Our products Trusted by Customers from dozens of manufacturing fields ranging from Aerospace & Automotive to Mining, Semiconductor Microelectronics & Defense and many other fields. We are happy to work with companies of all sizes from Fortune 500 to startups. We support scientists and engineers around the world with high quality tools, consumables and equipment at an affordable price.
First company to develop SMART CUT® technology. ADVANCED Technology that redefines the standard in cutting and drilling. Diamonds are oriented inside matrix so that every diamond is better able to participate in cutting, drilling, or diamond machining action. Every diamonds works in the right place and at the right time, where you need it most Find out more
Slicing, Dicing, Wafering, Cut-off, Singulation, Grooving, Slotting, Cross Sectioning, Gang Sawing, Slabbing, Rough Cutting, Drilling, Milling, Carving, grinding, polishing, chamfering, and many others
Electroplated Diamond Products from 0.5 microns to 20 grit (diamond mesh size) in Synthetic, Natural Diamond or CBN (cubic boron nitride). Electroplated DiamondProducts Manufactured by UKAM Industrial are Multi Layered. They have 3 layers of diamonds, not just 1 layer
of diamonds like conventional electroplated diamond tools. This provides longer drilling life, faster and freer machining action, & more consistent performance.
Electroplated Diamond Tools are used for cutting, slicing, dicing, drilling, milling, slotting, grinding and polishing of large range of materials. These Tools are used in semiconductor industry, composites, stone, glass, optics, plastics, & many others Sintered (Metal Bond) Diamond & CBN Tools Hybrid Bond™ Diamond & CBN Tools
Sintered (metal bonded) diamond tools for a large variety of applications, materials, and industries. Metal Bonded Diamond Tools are “impregnated” with diamonds. This means that selected diamonds are mixed and sintered with specific metal alloys to achieve the best cutting performance Find out more
Sintered (Metal bond) is the strongest of all the bond families. Offering the longest life, greatest variety of specifications and fields of use available. While its not the optimum solution for all applications, Its one of the most widely used bond across most industries today. All types and forms of diamond tools are available with this bond matrix. Such as diamond wheels used for grinding, diamond cut off wheels use for cutting, slotting, grooving, diamond core drills and bits used for drilling, reaming and milling. Diamond router bits, carving points and form tools used for shaping and forming. recommended for machining hard materials from 45 to 75 on Rockwell Scale
Between METAL BOND and RESIN BOND. Resin bond process with added nano fillers to increase bond hardness. Hybrid bond offers advantages of cutting speed and fine finish that you have come to expect in a resin bond, along with long life, consistency, aggressiveness, durability, and excellent performance typically available in sintered (metal bond)
very hard and dense materials, tungsten carbide, metals, optical glass. Slicing, Dicing, & Grinding
Brazed Bond Diamond Tools are produced inside vacuum oven at a high temperature, single layer of diamond crystal bonded to steel body with very high diamond exposure. Not only does it promote high diamond exposure, but it also eliminates the loss of diamond particles through pull-out. The diamond section will not strip or peel from the steel body.
Brazed Bond Diamond & CBN Tools are perfect for machining tough-to-cut materials where fast stock removal and deep cuts are required. Including applications such as: non-metallic materials such as graphite epoxy, FRP, graphite, fiberglass, friction material, honeycomb other composites, metals, marble & other soft materials.
Organic bond matrix that is formed by high pressure and high temperature. Based on phenolic or polyimide resins mixed with fillers or abrasive grains. Recommended for applications where cut quality and surface finish is very important. Compared to their sintered (metal bond) counterparts. Used on wide range of applications due to their fast and cool cutting characteristics
Recommended cutting, grinding and polishing hard, brittle or delicate materials including ceramics, glass tubing, optical glass, carbides, composites, silicon, magnetic materials, thermal spray alloys and exotic metals where low heat generation or improved surface finish is desired. Must be used at higher speeds. CBN, Resin bond Tools are recommended for cutting and grinding hard steels above Rc 60 at high speeds.
Fired Ceramic Bond matrix, which is very brittle and porous. Also known as ceramic bond. Based on fusible glasses combined with fillers and abrasive grains. Offers durability of sintered (metal bond), along with free cutting action of resin bond. Vitrified bond has higher bonding strength then resin bond. Vitrified bond diamond tools are free cutting, produce good surface roughness, have good wear resistance and retain straightness and form very well.
Automotive parts grinding, Paper Manufacturing Industry, Bearing Industry, Aerospace industry, Turbine Industry, Grinding of PCD and PCBN, Profile grinding of TC threading plates, OD grinding of Printing Rolls, Shafts and Rods, Flat grinding of Ceramic components, Flat, OD and ID grinding operations of various parts, Grinding of Camshafts and Crankshafts, Finishing of turbine parts.
PCD (polycrystalline diamond) is composed of diamond particles that are sintered with a metallic binder at extreme temperatures and pressures, creating the hardest and one of the most abrasion resistant materials used in cutting tools. These inserts are braised on to cutting tools and are used in machining applications in many applications where you find carbide tooling that includes sawing, routing, drilling and profiling to maximize tool life and reduce production cost.
PCD tools are used for processing aluminum and aluminum, aluminum alloys, copper, copper alloy, babbitt metal, wood, wood based fiber materials, aluminum oxide, reinforced floor boards, wear resistant plastic, Bakelite, graphite, stone materials, tungsten carbide, hard cartons. Epoxy resins, Fiberglass composites, Carbon-phenolic, Hard rubber, Plastics, Ceramics (unfired), Graphite
PCBN cutting tools are used for hardened steel, tool steel, mold steel, bearing steel, chilled cast iron, high chromium cast iron, nickel based high temperature alloy, gray cast iron, zinc alloys, sintered tungsten carbide & many other nonferrous materials that are difficult to machine.
