive hierarchy of global assembly machine market.

Players are extensively involved in collaborations and look to acquire other companies to expand their portfolio. For instance, ABB had recently entered into a partnership with Cochin Shipyard, a government owned shipping corporation of India, to be able to provide automated assembly solutions.

Author Name : Riya Yadav