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        UKAM Industrial Superhard Tools is a small American High Technology, Specialty Diamond Tool & Equipment Manufacturer We produce ultra thin and high precision cutting blades and precision cutting machines for a wide variety of industries and applications. Specializing in Manufacturing ultra thin & high precision diamond & cbn blades starting .001" (25 microns) thickness. Precision cutting machines and consumables/accessories

        Find Diamond & CBN Blades by Blade Type

        Blades for Microelectronics

        Diamond Dicing Blades from 0.5″ (12.7mm) to 6″ (154mm) in Diameter, starting from .001″ (25 microns) thick. For all applications and all types of Dicing & Slicing machines, Applications:BGA Packages, QFN, Alsmag, LiTaO3 & LiNbo, FR4, PCB, & many others.

        Blades for Lapidary

        sintered (metal bond) diamond lapidary blades are the highest performance & longest lasing blades available today. Used on trim saws, slabbing saws, tile and masonry saws with coolant. Available from 4″ to 48″ diameter & thickness starting from .004″(0.1mm). Standard arbor sizes from 5/8” to 1”. we can change the arbor to anything same day if needed.

        Blades for Stone

        We have Diamond Blades available from 0.5” to 48” OD, Used for cutting large variety of stone materials. We have large variety of blades in stock and can custom manufacture almost any specification. We machine custom arbor sizes, pin holes and even restore and retip blades

        Blades for Construction

        Diamond Blades available from 0.5” to 48” OD, Used for cutting large variety of concrete and construction. We have large variety of blades in stock and can custom manufacture almost any specification. We machine custom arbor sizes, pin holes and even restore and retip blades

        Ultra Thin & Precision Carbide Blades

        Ultra Thin & High Precision Carbide Blades for Slicing, Dicing, Slotting, & Grooving – available as thin as .004″ and diameters from 50mm to 500mm. Ttypically used on low speed cutting machine. Typical application are materials where diamond cannot be effective used such as green ceramics, PC Board substrates, fiberglass, laminates, MLP/QFN, and similar materials

        Blades for Composites

        Ultra Thin & High Precision Diamond Blades from 0.5” to 48” OD, starting .004”. Used for cutting large variety of composites. Bond Types available: sintered (metal bond), resin bond, nickel bond, braised bond,

        Blades for Glass

        Thin & High Precision Diamond Blades<; from 0.5” to 48” OD, starting .004”. Used for cutting large variety of optical glass. Bond Types available: sintered (metal bond), resin bond, nickel bond, braised bond.

        Blades for Advanced Ceramics

        Ultra Thin & High Precision Diamond Blades from 0.5” to 48” OD, starting .004” (0.1mm). Used for cutting large variety of advanced ceramic materials. Bond Types available: sintered (metal bond), resin bond, nickel bond, braised bond, vitrified bond.

        Blades for Metallography

        Diamond & CBN Wafering Blades are the most widely used type of wafering blades for almost all materials and applications. Available from stock from 3” (75mm) to 8” (200mm). Thicknesses range from .004” (100 microns) to .035” (0.8mm). Standard arbor size is ½” (12.7mm). arbor size can be modified to anything you want usually same day. Large Variety of diamond & cbn grit sizes, concentrations, bond hardnesses.

        Diamond Wire

        Diamond wire blades made to order from 0.12mm TO 0.42mm diameter available for any spool for just about any wire

        Diamond Band Saw Blades

        Diamond band Saw Blades made to order to your specifications, available in any length width from 250 (6.4mm).

