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  • Kent, Washington Waterjet Shop Specializes in Tight Tolerance Waterjet Cutting
    Cutting 6.5" titanium billets for Boeing. The material is forged into its current configuration, then waterjet cut (leaving .250" excess) and machined to its finished shape. Productivity is doubled by using two cutting heads. Photo courtesy Pegasus Northwest. Cutting 5/8 (.625") MIC6 Aluminum, P/N
  • Living Water Studios Uses Water Jet to Make Christian Artwork
    In a unique fusion of faith, artistry and manufacturing technology, Living Water Studios of Kent, Wash., has found an enduring new purpose for its parent company's industrial water jet cutting machines. These high-tech machines, which normally are abuzz cutting titanium aircraft parts and other
  • Medical Device Link .
    A fully certified manufacturing company produces implantable fixation elements for orthopaedic and trauma applications, along with the surgical instruments necessary to apply them. All raw materials, such as titanium, stainless steel, and alloyed aluminium, are imported and carry all necessary
  • Medical Device Link .
    Cannulated bars are fabricated from stainless-steel and titanium alloys. AISI 304L-, 420-, 440-, 630-, and custom 455-stainless-steel bars measure 2 4 m and are used in the manufacture of medical instruments, while 316 LVM, 22-13-5, Rex 734, Ti6Al4Veli, and Ti6Al7Nb materials are suited
  • PCNC 1100 Datasheet
    , stainless steels, and titanium. The PCNC 1100 offers unprecedented value through Tormach's unique combination of machine design and business practices. The machine's design greatly benefits the demands of short production runs and R&D. For instance, cutting time is a small part of the overall project
  • Medical Device Link .
    of 20,000 rpm and has a 30-hp spindle can perform rough cutting and finished cutting from the same spindle. Supplied by , the FV105A's rapid cutting and feeding rates, combined with its powerful spindle, allow cutting of a range of materials from aluminum to titanium. In addition, the center's speed
  • TrueMill White Paper
    the tool manufacturer's recommendation can be achieved while cutting at a depth equal to two times the diameter of the tool on materials such as titanium, hardened steel (40RC to 50+RC) and other difficult to machine materials. Controlling the tool engagement also allows for controlling the chip
  • Medical Device Link .
    Special cutting and forming capabilities developed by a stamping company enable micromachined and metal-injection-molded components to be converted into precision microstamped parts. The result is enhanced dimensional control and a lower cost per component. The microtechnology has been applied

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