Bottle Blowing Machine Market – Global Demand Analysis & Opportunity Outlook 2025

According to the latest market report published by Transparency Market Research titled “Bottle blowing machine Market: Global Industry Analysis, Size, Share, Growth, Trends and Forecast, 2017-2025,” food and beverages end-use segment is expected to be the largest revenue contributor to theglobal bottle blowing machine market during the forecast period, 2017-2025. Global revenue generated from sales of bottle blowing machine in 2016 was nearly US$ 1.90 Bn, which is projected to increase at a CAGR of 3.0 % during the assessment period.

Strict regulatory norms and expensive price continue to restrain market growth

Growing consumer preference for bottled water will foster the need for blowing machine market. However, global bottle blowing machine market may encounter with a major challenge limiting its growth in near future, attributed to stringent government regulations in different countries.  Regulatory norms will reportedly pose a restriction for the market’s growth through to 2025. Huge, uncontrollable waste produced due to plastic on a global level is forcing governments to restrict the production and sale of bottles.

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Moreover, bottle blowing machines are best suited for manufacturers with high output, whereas prices of bottle blowing machines seem to be unaffordable for small and regional manufacturers. This factor will significantly limit market growth by 2025 end. In some cases, the manufacturing output volume is relatively lesser and the machine is used only for a short duration, resulting in high idle time of the machine. This factor greatly reduces the productivity of the manufacturing firm.

Manufacturers shifting from semi-automatic to automatic blowing machine

The global bottle blowing machine manufacturers are now focusing on incorporating new technologies in the machine. They are replacing semi-automatic bottle blowing machines with automatic bottle blowing machine that have enhanced features, which further eliminates the possibility of errors caused due to machine inaccuracy. Machinery manufacturers are moving forward and offering features such as remote services, machine simulation, and data acquisition.

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Tube Packaging Market – Business Opportunities, Current Trends, Market Challenges

A tube is a hollow and cylindrical container, made up of plastic, aluminum or paperboard and is primarily used for containing viscous liquids such as ointment, toothpaste and adhesive among others. During manufacturing and filling processes, both ends of the tube are treated in a different way. There is an oval orifice on one end of the tube body, which can be closed by caps and closures. The other end is folded or sealed after addition of contents. Tube packaging containers are extruded and customized with printing, labeling, punching, slicing, crimping and other fabrications in order to create a functional and unique package.

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Some of the key driving factors for tube packaging market are significant growth in packaging industries coupled with innovative packaging and excellent barrier properties and trending mindset of end-users towards sustainable packaging among others. Moreover, this packaging technique has a wide range of application areas in different segments of industry which increases scope of its applications. In addition, there are other geographical drivers which are also responsible for the growth of the market. However, due to presence of large number of manufacturers, the global tube packaging market is witnessing intense competition. Hence, in order to ensure proper growth in the market, major players are likely to adopt certain key strategies in the future, such as mergers and acquisitions, partnerships and expansions among others. Global economic meltdown and packaging raw material price volatility are two major restraints for tube packaging industry.

Global tube packaging market can be broadly classified into different segments based upon materials, applications, product and geography. By material type, this market is segmented into laminated tubes, aluminium tubes, plastic tubes and others. Laminated tubes have excellent barrier property and thus will drive the global tube packaging market even further in the future. There are different application areas of tube packaging, such as cosmetics and oral care, food and beverages, pharmaceuticals and consumer goods. The cosmetics and oral care segment is anticipated to witness huge growth in the future due to improved lifestyle globally, followed by pharmaceutical segment. In terms of product types, the market for global tube packaging is further classified into squeeze tubes, twist tubes and others. Increasing demand for convenient packaging is likely to drive the market for squeeze tubes.

The global tube packaging market is significantly large in Europe and North America, majorly due to increasing per capita income and consumer spending. Currently, Europe is dominating the market in terms of revenue. Moreover, Asia Pacific is expected to be the fastest growing segment. The key factors attributed to the demand for sustainable and innovative packaging in emerging economies, such as China and India among others. Moreover, there has been remarkable transition of end-users’s preference from traditional packaging to innovative packaging in parts of Middle East and Africa, which is eventually helping the market to develop even further in the future.

