The metalworking fluid (coolant) cost should account for 1% of the total cost of the machining process (the other costs when producing parts on a machine tool include the machine cost, material cost, tooling costs, labour costs, energy costs and others). 1% is a small percentage but if the incorrect coolant is chosen the percentage and costs increase disproportionately.
The shutdown period which typically runs for three weeks over the Christmas period is a time for relaxing and recharging the batteries after many long
A customer that machines cast aluminium runs a high-speed drilling operation utilising a low viscosity neat cutting oil. The product in use has a viscosity
The global trend in production facilities is rationalisation. Rationalisation of processes and the number of products required to run a process. Machines are being made
Compressors are fascinating machines that harness different forms of energy and transform them into valuable mechanical energy. While various types of compressors exist, their fundamental
A gearbox is a mechanical piece of machinery that is designed to transfer energy from one device to another and is used to increase/decrease torque
Internal combustion engines have been known to be inefficient when it comes to converting fuel into usable energy. This is owing to the fact that
Did you know that the type of water used in metalworking processes matters? To elaborate, the quality of water used can impact the performance of
Three contaminants of Metal Working Fluids Water-based metalworking fluids are essential for effective metalworking processes. They contain a blend of crucial components, including pH buffers,
In the early 1990s, the American Petroleum Institute (API) produced a system to categorize the various types of Base Oils being produced. This organization listed
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