New Delhi, Sept. 07, 2022 (GLOBE NEWSWIRE) -- Global High Precision Asphere Market is flourishing because the need for high precision asphere is increasing, aspherical lens performance is being improved, and more research and development is being undertaken to minimize lens weight through more difficult design approaches.
A recent study conducted by the strategic consulting and market research firm, BlueWeave Consulting, revealed that the Global High Precision Asphere Market was worth USD 19.25 billion in the year 2021. The market is projected to grow at a CAGR of 7.2%, earning revenues of around USD 31.05 billion by the end of 2028. The Global High Precision Asphere Market is booming because the market for high precision aspheres is mostly to blame for the market's quick expansion. Aspherical lenses are performing better, and more research and development are being done to make the lenses lighter by using more complex designing procedures. The demand for distance detectors and transmitters is on the rise, and security companies are using more cameras for video surveillance, which is one of the key driving causes. Aspherical lenses are more frequently utilized in smartphones and tablets as a result of the rising market penetration rate of smartphones in both developed and developing nations. However, the high production cost of Aspheric lenses hampers the market growth.
Benefits of Using Aspheric Lenses in Optics Systems Instead of Regular Spherical Lenses
Aspheric lenses are used to decrease spherical aberrations in a range of applications. Because of their unique shape, these lenses outperform standard spherical lenses in terms of optical performance and image quality. In traditional spherical manufacturing, the surface is defined by a single radius of curvature. The curve can be ground and polished into the surface using large tools that work throughout the entire surface. Aspheric lenses are typically used when an element must concentrate or collimate light. Aspherical surfaces on collimating and focusing lenses outperform ordinary spherical surfaces in high-power industrial fiber laser and direct diode laser systems. The use of aspherical optics reduces spherical aberration. Spherical aberration is reduced by using aspherical optics. Spherical aberration is lessened using aspherical optics, which leads to smaller spot sizes, more uniform spot shapes, and greater depths of focus. Spherical lens systems need to be equipped with extra parts to solve the aberrations problem. When additional lens elements are used to rectify an image, the amount of flare and color change, contrast, and the lens' size and weight all go up. As a result, images produced by aspherical lenses frequently have more contrast and color. The systems with these lenses are lighter and simpler to use because no additional lens element is required. As a result, aspheric lens characteristics are used by optical designers to build compact optical systems. Because these systems are small, they are lighter, more complicated, and consume fewer resources.
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Challenge: The Cost of Producing Aspheric Lenses is High
In recent years, the method of producing aspheric lenses has advanced dramatically. Aspheric lenses are more expensive to produce than standard spherical lenses. Surfaces with a single radius of curvature are used to make traditional spherical lenses. Aspheric lenses, on the other hand, lack a unique radius of curvature that distinguishes them. As a result, smaller subapertures with varying curvature radii are used throughout the surface. Because a single huge tool cannot be employed, several production processes must be used to address these sub-apertures in various ways. Computer numerical control (CNC) grinding and polishing, as well as magnetorheological finishing, is the most commonly employed procedure (MRF). Magnetorheological finishing (MRF) and computer numerical control (CNC) grinding and polishing are frequently utilized to provide the surface with even more control during manufacturing. Because CNC production methods were created for the manufacture of metal, they are expensive. Because of this, the aspheric lens market is being constrained by high material and production costs, which are also limiting the market for fiber optic collimating lenses.
Segmental Coverage
Global High Precision Asphere Market – By Application
Based on application, the Global High Precision Asphere Market is segmented into Automotive, Camera, Mobile Phone and Tab, Optical Instrument, and Others. The optical instrument segment has the biggest market share of these. Because Aspheres minimize spherical aberrations in lenses, resulting in clear vision, the Optical Instruments category held the largest share of the Global High Precision Asphere Market. Aspheres also help to make the lens flatter and thinner, which improves the appearance and decreases peripheral magnification. During the projected period, all of these factors contribute to the growth of the Global High Precision Asphere Market (2022-2028).
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Impact of COVID-19 on Global High Precision Asphere Market
The market for fiber optic collimating lenses fell in the first two quarters of 2020 due to the proliferation of COVID-19. The epidemic disrupted the market's supply chain because several of the key enterprises are located in China and the United States, the two countries most badly affected by the pandemic in the first half of 2020. In light of the existing circumstances, the quantity of market developments in 2020 and 2021 has dropped as a result of key industry participants focusing on developing and conserving operating revenue. The necessity for improved internet infrastructure drove demand for fiber optics and related components in 2020 and 2021, contributing to the market's rapid rise.
Competitive Landscape
The leading market players in the Global High Precision Asphere Market are Nikon Corporation, Canon Inc., Edmund Optics, Panasonic Corporation, Hoya Corporation, AGC Inc., SCHOTT AG, Carl Zeiss AG, Largan Precision Co., Ltd., Asia Optical Co., Inc., Asphericon GmbH, OptoSigma Corporation, Optimax Systems, Inc., LaCroix Precision Optics, LightPath Technologies, Accusy Photontech Ltd., Asphera, Tengjing Technologies Co., Ltd., and other prominent players. The Global High Precision Asphere Market is highly fragmented with the presence of several manufacturing companies in the country. The market leaders retain their supremacy by spending on research and development, incorporating cutting-edge technology into their goods, and releasing upgraded items for customers. Various tactics, including strategic alliances, agreements, mergers, and partnerships, are used.
The in-depth analysis of the report provides information about growth potential, upcoming trends, and statistics of the Global High Precision Asphere Market. It also highlights the factors driving forecasts of total market size. The report promises to provide recent technology trends in the Global High Precision Asphere Market and industry insights to help decision-makers make sound strategic decisions. Furthermore, the report also analyzes the growth drivers, challenges, and competitive dynamics of the market.
Scope of the Report
| Attributes | Details |
| Years Considered | Historical data – 2018-2021 |
| Base Year – 2021 | |
| Forecast – 2022 – 2028 | |
| Facts Covered | Revenue in USD Billion |
| Product Service/Segmentation | By Product Type, By Application, By Region |
| Key Players | Nikon Corporation, Canon Inc., Edmund Optics, Panasonic Corporation, Hoya Corporation, AGC Inc., SCHOTT AG, Carl Zeiss AG, Largan Precision Co., Ltd., Asia Optical Co., Inc., Asphericon GmbH, OptoSigma Corporation, Optimax Systems, Inc., LaCroix Precision Optics, LightPath Technologies, Accusy Photontech Ltd., Asphera, Tengjing Technologies Co., Ltd., and other prominent players. |
By Product Type
- Glass Aspherical Lens
- Plastic Aspherical Lens
By Application
- Automotive
- Camera
- Mobile Phone and Tab
- Optical Instrument
- Others
By Region
- North America
- Europe
- Asia Pacific
- Latin America
- Middle East and Africa
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