        Inside Diameter Blaes

        ID blades (inside diameter) diamond cutting plates are nickel bond product with diamond coating on the internal edge. Internal diameter

        Blades for Gang Saws

        Precision diamond & cbn cutting blades for use on gang cutting operations. Blades are produced with high precision tolerances on diameter, kerf thickness, arbor size to achieve high level of consistency. Blade diameters are usually 75mm to 200mm, with kerf thickness usually between 0.1mm to 1mm with arbor size usually 40mm to 88.9mm

        Abrasive Cut off Blades

        Alumina oxide & silicon carbide wheels are formulated for non-ferrous and non-metallic materials. The aluminum oxide wheels are designed for ferrous materials. Coarse grits will cut heavier sections faster and cooler. Fine grits produce better surfaces and less burning on delicate pieces. Soft wheels break down faster exposing new cutting surfaces more rapidly – preferred for hard materials. Hard wheels break down slower, wear longer and are recommended for softer materials

        Find Diamond & CBN Tools By Bond Type

        SMART CUT® Technology​

        Advanced technology that redefines the standard. Every diamond or cbn crystal evenly positioned oriented in open bond matrix. Each crystal is working in the right place, right time, where you need it most.

        Sintered (Metal Bond)

        Sintered (metal bonded) diamond tools have multiple layers of diamonds impregnated inside the metal matrix. Diamonds are furnaces sintered in a matrix made of iron, cobalt, nickel, bronze, copper, tungsten,  alloys of these powders or other metals in various combinations. Metal bonded diamond tools are impregnated” with diamonds.Read More

        Resin Bond

        Available in a large variety of diamond, thicknesses, arbor/mandrel sizes, geometries, diamond sizes, diamond concentrations, and bond harnesses. Over a hundred resin bond formulations are available using hundreds of various fillers, diamond coatings, resins, molding pressures, curing cycles & temperatures.Read More

        Nickel Bond (Plated)

        Nickel Bond Diamond & CBN Blades usually have a single layer of diamonds, held by a tough durable nickel alloy. diamond particles to protrude from the bond matrix, providing a free, faster cutting action with minimum heat generation. Recommended for cutting softer and more gummy materialsRead More

        Braised Bond

        Brazed Bond Diamond Blades 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 and other composites.Read More
        93

        Hybrid Bond

        Hybrid bond blades offer exceptional longevity, maintaining superior form, shape, and extended lifespan while consistently delivering outstanding performance. These blades are designed to overcoming the limitations of conventional resin bond diamond & cbn blades.Read More

        Find Diamond & CBN Blades by Diameter

        Minature Blades

        Slabbing Blades

        Large Diameter Slabbing Blades

        Find Diamond & CBN Blades by Material Type

        Metals

        Composite Materials

        Natural Stone

        Semiconductor Materials

        Precision Optics

        Graphite

        Advance Ceramics

        Plastics

        Construction Materials

        Lapidary

        Ferrous Metals

        Microelectronics

        Wafers

        Find Diamond & CBN Blades by Cutting Machine Type

        Surface Grinders

        Surface Grinder is an excellent overall slicing and diamond machining machine. Used for a large variety of materials / applications. The choice of most machine shops.Read More

        Dicing Saws

        Dicing Saw provides the most precision cutting performance, tolerances, and smoothest surface finish available. Dicing saws provide reduced material loss, & minimum edge chipping.Read More

        Wire Saw

        Lab Precision wire saw is designed to provide a very smooth cutting for almost all kinds of materials, especially for very fragile crystals and substrates such as SrTiO3, YVO4, and GaAs etc.Read More

        Low Speed Wafering / Sectioning Saws

        Used for cross sectioning of a large variety of specimens for metallographic failure analysis process. low- speed, precision cut-off machine for sectioning all types of materials. The cutting speed is continuously variable from 0 to 600 RPM. The required specimen size can be set with an accuracy of + 0.003 mm, by means of LCD digital micrometer, and the cutting pressure can be selected independent of the weight of the specimen.Read More

        Gang Saws

        Gang saws are used for high production operations. Many gang saws are capable of producing 400 to 6,000 parts per minute. Gang arbor accepts  10 to e150 blades. Blades cut simultaneously, providing unparallel consistent performance.Read More

