subject: High Pressure Die Casting Is Thriving Mrt Productivity [print this page] High pressure die casting is widely applied
When it comes to the items produced by high pressure die casting manufacturer, most may feel far away from our daily life. Actually, it has been widely applied the same as consuming electronics. Dominating in the field, the World-class foundry MRT Castings have just invested in a new extractor robot for its largest die casting cell as well as speeding up operations and further enhancing quality. The new extractor robot is complemented with its robot-controlled ladle and dies spray. This indicates its largest casting cell is now fully automated. It is the latest aluminum casting cell at MRT to undergo the upgrade. The company is planning similar improvements to its other cells to ensure remaining at the forefront.
Choosing high pressure die casting help boost MRT productivity
Manufacturers can cut costs, boost productivity and reduce circulation time to market by choosing a foundry that invests in the latest robot-controlled die casting cells. Foundries with more automation enjoy higher productivity and superior consistency of quality, but the best technology is not restricted to larger operations. UK-based MRT has a long track record of being at the cutting edge of high pressure die casting technology. Whereas being a smaller foundry, it can offer hi-tech solutions for small batches of contracts as well as larger projects. MRT has been investing in its CNC machining technology, thus bringing in two more machines to boost production and improve quality. This means that MRT now has thirteen high speed machining centers. They are featured pallet changers, on-line Renishaw probing, fourth axis rotary tables and spindle speeds of up to sixteen thousand rpm. MRT carries out work for manufacturers from a very wide range of industrial sectors, providing a complete single source solution with casting, finishing and even assembly of components.
High pressure die casting is the quickest route from molten metal to finished product
Medical manufacturers choose MRT because they need innovative design solutions, world-class production and quality control with supply chain flexibility, even in smaller volume contracts. The company is also seeing more work from OEMs in the defense and electronics sectors. Latest projects include hand controllers for remote weapon stations and cast housings for motion capture cameras. Selecting the best process is vital. High pressure casting is the quickest route from molten metal to finished product; gravity casting has lower tooling costs but less dimensional accuracy and quality of surface finish; the sand casting process is the simplest method.