Some of the prominent players in the market for global tube packaging are Sonoco Products Company (U.S.), Essel Propack (India), Visipak (U.S.), Huhtamaki OYJ (Finland), Amcor Limited (Australia), Albea Group(France), Montebello Packaging (Canada), Unette Corporation (U.S.) and Worldwide Packaging (U.S.) among others.

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Stretch and Shrink Sleeves Market – Business Opportunities, Current Trends, Market Challenges

Sleeve & shrink sleeve labels are made up of polymer materials that shrink to the product surface when heat is applied. Sleeve and shrink sleeve labelling enables the graphics to be printed around the whole product container. The stretch and shrink sleeves market is mainly buyer oriented. The global stretch and sleeves market is marked with intense competition due to the increasing presence of both, the large and small manufactures.

The key growth drivers for the global stretch and shrink sleeves market are: increasing demand for polymer films, anti-counterfeiting facilities, availability of additional printing space, and 360 degree display. The global market for stretch and shrink sleeves has witnessed substantial growth in the recent years owing to rise in the urbanized population, increasing demand for packaged foods, renaissance of the labeling & packaging industry in developing economies, and increasing emphasis on the use of sustainable materials. Furthermore, the light weight of stretch and shrink sleeves, coupled with their low cost, is expected to foster their market growth in the coming years. In addition, the increasing applications of shrink and sleeves, globally, in various end-use industries such as paper & textile, food & dairy and electronics, for labeling, is expected to further drive the market growth.

However, volatile raw material prices are likely to have an adverse impact on the manufacturing of these labels. Concerns regarding the recycling and disposal of these films due to their non-biodegradable nature are expected to hamper the market growth. Moreover, the growing buyer attention towards alternate packaging materials, such as paper, which in turn is lighter and also biodegradable, may pose a significant threat to the growth of the market. The increasing trend of on-line shopping is expected to create new growth opportunities for the global stretch and shrink sleeves market in the coming years, owing to the rising preference for light weight packaging among consumers and logistic companies.

Geographically, the global stretch and shrink sleeves market is segmented into seven main regions, namely Western Europe, Eastern Europe, North America, Latin America, Asia Pacific excluding Japan, the Middle East & Africa, and Japan. The historical growth of the Latin America and Asia Pacific economies has been a feature of the 21st century. This economic growth has, to a degree, been another major driver for the high levels of growth witnessed in the global stretch and shrink sleeves market. Besides, Asia Pacific is expected to witness the highest growth in the coming years.

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Currently, Asia Pacific dominates the global stretch and shrink sleeves market on account of rapid industrialization in economies of India and China. Also, countries such as the U.S., Japan, Germany, Brazil, China, and India are investing large amounts in the packaging and labeling industry to achieve sustained and rapid economic growth. North America and Western Europe are expected to witness moderate growth in the coming years as the manufacturers in these regions are shifting their plants and facilities to emerging economies such as China, Mexico, Brazil, and India.

Partnerships & acquisitions, mergers, and new product launches are the key strategies being undertaken by key manufacturers to ensure steady growth in the global stretch and sleeves market. Some of the key players covered in this study on the global stretch and shrink sleeves market are Gilberth, Hammer Packaging, AXON, Color Craft, Fuji Films, Classic Labels Inc., Allen Plastic Industries Co., Ltd., SleeveCO, Fort Dearborn Company, Edwards Label, and American Film and Machinery.

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Anti-counterfeit Cosmetics Packaging Market – Latest Trends and Key Drivers Supporting Growth through 2024

The counterfeiting malpractice has become a severe matter of concern for original cosmetics manufacturers all around the globe. Counterfeiting is globally affecting the cosmetics industry, resulting into innumerable tangible and intangible losses for the players operating in the industry. A large number of counterfeit products, carrying brand name of the leading industry players, are making their way into the local market. Global cosmetics industry players are increasingly working towards stopping this penetration of forged products into the market to prevent the impact of these products on their sales revenue. Apart from this, low quality of counterfeit products negatively affects the brand image and credibility of the company.