        Band Saws

        Band saws are available for both hobby and production applications. Used for rough and fast cutting of material. Provide less loss of material, than conventional sawing methods. Remain the choice of many users and machine shops.Read More

        Slab Saws

        Used for slabing large pieces of material, that will be later processed into smaller units. Choice of both production operations and lapidary hobbyist.Read More

        Trim Saw

        Come with adjustable speed, and optional self feeding mechanism. Trim saws are in between a regular tile saw and precision cut off saw.Read More

        CNC / Milling Machine

        Used for high production sawing operations. Automatic, fast  and precision sawing of a large variety of materials.Read More

        Tile / Masonary Saw

        Used for rough cutting of different types of material. Single speed, usually with manual feed.Read More

        Abrasive Cut off Blades

        Abrasive cut-off machines are commonly used in laboratories for cutting and sectioning various materials. These machines utilize abrasive cutting wheels or discs to cut through metals, ceramics, composites, and other hard materials. They are particularly useful in preparing samples for analysis, examination, or testing.Read More

        High Speed Precision Saws

        Used for cross sectioning of a large variety of specimens for metallographic failure analysis process. Many saws are automatically programmable for cutting of multiple specimens to desired size & thickness.Read More

        Find Diamond & CBN Blades by Application

        • Slicing
        • Dicing
        • Wafering
        • Cut-off
        • Singulation
        • Grooving
        • Slotting
        • Cross Sectioning
        • Gang Sawing
        • Slabbing
        • Rough Cutting

        Precision Cutting Accessories & Consumables

        SMART CUT™  Coolant (Water Soluble)

        SMART CUT Synthetic Water Soluble coolant (fully contamination free) will reduce heat & friction between dicing blade and material. And improve overall dicing performance by as much as 30%.

        Precision Cutting Service & Process Development

        On all types of Metallic Materials, Ceramics, Optics, Substrates & Wafers. Typical Dimensions of material we work with: Maximum Size of Material: 16” x 24”, Tolerances: +/-  0.01 mm. Maximum Thickness of Material: 2.00”, no Minimum Thickness.

        Dressing Sticks

        We offer large range of dressing stick specifications in wide range of sizes and shapes for most dicing blade applications. These products are used to extend the useful lives of dicing blades by freezing the abrasive particles. Common abrasives include silicon carbide and alumina oxide.

        Flanges​

        large variety of flanges to fit many precision cutting machines available from stockRead More

        Blade Stiffeners

        Wheel Stiffeners provide stability, rigidity & additional support for your blades. They help in prventing the blade from loosing wobbling and loosing its fltantess or breaking. They are placede between your existing flanges to reduce the blade exposure. Wheel Stiffeners are made to order can can be any diameter, thickness or arbor size to fit any type of cutting machine such as Buehler, Struers, Leco & many others . Lead time is few days.

        Precision Arbors

        Precision arbors ½” (12.7mm) and 5/8” (15.75mm) diameter to fit many different type of cutting machines and cutting blades. Use in conjunction with our flanges and wheel stiffeners.

        SMART CUT ™ Precision Diamond & CBN Blades are designed and specially
        selected to provide maximum possible blade life, for your desired cut quality and speed
        • Diamond blade OD: 0.5 in. to 48" in. (12 mm to 1,219 mm)
        • Diamond blade thickness: As thin as 0.003 in. (0.076 mm)
        • Diamond & CBN Abrasive Sizes: 3 to 151 micron
        • Diamond/CBN Abrasive Concentration:25 to 200 con
        • Abrasive (Diamond/CBN) Types: Natural Diamond, Coated & Uncoated Synthetic Diamond or CBN
        • arbor sizes available (inside diameters): any arbor size. Standard are 1⁄2, 5/8", 3/4", 1, 1.25", 40mm, 2.75°, 3.5". For most blades we can alter the arbor size to anything you need, almost same day and if can also produce any arbor size. Blades mounted on straight shank & mandrel available
        • Blade Types: 1E1, 1M1, 1N1, 1V1, 1E8, 1M8, 1N8, 1V8, 1A1RSS
        • Slots: we can grand any slot number depth and spacing
        • diamond depth (diamond height): 1.58mm to 20mm and fully impregnated with diamond (from OD to ID)
        • Blade Edge Type:Continuous Rim, Slotted, Segmented, Serrated, band saw blades, wire blades
        • Blade Core Available: Steel, Stainless Steel, Bronze, Steel with Memory, High carbon steel, tungsten carbide, fully impregnated with diamond
        • Bond Hardness: Super Soft to Super Hard
        • Accessories: coolants, dressing plates, and flanges

