• Four electron beam guns melt material at 3,300 degrees Celsius in a vacuum environment boiling off impurities
• Ability to reach purity levels of less than 1,000 ppm

• Large cold rolling operation goes through several annealing/rolling cycles applying 3 million pounds of force to transform thick “sheetbars” into plate
• Capable of rolling to aluminum foil type thicknesses utilizing large, intermediate & small mills

• Manufactured coiled strips are rolled through a series of progressive dies into tubes with seams TIG welded
• Ability to achieve very tight and uniform thickness and diameter tolerances

• Hot and Cold rolling of W, and Mo based materials
• Conversion of raw material ingot to plate and sheet products
• Capable of tension rolling to thin precision gauges

• Finish machining of sintered WHA and wrought Mo materials for medical, aerospace, and defense industries
• Precision inspection equipment used to verify each operation

• Fabrication and assembly of W and Mo products to furnace and sapphire industries
• Near-net shape cutting of blanks to customer specifications

• 5,000mt Lowey Hot Metal Extrusion Press
• Toll conversion of alloys serving Aerospace, Oil & Gas, Superconductor, Automotive and Electronic industries

• Powder Bed Fusion – Laser (PBF-L) capabilities in variety of refractory metals and alloys
• Aerospace, biomedical, and industrial products
• Manufacturing complex and advanced designs for higher service efficiency

• GFM forge is CNC controlled assuring process repeatability from one billet to the next.
• Specialize in high temperature materials including molybdenum, nickel, and cobalt alloys
• GME manufacturing, defense, and industrial products

• Two electron beam guns heat material (Mo, Ta, Nb) to 3,000 degrees Celsius
• First and second melt capability to achieve high purities

• Finish machining of rolled WHA sheet, pure tungsten sheet, Mo parts for the Medical industry and WHA blocks for Medical and Industrial application
• Capable of high precision and level of detail

• Grinding of turned Mo parts for the Medical Industry
• High precision parts with industry-leading tolerances below one micron

Capable to plate

• Rhodium: within 0.1µm
• Ruthenium: within 0.1µm
• Nickel: within 3µm
• Electroless Ni: within 1µm
• Gold and Silver: within 3µm

• Lapping molybdenum to within 2-5um in flatness
• Molybdenum disc diameter: 20-150mm
• CNC precision machining capabilities for molybdenum and tantalum
• Volume precision punching

• Welding in a controlled atmosphere: Mo, Ta, W, Nb

• Cold Isostatic Press, Bladder containment, 1.4m effective diameter, 4.65m depth, 248mpa
• Used to consolidate tungsten and tungsten alloy

• Pure tungsten susceptor, 500KW, High Temperature (2,300°C) Sintering Furnace, 3,000kg
• Sinters ingots and blanks for machining

• Capable of cutting down to 0.13mm thick parts, including tungsten and molybdenum
• 650mpa pressure allows for faster cutting than conventional waterjet