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The forged packaging on branded cosmetics products is so well replicated that normal detection techniques are unable to identify it and, thus, these products thereby are able to make their entry into the retail market. The forged products, due to their poor product quality, lead to severe side-effects among consumers, such as skin irritation, infection, etc., which consequently lead to the further deterioration of the brand image of the concerned company. Every year, the global cosmetics industry faces vast revenue losses due to the presence of counterfeit products in its supply chain.

Over the years, the anti-counterfeit cosmetics packaging technology has emerged as one of the most efficient solutions for restricting the practice of counterfeiting in the cosmetics industry. The daily-use skin products are being progressively used by the consumers; hence, they are easily available in all level of markets. The high availability of these products in the local market makes them more prone to counterfeiting. Due to the constant surge in the number of cases of cosmetics counterfeit products, the anti-counterfeit cosmetics packaging market is expected to witness significantly higher growth over the forecast period of 2016-2024.

Several innovative technologies for the verification of the original cosmetics products are being developed and making their foray into the market. The increasing use of such technologies by global cosmetic products manufacturers is further propelling the demand for anti-counterfeit cosmetics packaging worldwide.

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Customers too, in view of making the best utilization of their money spent on cosmetics products, are becoming more concerned about forged products. Various governments are also becoming increasingly active against the use of counterfeit cosmetics products. This makes global companies more optimistic about investing in advanced anti-counterfeit technologies. Due to these reasons, the global anti-counterfeit cosmetics packaging market is anticipated to expand at a significantly higher growth rate over the forecast period, accounting for multi-millions US$ by the end of the forecast period.

The high-cost of anti-counterfeit technology systems results in creating uncertainty among the cosmetics industry market players regarding the cost-effectiveness of the technology. Besides, sometimes anti-counterfeit packaging impacts the product distribution system and supply chain network of the companies. These are some of the major factors responsible for the restrained use of this technology by certain manufacturers.

The global anti-counterfeit cosmetics packaging market is segmented on the basis of technology and regions. On the basis of technology, the market is segmented into authentication packaging technology and track and trace packaging technology. The authentication technology segment is further sub-segmented into ink & dyes, holograms, watermarks, and taggants. The track and trace packaging technology segment is sub-segmented into barcode technology and RFID technology.

Geographically, the global anti-counterfeit cosmetics packaging market is segmented into seven main regions, namely North America, Latin America, Western Europe, Eastern Europe, Asia Pacific excluding Japan, Middle East & Africa, and Japan. Due to higher consumer awareness, North America is expected to account for the largest share of the global anti-counterfeit cosmetics packaging market, followed by Europe, in the coming years. The Asia-Pacific region is also expected to grow at a significant rate, thus, further contributing to the overall growth of the global anti-counterfeit cosmetics packaging market over the forecast period.

Some of the key players covered in this study on the global anti-counterfeit cosmetics packaging market are Zebra Technologies, Alien Technology Corp., AlpVision, Avery Dennison Corp., SICPA HOLDING SA, Microtrace, LLC, and Impinj, Inc.

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Anti-counterfeit Automobile Packaging Market – Positive Outlook for Industry Opportunities & Trends

Counterfeiting or forging is a worldwide phenomenon which not only affects the growth of industries but also affects the end-users of their products. Companies are becoming progressively conscious of the potential negative effects of counterfeit parts in their supply chain, which affect the sales revenue of the company. Besides, since the quality of the counterfeit product does not match with that of the original product, it also affects the brand image of the company. The forged components are so well developed that they are undetectable in normal conditions and thereby find application in critical areas, such as in automobile spare parts and maintenance. The usage of such components results in poor product quality and thus increases consumer safety concerns, which leads to the deterioration of the brand image of the concerned company.

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Counterfeiting affects the company’s gross revenue and results in immense long term damage to its credibility in the market. In the automobile and aerospace industries, the costs incurred due to usage of forged and counterfeit parts are estimated to be in multi-millions.

The anti-counterfeit automobile packaging technology has emerged as an efficient solution for detecting counterfeit products globally. The automobile industry is severely affected by counterfeit products as they are easily available in the local market. The Motor & Equipment Manufacturers Association (MEMA) conducted a survey in 2013 regarding the losses suffered by the global automobile industry due to counterfeiting. The results of the survey estimated losses close to US$ 12 Bn, which obviously is a significant amount.