        Why Choose Us?

        Unmatched Selection For Many Applications
        Unmatched Technical Support & Expertise
        Superiror Quality & Consistency
        Super Technology & innovation
        Immediate Worldwide Delivery
        American Based Manufacturer
        Custom Manufacturing
        Better Value manufacturer Direct Price

        We Can Help You:

        • Eliminate / Minimize Chipping
        • Improve Surface Finish Quality
        • Preserve True Material Microstructure
        • Reduce & eliminate Material Deformation
        • Increase Production Rate
        • Improve Part Geometry, Straightness & Tolerances
        • Improve dicing Process Consistency
        • Improve Productivity
        • Increase Blade Life
        • Reduce Chipping
        • Reduce Blade Wear
        • Increase Process Consistency
        • Maintain Consistent Cutting Speed
        • Reduce Blade Change & Mounting Cost
        • Reduce Cost

        Its what you cant see that makes all the Difference

        SMART CUT™ technology

        Find Our More

        How SMART CUT ® Bond Works?

        The sharpest and finest quality diamonds or CBN crystals that go into a SMART CUT Diamond Bond, immediately penetrate into the material, grinding and polishing as they cut.

        Diamonds or CBN Crystals are activated only at the exposed layer. As Bond Matrix layer begin to wear out, diamonds in a new Bond Matrix layer are immediately activated, substituting the already used up diamond layer. The SMART CUT Diamond Hybrid Bond makes sure every diamond is in the right place and at the right time, working where you need it most.

        The newly exposed diamonds don't effect diamonds already working on the material. Unlike many other diamond bonds, diamonds in a SMART CUT Hybrid Bond remains sharp and grow sharper with each cut, prolonging product life and consistent performance.

        This advanced formulated open diamond bond design insures minimal chipping, fast cut, constant speed of cut, minimal cutting noise, and most important of all, consistent performance.

        Find the Right Diamond Blade for your Application

        Precision Diamond Blade by itself is perhaps the most important factor in your precision diamond dicing / sawing operation.

        The diamonds impregnated inside the bond matrix of the diamond blade, are what actually participate in cutting action. No matter how precision or well made your saw. You will not be able to obtain the material surface finish, and precision tolerances you need, if the blade you are using is not right for your application.

        UKAM Industrial Superhard Tools experience, precision manufacturing, modern quality control methods, allow us to control and regulate dozens of variables that affect diamond blade life, quality of cut, surface finish. 

        We will work with you to determine your needs, and recommend the Right Diamond Blade & Solution for your specific material / application.

        High Quality Standards & Product Consistency

        Not all Diamond Blades are created equal. UKAM Industrial Superhard Tools uses only the highest  quality diamonds and raw materials in Diamond Blade manufacturing process. The highest quality standards and product consistency is maintained, using sophisticated inspection and measurement equipment. Our Diamond Blades are regularly used in demanding & mission critical applications. 

        Why Use Cubic Boron Nitride?

        Cubic Boron Nitride (CBN) is a synthetic material that is renowned for its exceptional hardness and high thermal stability. machining ferrous materials such as hardened steels, cast iron, and superalloys. Its hardness and thermal stability make it highly effective in high-speed machining operations, where it can withstand the heat and pressures generated during cutting processes.

