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Zeolite is a group of natural and synthetic hydrated aluminosilicate minerals that contains alkaline and alkali metals. The zeolite molecular structure has a framework that consists of enclosed interconnected cavities. These cavities are occupied by water molecules and metal cations that are ion exchangeable. Zeolite is available in both natural as well as synthetic forms. Natural zeolites are available in abundance; however, these offer a limited range of atomic structures and properties. On the other hand, synthetic zeolites offer larger cavities, and hence, a wide range of properties than that of their natural counterparts. Thus, more than 100 zeolites are manufactured annually across the globe for a wide range of applications. Synthetic zeolites are manufactured using the technique of slow crystallization of silica alumina gel in the presence of organic templates and alkalis. Sol gel processing is an important step involved in the manufacture of synthetic zeolites. Ease of scaling-up the sol gel manufacturing process makes it the most efficient and suitable route for zeolite synthesis. Zeolite is used in a wide range of industrial and domestic applications. It is used in petrochemical, nuclear and biogas manufacturing and processing industries. Most synthetic zeolites are used in the detergents industry. Adsorbents and catalysts are the other primary applications of synthetic zeolites.

Multiplexed diagnostics are assays that are capable of analyzing multiple analytes in the single cycle of the assay procedure. These tools are evolved from diagnostic assays that screens single analyte in single run of the assay procedure and are used in research laboratories and diagnostics laboratories. Research and development laboratories use multiplexed assays in drug development procedure to screen multiple analytes. In diagnostics market, multiplexed assays are used in clinical laboratories and hospitals for the diagnosis of various diseases and disorders. Multiplexed assays are used for diagnosis of infectious diseases, cancer biomarkers, cardiac diseases, allergies and autoimmune diseases.

Electrophoresis is the most frequently utilized separation and analysis technologyin pharmaceutical, life science and biotechnology laboratories. It has been a method of choice to physically separate macromolecules such as RNA, nucleic acid fragments and proteins according to their molecular size and electric charge. Molecular profiling applications are expanding recently and are also providing continuous demand for electrophoresis technique. Protein separation and nucleic acid are two major applications of electrophoresis.

Global failure analysis equipment market in the semiconductor industry was valued at USD 1.28 billion in 2013, growing at a CAGR of 4.5% from 2014 to 2020. Failure analysis is an engineering approach to determine how and why equipment or a component is not functioning in a desired manner. Generally, failures are caused due to manufacturing defects, misuse or abuse, improper maintenance, assembly errors, design errors, improper material, fastener failure, unforeseen operating conditions, inadequate quality assurance, improper heat treatments, inadequate environmental protection\\control, and casting discontinuities.

The market for surgical equipment has been broadly segmented into surgical sutures and staples, surgical handheld instruments and electrosurgical devices. In 2012, this segment accounted for 55.6% of the total surgical equipment market. Of these, surgical sutures held the larger share than staples in 2012. The two major types of sutures are absorbable and non-absorbable sutures depending on the body's ability to degrade and absorb the suture materials over time. Absorbable sutures are in greater demand over non-absorbable sutures owing to their increasing adoption across most surgical procedures except those which require permanent sutures or long-term care. The surgical handheld instruments market includes scalpels, forceps, retractors and scissors. Electrosurgical devices include radiofrequency generators, instruments and other accessories, which are used during various surgical procedures to cut, cauterize, coagulate and ligate tissues and luminal structures by utilizing high frequency electric current. This segment has been anticipated as the fastest growing segment during the forecast period 2013 to 2019.

Metal injection molding (MIM) and ceramic injection molding (CIM) are the technologies used for manufacturing parts with superior strength, complex shapes and excellent surface finish. These technologies also provide high volume manufacturing capability. Metal and ceramic injection molding are a part of powder injection molding (PIM), which combines material flexibility of powder metallurgy and design flexibility of plastic molding. These manufacturing processes are used to produce net-shape metal and ceramic components through injection molding technologies. The process entails mixing of ceramic or metal powders with polymer binders to exhibit properties similar to plastics. These mixtures form feedstock, which constitutes 60% of metal or ceramic, and the remaining as the binder, in terms of volume. Then, it is molded in the machine according to industry requirements. Various types of materials are used in the molding process such as titanium alloys, soft magnetic alloys, low-alloy steels and stainless steels. Stainless steel is used widely in the MIM industry and accounts for approximately half of the production of MIM globally. Components produced by either MIM or CIM technology range from 0.002g to over 100g. Some PIM processers obtain raw materials and manufacture feedstock in their own production units, while some processors procure ready feedstock. For instance, BASF SE's Catamold and PolyMIM products are sources of ready feedstock. Based on the type of application, metal injection molded components and ceramic injection molded components are used in a wide range of industries such as automotive, electronics, medical, industrial machinery and firearms.

Enteral feeding devices, also called as artificial nutrition support system are used to deliver nutrition or medication to the patients. These devices are considered as the first choice of treatment option for patients suffering with functional GI track. Increasing need of reconstructive surgeries coupled with technological advancements in these devices are expected to widen the market for enteral feeding devices. In addition, rising incidences of chronic diseases such as cancer, neurological and gastrointestinal disorders and increasing healthcare awareness are driving the demand for enteral feeding devices market globally. The global enteral feeding devices market is estimated to be USD 2,033.1 million in 2012 and is expected to reach USD 3,102.0 million by 2019, growing at a CAGR of 6.2% from 2013 to 2019.

Flame resistant fabrics are used in various applications, including work wear, firefighting uniforms, law enforcement services, transport and residential & commercial furnishings, in order to minimize fire hazards. Flame resistant fabrics are being used increasingly in various application sectors due to improvement in technologies and implementation of stringent regulations. These fabrics are preferred in industries such as chemical, oil & gas and electrical, wherein exposure to fire and risk of fire accidents is high.

Laser technology is used for different industrial processes including cutting, welding, drilling, marking and engraving. Laser processing market is expected to witness high demand during the forecast period owing to the wide applications of laser technology. Laser technology offers high speed and accurate industrial processes as compared to conventional industrial processing techniques. In addition, laser processing provides clean and a damage free operation as it is a non-contact process. This is one of the most important factors responsible for growing adoption of laser technology in manufacturing processes across the world. Rising demand for efficient material processing techniques in manufacturing industries is another driving factor for laser processing market. Additionally, miniaturization of electronics goods is another factor encouraging the adoption of laser technology for production of circuit boards, integrated circuits (ICs) and other electronics components. Laser technology is useful for processes such as cutting and marking in small dimensions. Thus, laser technology plays an important role in marking process for small electronic components. Moreover, government regulations about clear and permanent marking on food and pharmaceutical products mandates the use of laser technology for marking processes. This may fuel the adoption of laser technology in marking during the forecast period. Growing industries in Asia Pacific region is another important factor driving the laser processing market in this region. Countries such as China, Japan and South Korea are expected to show strong growth in laser processing market during the forecast period. This is majorly due to the rising automobile and original equipment manufacturing (OEM) industries in these countries.

The global fencing market is segmented based on product type into two major categories namely - agricultural wire fence and commercial wire fence. The market has also been segmented based on the material used for fencing into four major categories namely- metal fencing, wood fencing, plastic and composite fencing and concrete fencing. The end use segments of fencing covered in this report are the residential, agricultural and industrial sector. The market is also segmented by geography into North America, Europe, Asia Pacific and Rest of the World regions. Market sizes and forecast are made after critical analysis of various trends and demographic and economic factors which affect the market growth. The report provides a strategic and competitive analysis of the global fencing market, and the growth forecast for the period 2012 to 2018.