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The Dermatology diagnostic devices are used for treating and diagnosing skin disorders. These devices assist in early detection of skin disorders and improving the skin conditions of the patients. The need of dermatology devices is increasing due to prevalence of skin disorders such as psoriasis, acne, melanoma and others. The desire for youthful appearance and trend of non-invasive aesthetic surgeries would open up new avenues for dermatology diagnostic devices.

Pyrogen is a thermostable bacterial toxin that induces immunogenic response when administered parenterally. Pyrogen testing is a process that determines the presence of bacterial toxins in vaccines, biotechnological products, and drugs, which induces fever in humans. It also determines the presence of microbes and their metabolites in drugs during the manufacturing process. Pyrogen testing is carried out during drugs and vaccine manufacturing process to prevent contamination and to ensure the absence of toxic molecular products.

Internal trauma fixation devices are mainly used in stabilization of critical fractures and dislocations, and deformity correction procedures. Internal trauma fixation devices assist in faster bone healing and improper bone recovery, which, would help to reduce the duration of hospitalization. Internal trauma fixation devices are manufactured from raw materials such as, stainless steel, titanium, and cobalt as these materials are flexible, durable, and stable and are capable of providing adequate support to bone and assist in rapid recovery. The demand for internal trauma fixation devices is increasing over external trauma fixation devices as it reduces the stay in hospital and prevents.

Prepacked columns are ready-to-use columns for chromatography testing, which are standardized high-performance bioprocessing columns prepacked with a range of bioprocess media. It is used in several chromatographic applications, such as separation of proteins, DNA, plasmids, endotoxins, vaccines and viruses. It eliminates time-consuming & laborious column packing, cleaning, and sterilizing and reduces time for testing, validation and documentation. Small size prepacked columns are useful for method optimization and parameter screening. Robust design and validated prepacked methods enable consistency and flexibility in operations of prepacked column. The innovative disposable prepacked columns are introduced in the market in order to achieve greater productivity and efficiency.

A clinical chemistry analyzer is use to analyze blood serum, plasma, urine and other body fluids with the help of various measurement technologies such as photometric and colorimetric testing, ion-selective potentiometry, and latex agglutination. The chemical analyzers can be employed in small point-of-care clinics and high-throughput clinical labs to determine concentration of metabolites, proteins, sugars, and electrolytes and others. In this device, samples are first inserted in a slot or tray, programmed through a keypad, and results are displayed on a screen. The analyzers are available as bench top models, compact bedside models, and high-throughput floor-based units. Clinical analyzers are used to monitor diseases such as diabetes, testing for metabolic functions or cardiac markers, and drugs-of-abuse testing. Technological advancements in clinical chemistry analyzers enable users to obtain accurate results in less time.

The Live cell imaging is the study of cells in real time using the images obtained from screening systems and microscopes. The technology has altered the approach of scientists to study proteins, molecular interactions and internal structures of cells, cellular processes and understand biological functions. It enables them to observe cells to get an in-depth analysis instead of studying the images of fixed cells. Information with more precision can be obtained using live cell imaging, which plays a crucial role in understanding cell dynamics in research fields such as immunology, genetics, neurology, microbiology and others. Technological advancements in live cell imaging will fulfil the demands of academic institutes, government organizations, pharmaceutical companies and diagnostic laboratories.

Advanced wound care comprises products that are used to treat acute and chronic wounds, such as ulcers, burns and post-operative wounds. The advanced wound care products such as film and foam dressings, hydrogels, alginates and hydrocolloids keeps the wound hydrated to encourage healing without occluding the wound. Health care professionals are emphasizing on the importance of keeping a wound moderately damp and are prescribing advanced wound care products for more severe wounds such as amputations and deep laceration. This type of treatment is expensive, however, prominent due to its effectiveness and faster healing process. Besides healing, advanced wound care products have various advantages over conventional wound care products viz. constant temperature around the wound, regulate oxygen flow, provide barrier to bacterial & microbial penetration, reduces complications, and protect wound from infection.

The hydraulic power unit (HPU) is a package consisting of various components such as hydraulic motor & pump, reservoir/accumulators and other accessories such as filter, valves, tubes, regulators, and instruments used to monitor the performance of a hydraulic system. It is used to transmit, control, and distribute energy from a pressurized fluid to perform various mechanical tasks and is a main component of hydraulic systems producing enormous amount of power, driving various hydraulic rams and equipment.

A coiled tubing (CT) refers to a long metal pipe, which is normally used in oil & gas fields for well interventions or sometimes as a production tubing in depleted oil and gas wells. Coiled tubes are made up of very low-alloy carbon-steel and are used during the phase of completion and oil recovery. With the large number of oil fields maturing, global production of oil volumes has decreased and companies in the exploration process need high-performing products. The usage of coiled tubing has many advantages such as small trip times, less labor intensive, and others.

Automation process of power distribution feeders in a distribution network is very essential to achieve uninterrupted & faultless power supply and enhance the power distribution network across the world. Distribution feeder automation system includes components such as feeder dispatch and control center, feeder remote terminal unit, and feeder terminal unit. Some of the typical applications of the functions of distribution feeder automation system includes effective monitoring, enhanced control, SCADA (supervisory control and data acquisition), and FDIR (fault, detection, isolation, and restoration).