        CBN is recommended for cutting had metals, specially iron and steel. Since carbon in steel reacts with carbon in diamond, quickly dulling the diamond crystal and slowing the material removal. CBN blades provide significantly reduced cutting times for tough, gummy materials, such as lead and titanium. However, CBN are not recommended for ceramics and other non metallic materials. These blades will provide precise cutting capability on difficult to cut samples/materials. These CBN blades will significantly reduce your cutting time on ferrous materials compared to conventional diamond wafering blades. 

        WE ARE A PARTNER IN YOUR SUCCESS

        Let Us Help You

        We highly suggest exploring our Knowledge Center, which contains valuable information, where you will find answers to most of your questions. This valuable resource is offered to you FREE of charge, which is a rare benefit as many companies charge for similar information. We urge you to take advantage of this resource.

        Diamond & CBN Blade Bond Specifications Comparison

        BLADE BOND TYPES
        RESIN BOND
        SINTERED (METAL BOND)
        NICKEL BOND
        HYBRID BOND
        BRAISED BOND
        CARBIDE

        With or without CVD coating

        BOND ILLUSTRATION
        SEM Bond Cross Section
        Applications
        DIAMOND, Resin Bond
        • Alumina
        • Barium Titanate
        • Garenet
        • Glass & Quartz
        • Ferrite
        • LiNb03
        • Silicon
        • Fused Silica
        • Electronic Ceramics
        • Sapphire
        • Ultra Hard & Brittle Materials
        • Sapphire
        • Carbon Fiber Tubing
        • Silicon Nitride
        • Rare Earth Magentic Materials
        • Zirconia CBN (Cubic Boron Nitride)
        • CBN (Cubic Boron Nitride)
        • Moybedum
        • Tungsten Carbide
        • Ferrites
        • Cast Iron
        • HSS Punches
        • HSS Hardened
        • Ni Hard Rods
        • Titanium
        • Stainless Steel
        • High Alloy Steel
        • Chrome Nickel
        • Superalloys Hardened Tool Steels
        DIAMOND, Sintered (metal bond)
        • FR4/BT Resin
        • Alumina
        • Glass
        • Copper & PCB
        • AITIC
        • Green Ceramic
        • Plastic Laminates
        • Zirconia
        • Rare Earth Magnets
        • Fired Multi Layered Ceramics
        • copper
        • aluminum
        • metal matrix composites
        • pc boards
        • thermal spray coatings
        • titanium alloys
        • glass
        • Al203
        • Zr203
        • Concrete
        • soft ceramics
        • electronic packages
        • integrated circuits
        • GaAs
        • Glass
        • Stone
        • Aslphalt
        • CBN (Cubic Boron Nitride)
        • carbon steels
        • high speed steel
        • tool steels
        • alloy steels
        • hardening steels
        • die steels
        • stainless steels.
        • bearing steels
        • Heat Resistant Alloys
        • Sintered Metals
        • Copper Alloys
        • Aluminum Alloys
        • Cast Iron
        • Tugsten
        • Flame Sprayed Metals
        • Magentic Materials
        DIAMOND, (nickel bond)
        • Fiber reinforced composites
        • Plastics
        • Graphite
        • Fiberglass
        • Epoxy
        • pre-sintered and pre- fired (green) materials
        • thermosetting plastics
        • electro carbons
