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| Many of the injection molded products Mountain Mold & Die produces are also assembled in our plant. Some are assembled at the press as they are molded. This is a natural progression that many custom plastic injection molding companies make. What sets us apart is that while we were assembling 26 million RFID keys for the automotive industry our expertise in assembly increased dramatically. We never try to reinvent the finger, but we do maximize the throughput of each process in a cost effective manner. As mentioned on our capabilities page "our abilities of eliminating restrictions to work flow have been honed to a razor edge" is true. Based on results during the past 4 years, when an existing line or assembly cell has been transferred to our facility, an increase in production of 50-100% can be achieved. We may provide case studies depending on your product or business line. |
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| Modern plastic injection mold making requires the use of CNC and Wire EDM technology to produce the many intricate inserts, cores, pins and blocks that make up the plastic injection mold. We have extensive experience in these fields as we have been milling 3-D surfaces since 1988. We also have the ability to Wire-Cut 5 axis profiles on metal parts up to 2,500 lbs., and up to 12 inches thick. We are not a high production wire-EDM shop that cuts 20-100 of the same parts each day, but we do have these unique capacities that we offer. |
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| Mountain Mold & Die's ISO 9001:2000 Quality Management System enables us to certify your part if needed. Our quality lab is completely equipped with CMM, measuring instruments, hardness testing, color spectrophotometer as well as gauges that can be used to inspect 10 or 10,000 parts. |
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MIG & TIG Welding Services
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| Tool steel welding up to 4,500 lb. is available in our plant. Typically used for mold repair the most common type is H-13 tool steel. Some stainless tool steels can also be welded with excellent results. Most hot-work type tool steels "H-**" can be welded with excellent results. The geometry of the part and the area to be reconstructed generally define the effort required to successfully weld any workpiece. Many jobs require a preheat process to reduce the risk of cracking the workpiece. On most die steels, welding is not recommended as they often crack. If the work piece hardness is greater than 56 Rockwell "C" standard TIG welding is not advised. |
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