The global anti-counterfeit automobile packaging market is projected to become a multi-billion industry, growing significantly over the forecast period of 2016-2024. Innovative technologies are coming into market for tracking and authentication of the original products, which are easy as well as very efficient in functioning. Their increasing adoption in the market, in turn, is propelling the demand for anti-counterfeit automobile packaging globally. Use of product level RFID technologies is one of the most significant factors expected to drive the growth of the overall anti-counterfeit automobile packaging market.

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Rising consciousness among consumers about the forged or counterfeit products and anti-counterfeit technologies is also affecting the market positively. Increasing government regulations and efforts taken in order to eliminate the usage of counterfeit products in the automobile industry is also increasingly driving the companies to invest in advanced anti-counterfeit technologies. The synergistic approach of industrial players, along with various government organizations, is expected to provide a platform for the growth and development of the global anti-counterfeit automobile packaging market over the forecast period.

Apart from the above beneficial properties, there are several others factors restraining growth of the market for anti-counterfeit automobile packaging. Among these, high costs of anti-counterfeit setups and their impact on the product distribution system are the major factors expected to restrain growth of the anti-counterfeit automobile packaging market over the forecast period.

The global anti-counterfeit automobile packaging market is segmented on the basis of technology and regions. On the basis of technology, the market is segmented into authentication technology and track and trace packaging technology. The authentication technology segment is further sub-segmented into ink & dyes, holograms, watermarks, and taggants. On the other hand, the track and trace packaging technology segment is sub-segmented into barcode technology and RFID technology.

On the basis of geography, the global anti-counterfeit automobile packaging market is segmented into seven main regions, namely North America, Latin America, Western Europe, Eastern Europe, Asia Pacific excluding Japan, the Middle East & Africa, and Japan. Currently, North America accounts for the largest share of the global anti-counterfeit automobile packaging market, followed by the Europe market. The Asia-Pacific anti-counterfeit automobile packaging market is also expected to expand at a significant growth rate over the forecast period.

Some of the key players in the global anti-counterfeit automobile packaging market are FUJIFILM Holdings America Corporation, Alien Technology Corp., AlpVision, Avery Dennison Corp., Datamax-O’Neil (Honeywell), Giesecke & Devrient (G&D), and IAI Industrial Systems.

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Wafer Level Package Dielectrics Market – Global Demand Analysis & Opportunity Outlook 2024

Wafer Level Package (WLP) is a type of packaging used in the semiconductor industry for the packaging of Integrated Circuits (ICs) as it is very fragile in nature and highly susceptible to contamination, which can lead to improper working of the IC. WLP finds application in the ICs used in portable consumer electronic devices; for instance, smart phones. Increasing consumer demand for technologically advanced mobile devices that are capable of performing an array of functions in a single small-end product is a major factor propelling demand for wafer level packaging technology as compared to the conventional mode of packaging in case of semiconductors, thus boosting growth of the market for wafer level package dielectrics further. Comparatively, the low cost associated with the wafer level packaging as compared to the conventional packaging technology used in case of semiconductor packaging is also a major factor expected to boost growth of the market for wafer level package dielectrics over the forecast period.

The wafer level package dielectrics market is expected to expand at a healthy CAGR over the forecast period, and the major driving factor responsible for growth of the wafer level package dielectrics market is the rising demand for compact electronic devices with high performance and cost effective packaging in the semiconductor packaging industry. In case of conventional packaging, such as die level packaging, with the variation in size of the ICs, the cost of packaging becomes more as compared to the production cost of the ICs. On the contrary, wafer level packaging is much more cost-efficient as compared to the conventional packaging or the production cost of the ICs.

The technological advancements in IC design & production are also, to an extent, propelling growth of the wafer level package dielectrics market currently. The wafer level packaging technology has certain perks over the traditional packaging technology, such as minimized electricity consumption and long battery life in case of mobile phones, and its compactness helps manufacturers design and develop ultra-thin mobile phones. However, fluctuations in some of the physical properties of the technology, such as the coefficient of thermal expansion of the materials of wafer with respect to the material of ICs, are considered as a drawback of the wafer packaging technology, which in turn might restraint growth of the market for wafer level package dielectrics.

