Multi-point diamond dresser – This tool has many small diamonds embedded into the diamond section. This tool is only good for straight or taper dressing—it can’t be used for dressing a form into the wheel.
The diamond dressing tools are a new type of grinding wheel dressing tool that our company uses fine-grained natural diamonds arranged in special alloy powder according to requirements and formed and sintered. It has its own unique features in the use of grinding machines for dressing some special current grinding wheels.
High precision Electroplated Diamond Dressing Rollers are now recognized as the most efficient and economic means of dressing and truing grinding wheels to the correct form, tolerance and condition. Electroplated Diamond Dressing Roller is growing rapidly in the manufacture of components for automotive, aerospace, power generation, machine tool and precision engineering industries.
rotary diamond dresser dressing vitrified cbn wheel is used for inner-surface grinders with vitrified CBN wheels, angular grinders, cylindrical grinders, centerless grinders and surface grinders.
Usually diamond rotary dressercorresponds precisely to that of the workpiece but it can also be adapted to the specific grinding. 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.
The high precision rotary diamond dresser is used for dressing grinding wheels ( vitrified cbn grinding wheel, conventional grinding wheel).
Diamond rotary dresser is a type of the rotary dresser. This is a diamond dresser for gear forming of worm-like general grinding wheels. High precision ddiamond rotary dresser for the desired grinding application. Also available are CNC dressing wheels with PCD or natural diamonds and gear grinding wheels or custom-built diamond tools for grinding of CBN wheels.
high precision diamond rotary grinding wheel for the desired grinding application. Also available are CNC dressing wheels with PCD or natural diamonds and gear grinding wheels or custom-built diamond tools for grinding of CBN wheels.
The form diamond roller is used for dressing grinding wheels ( vitrified cbn grinding wheel, conventional grinding wheel). Used for Automobile engine, machinery industry, robot parts, flute dresser, turbine blade, automobile valves, crankshafts, sewing industry, turbine blade – fir tree root form, cam Grinding, bearing industry, ball joints, needle injectors
Diamond dressing tools mainly include diamond pens, diamond blades, diamond rollers and diamond abrasive belts.
More Superhard Diamond rotary grinding wheel consists of a rectangular artificial diamonds arranged and sintered in a cylindrical shape, making this a traverse rotary dresser with unusually high dressing frequency reproducibility.
• Reduction of dressing costs per workpiece • Optimized utilization of machine capacity • Automation of the dressing process • Repeatable high precision with low workpiece rejects • Rapid incorporation of complex profiles in the grinding wheel
Single-point diamond dresser cone tool – A single-stone diamond is embedded in one shank. This tool is good for complicated forms and radius dressing. As the diamond wears, a flat will develop, resulting in a dull grinding wheel. As a result, frequent rotation of the diamond tool is required.
Profile rotary diamond dressers are used to form grinding wheels for many different kinds of mass production. Profile rolls transfer a defined shape to the grinding wheel rim, which is used to generate the workpiece profile. Usually the profile of the roll corresponds precisely to that of the workpiece but it can also be adapted to the specific grinding. 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.
The high-life precision diamond roller dressing wheel belongs to the machinery industry and is used for shaping complex surface dressing. The precision of the diamond roller can be copied to the workpiece through the grinding wheel
Roller diamond dresser manufacturing methods include: hand sintering method, random arrangement sintering method, electroforming method, etc. Diamond roller dressers are used in: bearings, auto parts, textile machinery, aerospace and other industries
Rotary diamond dresser method of CNC forming grinding wheel gear grinding machine
Form diamond rotary dresser are used for dressing grinding wheel (vitrified cbn wheel, SG grinding wheel) on Automotive industry and Gear industry. The automotive and -supply industry for grinding camshafts, crankshafts and gear shafts, fuel injection components, piston rings, joints, ball screw drives etc. • grinding of precision tools such as taps, twist drills, milling cutters, reamers etc. • general mechanical engineering for grinding hydraulic or pump components.
The rotary diamond dresser dressing grinding wheel is an efficient shaping wheel dressing tool, especially used for the dressing of complex or high-precision shaping surfaces. Now it is made by two processes: electroforming and sintering.
Manufacturing precision requirements for electroplated diamond dressing roller Runout: 0.002mm Straightness: 0.002-0.005mm Roundness: 0.002-0.005mm Tolerance range of length and step difference: L±0.002-0.005mm Radius dimension tolerance range: R±0.002-0.005ram Angle tolerance range: A±1
Rotary Diamond Dressers are now recognized as the most efficient and economic means of dressing and truing grinding wheels to the correct form, tolerance and condition. rotary diamond dressers use is growing rapidly in the manufacture of components for automotive, aerospace, power generation, machine tool and precision engineering industries.
The ordinary ceramic grinding wheel or CBN grinding wheel is trimmed by the rotary profile dresser installed on the grinder, and the part is ground after the grinding wheel is formed, there by copying the contour, accuracy and size of the rotary profile dresser to the processed part through the grinding wheel surface.