Diamond dressing tools are made with natural diamond stones set in steel shanks of various shapes for straight or form dressing. For truing and dressing of conventional abrasive grinding wheels. Single point, multi point, chisel shape, straight, angle, and radius configurations.
Diamond dressers are used for truing and dressing conventional abrasive and super abrasive (diamond/cbn) wheels. Truing is to restore the wheels profile and dressing is opening the abrasive layers remove stock or closing to finish the face of the wheel.
Diamond rollers are used to form grinding wheels for many different kinds of mass production. Shorter dressing time and long tool life leads to high productivity and consistent process conditions. Many kinds of conventional grinding wheels, and in special cases super-hard grinding wheels, can be dressed with this dressing method. Dressing rollers can be classified under Diamond profile dressing rollers and Diamond form dressing rollers. Diamond profile dressing rollers are used to share grinding wheels in shortest amount of time. Profile form dressing rollers are used to from simple and high complex profile contours.
Diamond rotary dressers are used for manufacture of components for automotive, aerospace, power generation, machine tool and precision engineering industries. Threads, Turbine Blades, Bearing Jornals, Bearings Races, Engine Valves, Fuel Injector Components, Shearing Blades, Gears, Engine Components, Transmission Components.
CVD diamond coating takes place in a vacuum chamber using a hot-filament, chemical vapor deposition (CVD) process. Carbon gases are introduced into the vacuum chamber where high temperatures cause carbon atoms to re-bond into a 100% pure crystalline diamond structure. The crystalline diamond slowly grows on the surface of cutting tools (usually made from carbide) forming a continuous coating of up to 20 microns in thickness. Standard carbide tooling with this type of coating depending on application will last 10 to 50 times longer.
Diamond dressing tools are made with natural diamond stones set in steel shanks of various shapes for straight or form dressing. For truing and dressing of conventional abrasive grinding wheels. Single point, multi point, chisel shape, straight, angle, and radius configurations.
Used on softer and gummy materials where usually tungsten carbide tooling is used by wears out or has to be reshaped quickly. Applications such as machining graphite, hard carbon, green ceramic, carbon fiber, reinforced polymers, fiberglass, plastics, wood laminates, non ferrous metals.
Abrasive Cut Off Wheels, Abrasive Discs, Abrasive Rolls/Strips, Abrasive Belts, Silicon Carbide (SIC), Zirconia Alumina (ZA), Aluminum Oxide (ALOX), Grinding Wheels - (Aluminum Oxide and Silicon Carbide), Lapping Films (Plain Backed & PSA Backed, Felt Polishing Pads.
We provide large variety of precision graded abrasives for large variety of applications. Including optics, semiconductor, advanced ceramics, photovoltaic, sample preparation, materials research, and glass industries. Applications include cutting, grinding, and polishing.
Used for polishing and lapping fine ceramics, integrated chips, micro electronic packages, magnetic heads, quartz, cemented carbide, optical lenses, copper, ultra hard & brittle materials and many other materials.
Used for large variety of softer and gummy materials where diamond is not usually used such as: graphite, copper alloys, CFRP, Plastic, Thermoset Plastic, High Density Plastic, Nickel/Cobalt, Titanium Alloy, steel, magnetic tape, metal foils, P.E.T., polyester, sheet rubber, fine gauge steel, film, abrasive, paper products, green ceramics, PC Board substrates, fiberglass, laminates, MLP/QFN
Complete range of diamond saws, equipment and accessories for cutting (sawing) advanced materials. Such as: ceramics, glass, plastics, quartz, metals, and graphite. From high capacity cutting of very large work pieces to precision cutting of even the most delicate samples. Our diamond saws are widely used in Research and Development, Quality Control, Failure Analysis, as well as Industry.
Diamond Sectioning Saws, Slicing Saws, Dicing Saws, Rough Cutting Saws, Slab Saws, Band Saws, Gang Saws, and other sawing equipment. In additional to their industrial and R & D application, our saws have been successfully used in fields such as: geology, archeology, paleontology, criminology, forensics, biology, pathology, histology, anatomy, and dentistry.
6" to 24" (150mm to 609mm) diamond grinding, polishing, & lapping machines for Industry and R & D. Designed coarse & fine grinding and polishing of Advanced, Ultra Hard & Brittle Materials, Optical Materials, Composites. High hardness materials including
Metals, ceramics, refractories, cement, and petrographic thin sections. As well as full range of optical materials, such as: Bk7, Fused Silica, Zeroder, Quartz, Soda Lime Glass, Yag, Sapphire, and Many Other Materials.
Diamond is the hardest material known to man kind. When used on diamond/tools, diamond grinds away material on micro (nano) level. Due to its hardness Diamond will work all types of materials from hardness of 40 on Rockwell scale and up. Diamond will machine hardest material, including those materials that other conventional types of abrasives, carbide and high speed steel will not.
UKAM Industrial Superhard Tools is a U.S. High Technology, Specialty Diamond Tool & Equipment manufacturer. We specialize in producing ultra thin, high precision cutting blades, precision cutting machines diamond drills, diamond micro tools, standard & custom advanced industrial diamond tools and consumables.
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