The global wafer level package dielectrics market is segmented on the basis of type of wafer level packaging, application, and region. On the basis of type, the global market for wafer level package dielectrics is segmented into FOWLP (Fan-Out Wafer Level Package), FIWLP (Fan-in Wafer Level Package), FIWLCSP (Fan-in Wafer Level Chip Scale Package), flip chip, and 3DFOWLP. On the basis of applications, the global market for wafer level package is segmented into consumer electronics, automotive, aerospace, defense, and healthcare.

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On the basis of geography, the global rigid plastic packaging market is segmented into seven key regions, namely North America, Latin America, Western Europe, Eastern Europe, Asia Pacific, Japan, and the Middle East & Africa. Among the aforementioned regions, the Asia-Pacific market is projected to grow at a promising CAGR, which is attributed to the increase in demand for smart phones globally. For instance, recently, India become the second largest user of smart phones globally, beating the U.S. This is turn is expected to drive growth of the wafer level package dielectrics market in the country. Moreover, the presence of leading semiconductor manufacturers, such as Taiwan Semiconductor Manufacturing, among others, is expected to have a positive effect on growth of the wafer level package dielectrics market in APEJ over the forecast period.

Some of the major players identified in the global wafer level package dielectrics market include ChipMOS TECHNOLOGIES INC., STATS ChipPAC Ltd., IQE PLC, Amkor Technology Inc., TriQuint Semiconductor Inc., Deca Technologies, KLA-Tencor Corporation, Siliconware Precision Industries Co. Ltd., China Wafer Level CSP Co. Ltd., and Jiangsu Changjiang Electronics Technology Co. Ltd.

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Anti-counterfeit Food Packaging Market – Business Strategies, Revenue Generation, Market Shares & Latest Development

The malpractice of introducing counterfeit products is severely affecting the global food industry, causing legitimate and well-established brands tangible and intangible losses. Such unethical practices affect the revenue of food companies and also creates distrust towards brands among end-users. Major players in the global food industry are constantly striving to remove counterfeit products from their supply chain, as these affect their sales revenue, thus impacting profits. Besides this, poor quality of counterfeit products affects respective brand image of various companies and also raises severe health concerns among consumers. Well-industrialised counterfeit products are so well packaged that normal detection techniques are unable to effectively spot any difference during regular inspection, and these products are sent to the retail market for sale. Each year, major players in the global food industry suffers losses, estimated in hundreds of million dollars, due to the presence of counterfeit products in the market.

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Anti-counterfeit food packaging technology has emerged in the recent past, and has been proving to be an efficient and important solution against counterfeiting globally. Since food products are available easily at all levels of the market, the food industry is most vulnerable. Increasing cases of counterfeiting in the food industry are forcing manufacturers to use anti-counterfeit food packaging at various levels, and this is expected to increase growth of the concerned market significantly over the forecast period.

The global anti-counterfeit food packaging market is projected to account for significantly high revenue by end of 2024. Several efficient and innovative technologies are fast emerging in the market for validation of original products, which are gaining popularity among manufacturers globally. In addition, increasing use of highly efficient RFID technologies is one of the most significant factors expected to drive overall growth of the anti-counterfeit food packaging market globally.

Rising health awareness among consumers, understanding of the hazards associated with forged or counterfeit products, and emergence of anti-counterfeit technologies are factors expected to fuel growth of the global anti-counterfeit food packaging market over the forecast period. Besides, increasing government regulations for eliminating counterfeit food products from local markets is also encouraging global companies to invest more in advanced anti-counterfeit technologies.

Intense capital expenditure for anti-counterfeit technology setups and their impact on the product distribution system and supply chain network are factors expected to hamper growth of the anti-counterfeit food packaging market.

The global anti-counterfeit food packaging market is segmented on the basis of technology and regions. The technology segment is categorized into authentication packaging technology and track and trace packaging technology. The authentication technology is further sub-segmented into ink & dyes, holograms, watermarks and taggants. The track and trace packaging technology is sub-segmented under barcode technology and RFID technology.

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