        • soft ferrites
        • farinaceous products
        • electro carbons
        • soft ferrites
        • farinaceous products
        • PC Board substrates
        • fiberglass
        • laminates
        • MLP/QFN
        • soft and gummy materials
        • plastics
        • CBN (Cubic Boron Nitride)
        • Low carbon steel
        • High carbon steel
        • Stainless steels
        • Nickel alloys
        • Cast iron
        • Aluminum
        • Copper – brass alloys
        • metal foils
        • P.E.T
        • polyester
        • sheet rubber
        • fine gauge steel
        • film
        • paper products
        DIAMOND, Hybrid Bond
        • Alsmag
        • Alumina
        • Alumina soft unfired
        • B4C(Boron carbide)
        • Barium Tltinante,
        • Bismouth Telluride
        • BK-7(Glass)
        • Blsmuth Telluride
        • Boron Nitride - hard
        • Boron Nitride-soft
        • Cadmium Telluride
        • Carbide
        • Ferrite
        • Flasde
        • FR4 and Resin
        • G-10
        • Gallium Arsenide
        • Gallium Phosphide
        • Garnet
        • Germanium
        • GGG
        • Glass & Quartz
        • Glass Passivated Silicon
        • Green Ceramic
        • Kovar
        • LiTaO3 & LiNbo
        • Lithium Niobate
        • Nitride Passivated Silicon
        • Passive Silicon
        • Pyrex
        • PZT
        • Ruby
        • Sapphire
        • Silicon
        • Silicon on Sapphire
        • Tic
        • Titanlum
        • and many other materials
        DIAMOND, Braised Bond
        • FR4/BT Resin
        • Copper & PCB
        • Green Ceramic
        • Plastic Laminates
        • Rare Earth Magnets
        • Fired Multi Layered Ceramic
        • copper
        • aluminum
        • metal matrix composites
        • soft ceramics
        • Granite / Marble
        • Fired and pre-fired Ceramics
        • Plastics Industry
        • Glass
        • Graphite
        • Ceramics (pre fired & post fired)
        • Silicon
        • Metals
        • Garnet
        • Germanium
        • GGG
        • Glass & Quartz
        • Glass Passivated Silicon
        • Green Ceramic
        • Kovar
        • LiTaO3 & LiNbo
        • Lithium Niobate
        • Nitride Passivated Silicon
        • Passive Silicon
        • Pyrex
        • PZT
        • Ruby
        • Sapphire
        • Silicon
        • Silicon on Sapphire
        • Tic
        • Titanlum
        • and many other materials
        Carbide
        • Fiber reinforced composites
        • Plastics
        • Graphite
        • Fiberglass
        • Epoxy
        • Fired Multi Layered Ceramic
        • copper
        • aluminum
        • metal matrix composites
        • soft ceramics
        • Granite / Marble
        • Fired and pre-fired Ceramics
        • Plastics Industry
        • Glass
        • Graphite
        • Ceramics (pre fired & post fired)
        • Silicon
        • Metals
        • Garnet
        • Germanium
        • GGG
        • Glass & Quartz
        • Glass Passivated Silicon
        • Green Ceramic
        • Kovar
        • LiTaO3 & LiNbo
        • Lithium Niobate
        • Nitride Passivated Silicon
        • Passive Silicon
        • Pyrex
        • PZT
        • Ruby
        • Sapphire
        • Silicon
        • Silicon on Sapphire
        • Tic
        • Titanlum
        • and many other materials
        Bond Characteristics

