Grease is used for the lubrication of all mechanical systems. The main purpose of grease is to reduce friction between moving parts, which results in an increase in the efficiency and output of the system. It also reduces wear in machine parts, leading to the extended life of components.

Telehealth includes the delivery of health education, healthcare, and health information services through remote technologies. It is defined as the facilitation & delivery of health & health-related services such as medical care, patient education, and self-care through telecommunication and digital communication technologies. For the deployment of telehealth, several technologies are being used, such as mHealth, digital photography, video & audio technologies, RPM (remote patient monitoring), as well as store & forward technological tools.

A laundry dosing system automatically adjusts the detergent quantity to the actual load of the washer extractor. It is widely used in commercial and industrial sectors. The correct dosing technology ensures an error-free operation and smooth process with optimal washing results at viable costs. The dosing technology precisely adds the required quantity of detergent for optimal washing results at the correct time with preconfigured programs.

The global zero-turn mower market is witnessing substantial growth due to the expansion of green acreage and the construction of parks and lawns. The rising demand for lawns and green spaces is high in the market. In addition, the increasing landscaping industry and rising infrastructure, such as hotels, residential houses, golf courses, sports arenas, and others, are pushing the demand for zero-turn lawnmowers. The market for zeroturn lawnmowers is also influenced by the government’s growing efforts to expand green spaces through the construction of parks; lawns and playgrounds are driving the market demand for the equipment.

The bioprinting technique involves the periodic arrangement of various biological materials, such as biochemicals and biocells, to fabricate tissues and organs. Several bioprinting techniques are used to generate 3D functional human constructs that mimic native tissues/organs. Different biomaterials based on carbohydrates, proteins, nucleic acids, and nanocomposites are used in bioprinting methods to create biocompatible and biodegradable scaffolds. These scaffolds promote cell adhesion and proliferation in the tissues engineered using 3D bioprinting techniques. Bioprinting methods have enabled researchers and manufacturers to mimic the natural tissue microenvironment to create advanced tissue models. Also, these methods have had an immense impact on the field of medicine and healthcare.

Casting of semi-finished iron products Casting of grey iron castings Casting of spheroidal graphite iron castings Casting of malleable cast-iron products Casting of semi-finished steel products Casting of steel castings

Manufacture of textile floor coverings: Carpets, rugs and mats, tiles Manufacture of needle-loom felt floor coverings

Manufacture of wooden goods intended to be used primarily in the construction industry: Beams, rafters, roof struts Glue-laminated or metal connected prefabricated wooden roof trusses Doors, windows, shutters and their frames, whether or not containing metal fittings, such as hinges, locks etc. Stairs, railings Wooden beadings and mouldings, shingles and shakes Parquet floor blocks, strips etc., assembled into panels Manufacture of prefabricated buildings, or elements thereof, predominantly of wood Manufacture of mobile homes Manufacture of wood partitions (except free standing)

Manufacture of ball and roller bearings and parts thereof Manufacture of mechanical power transmission equipment: Transmission shafts and cranks: camshafts, crankshafts, cranks etc. Bearing housings and plain shaft bearings Manufacture of gears, gearing and gear boxes and other speed changers Manufacture of clutches and shaft couplings Manufacture of flywheels and pulleys Manufacture of articulated link chain Manufacture of power transmission chain

Manufacture of primary cells and primary batteries Cells containing manganese dioxide, mercuric dioxide, silver oxide etc. Manufacture of electric accumulators, including parts thereof: Separators, containers, covers Manufacture of lead acid batteries Manufacture of NiCad batteries Manufacture of NiMH batteries Manufacture of lithium batteries Manufacture of dry cell batteries Manufacture of wet cell batteries