Exhibition introduction

LASER WORLD OF PHOTonIC INDIA is a large-scale international professional exhibition sponsored by Munich Exhibition Group Co., Ltd., which was founded in 2012 and held once a year in India. This exhibition is a professional exhibition of laser and optoelectronics in India. It focuses on innovative products, solutions and industrial applications, aims at the needs of the Indian market, and displays the industry in accordance with international standards, reflecting the international trend of industry development.

India New Delhi International Applied Laser and Optoelectronic Technology Exhibition showcased the optoelectronic industry in all aspects, from parts to manufacturing equipment. The joint research institute of Munich Expo Group and the industry association will jointly plan and organize the laser industry forum. In the forum, experts will share their professional knowledge and practical experience with the participants, providing a professional platform with comprehensive information, interactive learning and networking for exhibitors and visitors.

The International Exhibition of Applied Laser and Optoelectronic Technology in New Delhi, India successfully showcased leading enterprises in the industry. In 2016, nearly 140 enterprises from 20 countries including the United States, France and Germany participated in the exhibition, attracting 7182 professional visitors, including more than 90% from 22 states in India, covering an area of 4000 square meters.

India is one of the fastest growing countries in the world, with remarkable economic growth. The exhibition will certainly build a bridge of communication for manufacturers, suppliers and users of laser industry in India and from all over the world, and become a good opportunity to explore the Indian market.

market analysis

India is one of the six BRICS countries and the second most populous country in the world. As of 2011, it had a population of 1.21 billion, second only to China, and is also one of the countries with rapid development in the world. Since 1998, the annual economic growth rate has exceeded 6.5%, and India's total imports have increased every year. In the eyes of many foreign investors, the Indian market is an emerging development market second only to China. In addition, India is an emerging technology hub, known for its telecommunications, electronics, manufacturing, automotive and auxiliary fields. Nowadays, many industrial links require higher and higher technical accuracy and rapidity, which can be achieved through modern technology. Because of its huge energy, flexibility and high speed, laser and photon technology is one of the more effective ways. Photonic technology can be applied to almost every field, including information technology, manufacturing, lighting, automobile, security, jewelry and medical science, etc.

According to the statistics of the Indian Commercial Information Agency and the Ministry of Commerce of India, from January to April 2017, the import and export volume of Indian goods was 245.74 billion US dollars, an increase of 25.9% over the same period last year (the same below). Among them, the export reached USD 101.21 billion, up 17.9%; imports reached US $144.53 billion, up 32.2%. The trade deficit was 43.32 billion US dollars, up 84.7%. In April, India's import and export of goods reached US $62.36 billion, up 33.7%. Among them, the export was 24.35 billion US dollars, up 16.5%; imports reached US $38.01 billion, up 47.8%. The trade deficit was US $13.67 billion, up 183.9%. From January to April, the bilateral import and export volume of goods between India and China was US $25.83 billion, an increase of 21.0%. Among them, India's exports to China reached 4.27 billion US dollars, up 55.2%, accounting for 4.2% of India's total exports, up 1.0 percentage points; imports from China totaled US $21.56 billion, up 15.9%, accounting for 14.9% of India's total imports, down 2.1 percentage points. The trade deficit between India and China was US $17.29 billion, up 9.1%.

Scope of exhibits

1. Laser and optoelectronics

2. Optics

3. Induction, testing and evaluation

4. Production engineering laser system

5. Optical test system

6. Optical information technology