Mike Redden, Kosmo Machine’s Vice-President of Manufacturing, likes to receive emails like these, in this case from an aerospace client whose parts were completed on Kosmo’s 5-axis machine. “It was a very complex job—airframe components. Successful execution requires a culmination of having the proper equipment, software and most importantly, human talent,” says Redden. “It’s nice when final assembly proves out form, fit and function.”
“We’re really excited about these two new EDMs,” says Pat Smook, the company’s Vice-President of Sales. “They’re allowing us to complete even more complicated designs for our clients while at the same time offering unprecedented precision and repeatability.” The machines can be used to cut plate profiles and are popular in the tool and die industry.
Also referred to as ice blasting, dry-ice blasting is a highly efficient method of using pressurized dry ice for cleaning appliances and equipments in industrial areas and environments. Dry ice is solid carbon dioxide, and at extremely low temperatures, it is directed at industrial surfaces to remove dirt, contaminants, and other substances that can affect the quality of equipment and tools.
The cleaning solution is used in various industrial applications including food processing, shipbuilding, electric motor companies, oil mining, power generation, and chemical plants. This post details how dry-ice blasting can serve as an efficient form of maintenance and provide unique benefits in comparison with conventional blasting methods.
Machining is the process of producing several types of metal and machine components to create a specific shape or design to fit various industrial uses. Different machine and metal components are used in a wide variety of industries from aerospace and automobile to petroleum refineries and power plants. For this very reason, a machine shop may make metal parts for various industrial processes using advanced production methods.
Advanced machining tools, such as CNC milling and turning machines, are usually employed to create different dimensions to a metal object. In contrast to the manual milling cutting methods in the past, contemporary CNC milling machines consist of multiple rotary cutters to ensure precision and accuracy of cutting metal objects to create specialized parts. The following are some industries that a machine shop might make parts for.
The role of a machinist is very important for ensuring all metal components and parts are produced and designed in a manner that conforms to the highest industry quality standards. Also, the machining process has to be managed safely and reliably to avoid the possibility of injuries in the workplace, or damage to the machine tools used for cutting materials and metal components.
These requirements mean that a machinist must be highly skilled and adept in carrying out complex milling and turning tasks. This is especially true with regards to a CNC milling machine, due to the variety of tools and programmable settings that have to be configured to ensure the effective quality of finished parts. Following are the skills and training that a machinist is required to undertake.