        superior cut quality than the finest size metal bond (sintered) bade. Recommended for cutting hard, brittle or delicate materials including ceramics, carbides,  composites and exotic metals where low heat generation or improved surface finish is desired.

        multiple layers of diamonds impregnated inside the metal matrix Provide longer then resin bond and nickel bond blades. They wear evenly, and are known for their long life & consistency. Used in vast majority of cutting applications.

        have a single layer of diamonds, held by a tough durable nickel alloy. diamond particles to protrude from the bond matrix, providing a free, faster cutting action with minimum heat generation

        experience the advantages of cutting speed and improved surface finish that you have come to expect from resin bond, coupled with the durability, consistency, aggressiveness, and excellent performance typically associated with sintered (metal bond)  

        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..

        have a single layer of diamonds, held by a tough durable nickel alloy. diamond particles to protrude from the bond matrix, providing a free, faster cutting action with minimum heat generation

        Adventages
        • Unmatched Cut Quality
        • Free Cutting & Self Sharpening
        • Faster & Freer Cutting Speed
        • Less Heat Generation than
        • Less Stress to material
        • Will cut the hardest material
        • Can be used dry (without coolant) when needed
        • Can withstand Higher Temperature
        • Perfect for fragile and delicate materials
        • Perfect for cutting tubing materials with no chipping
        • Far far away there live the blind live in Bookmarksgrove right.
        • More Universal, used on majority of applications
        • Longer Life than other bond types
        • Largest Range of Specifications available from stock
        • Preserve True material Micro Structure
        • Freer and faster cutting action
        • High Diamond Exposure
        • Thinnest possible kerfs available
        • More forgiving to operator errors
        • Lower Cost
        • May be used without coolant (on some
        • Does not Gum up on soft materials such as plastics & composites applications)*
        • Longer Blade Life
        • Minimum chipping
        • Improved surface finish
        • Better edge retention
        • More consistent performance
        • Can be used at higher RPM's
        • Requires Minimum Dressing
        • Universal Application
        • Very fast & aggressive cutting speed
        • Maximum diamond crystal exposure
        • Ideal for hard to cut materials
        • Strong retention of diamond grit
        • Can be used at faster cutting speeds
        • Can be used dry and tough environments
        • Less Required Power
        • Capability to Retain Form
        • Minimizing & Often Eliminating Need for Dressing
        • Lower Cost
        • Used at low rpms
        • ultra thin kerfs
        • number of teeth and configuration can be customized
        • minimum heat generation
        • minimum amount of force required
        • Can be used dry and tough environments
        • Less Required Power
        • Capability to Retain Form
        • Minimizing & Often Eliminating Need for Dressing
        • Lower Cost
        Core Type

        High carbon steel

        Bronze (non magnetic)

        High carbon steel

        Memory Steel Stainless Steel Alloy

        High carbon steel

        High carbon steel

        Tungsten carbide

        (Diamond/CBN) Sizes Avaialble

        80 to 320 mesh

        50 to 400 mesh

        50 to 320 mesh

        60 to 3,000 mesh

        25 to 400 mesh

        Not applicable

        Diamond Depth (height)

        5mm, 6.4mm

        4mm, 7mm, 10mm, fully sintered

        1/16", 1/8"

        5mm, 6.4mm, 10mm

        1/16", 1/8"

        Not applicable

        Diamond Concentration

        25 to 200 con

        25 to 200 con

        100 to 250 con

        25 to 200 con

        100 to 250 con

        Not applicable

        Minimum Blade Thickness

        .015" (.381mm)

        .006" (0.101mm)

        .007" (0.0076mm)

        .020" (0.5mm))

        .035” (.082mm)

        .004" (0.10mm)

        Coolant Used

        Can be used with synthetic water soluble coolant or mineral oil. can be used without coolant in many applications when needed

        Must be used with synthetic water soluble coolant or mineral oil, or water at minimum.
        Cannot be used without coolant in over 95% of applications

        Can be used with synthetic water soluble coolant or mineral oil or water. can be used without coolant in many applications when needed

        Can be used with synthetic water soluble coolant or mineral oil. can be used without coolant in some applications when needed

        Can be used dry (without any coolant)

        Can be used with synthetic water soluble coolant or mineral oil or water. can be used without coolant in many applications when needed

        Blade Life

        Medium

        Longest

        Shortest

        Medium / Long

        Medium

        Short

        Minimum RPM's

        50

        1,000

        450

        1,000

        450

        50

        Precision Cutting Saws for Lab and Industry

        UKAM Industrial Superhard Tools manufacturers & offers large variety of cutting machines for Laboratory & Industry. Applications range for R & D, Sample Preparation, Failure Analysis, Material Research, & many other industrial applications.

        Examples of materials cut include: ceramics, composites, glass, plastics, quartz, metals, petrographic samples and graphite. From high capacity cutting of very large work pieces to precision cutting of even the most delicate samples.

        HAVE A UNIQUE REQUIREMENT?

