Group items tagged

Micro-hospitals are hospitals designed both functionally and technically to provide the appropriate medical care in the most suitable place at the most affordable price.

Micro injection molding is a molding process for the manufacture of plastics components for shot weights of 1 to 0.1 g with tolerances in the range of 10 to 100 microns. In this process, the material being molded is first liquefied by heating it to a specific temperature.

The Orthopedic Trauma Devices market is anticipated to witness significant growth, owing to adoption of new technology and the introduction of new devices. Currently there are many than 150 orthopedic devices manufactured by several manufacturers. Orthopedic trauma recovery devices that are now available are primarily designed to fixate a post mortem head or neck pain and joint stiffness without invasive interventions. The principal goal of those orthopedic devices is to offer respite from pain by performing micro-restorations within the skeletal system.

Sterile testing can be used for the purpose of identifying and removing micro-organisms during the manufacturing processes of finished pharmaceutical products and other formulations.

Smart sensors are an exciting new addition to the list of technologically advanced, cutting-edge devices. A smart sensor is a micro-sensor that takes any pre-programmed action when it detects the correct physical input from a human or animal.

Biological safety cabinets, also known as biosafety cabinets or microbiological safety cabinets, are enclosed ventilated workstations that protect the user, the product, and environment from aerosols arising from the handling of potentially hazardous micro-organisms.

Micro-processing, surface modification, laser drilling, laser marking, laser cutting, and laser welding are all examples of laser processing. Laser processing is frequently used for marking/engraving electronic components, consumer items, and specific parts utilised in end-of-life industries. Furthermore, laser processing has certain advantages over traditional processes such as water jet, flame, and plasma technologies.

Chlorine serves as an effective disinfectant for drinking water, bathing facilities, and other water supply applications. However, some health officials and environmentalists question the continued use of chlorine in our water supplies because of its known effects on natural environments and human health.