        Let us make custome blade specifically designed for your application/ requirements
        Just about any diamond/cbn blade can be Designed and manufactured per your drawing or specifications
        Request Quote
        No Minimum
        Order Quantity
        Fast Lead
        Times
        Precision
        Tolerances
        Free
        Consultation
        Limitless
        Possibilities

        Diamond & CBN Blade/Wheel Specifications

        Why Work With Us?

        Comprehensive Source of Information on Diamond & CBN Blades

        We understand that your success depends on select the right diamond & CBN blade, and optimizing your parameters to best fit your applications/needs.
        The more you understand about what we can do for you, the better our partnership will be.
        On our website you will find the Most Comprehensive Source of Information on Everything you wanted to know about diamond & CBN blades & industrial diamond tools.

        Large Inventory & Custom Manufacturing

        Largest Inventory of Precision & Ultra Thin Diamond & CBN Blades in the U.S. Available in different sizes, thickness, arbor sizes, diamond concentrations, diamond mesh sizes, and bond hardness's.

        Experience makes all the Difference
        "One of the most experienced companies in the industry"

        Over the years we have enjoyed working with all types if clients, regardless of size. Proprietary blade chemistry, precision manufacturing methods, modern quality control methods, allow us to control and regulate the dozens of variables that affect blade life, quality of cut, surface finish. Reducing and often eliminating additional steps often required after cutting.

        UMATCHED TECHNICAL SUPPORT
        We Are a Partner In Your Success

        Developing close ties with our customers is the foundation of our business. At the core of
        our company is a team of world class engineers, knowledgeable customer service personnel here to serve you. Whether is designing or manufacturing a special solution. We will go out of our way to optimizing your process to ultimate level of efficiency.

        ADVANCED TECHNOLOGY
        American Manufacturer

        As one of the few remaining independent U.S.Diamond Tool & machine builders. We have the experience & tradition to help you remain at frontier of technology Our experience has been further enhanced by acquiring assets and processes from some of the oldest American tool
        manufacturers, along with their decades of experience and R& D. This has positioned us as one of the most experienced companies in the industry.

        SUPERIOR QUALITY & CONSISTENCY

        Our unique bond formulations, tool designs, stringent requirements, and utilization of exceptionally high-quality diamonds and raw materials ensure top-notch products that adhere to strict ISO 9000 standards.
        Our proprietary technology allow us to control and regulate the dozens of variable that affect toolife, quality, & consistency

        Expect MORE from your tools

        ARE YOU USING RIGHT TOOLS

        FOR YOUR APPLICATION?

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        Contact us

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        Knowledge Center

        What you should know

        your next diamond blade?

        02 Jun

        Why use diamond

        Share this Article with Friend or Colleague Diamond is the hardest material known to man kind. When...
        02 Jun

        How Diamond Tools Work

        Share this Article with Friend or Colleague Diamond will work all types of materials from hardness of ...
        02 Jun

        Diamond impact strength

        Diamond crystal wear mechanism is dependent on diamond strength. In order to optimize the cutting performance in ...
        02 Jun

        Material Holding Methods

        Material mounting, properly securing material in place is one of the first and most important steps in the micro ...
        02 Jun

        Material Guide

        Share this Article with Friend or Colleague Learn everything you wanted to know about different mat...
        02 Jun

        Silicon Fabrication Guide

        Share this Article with Friend or Colleague After a silicon ingot has been grown it has to be cut, ...
        04 Aug

        Learn everything you wanted to know about electroplated / nickel bond (galvanic) diamond tools. How they are made...
        04 Aug

        Learn everything you wanted to know about sintered (metal bond) diamond tools. How they are made, what types are ...
        04 Aug

        Learn everything you wanted to know about resin bond diamond tools. How they are made, what types are available a...
        04 Aug

        RPM’s & Feed Rates

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        04 Aug

        What is Surface Finish

        Surface finish is typically measured in terms of roughness or smoothness. It influences the appearance, functiona...