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E-mail:
saisudiamond@163.com
WhatsApp:
+86-17339586706
Address:
No.921, 300 Meters West Of The Intersection Of Xiangjiang West Road And Chuangye Road, Yuanhui District, Luohe City, Henan Province, China
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This Large-Radius Sintered Diamond Trajectory Dresser is engineered for the efficient CNC path-dressing of grinding wheels requiring significant contour features. Available in macro-radius options (R1, R1.5, R2, R3) and manufactured via a robust sintering process, it provides a durable and precise contact point. Unlike small-radius tools for micro-details, this series excels at quickly generating smooth, sweeping curves, generous fillets, and large-form transitions on the wheel periphery through controlled CNC-guided paths, making it ideal for components with substantial geometric features.
This Custom Double‑R CVD Diamond Dressing Disc integrates two symmetrically arranged R0.3 CVD diamond dressing rollers on a single, robust disc platform. Available in outer diameters from 120 mm to 200 mm with inner bores of 32 mm or 52 mm, the system is engineered for high‑efficiency CNC path dressing. The dual‑roller design allows continuous, alternating engagement during trajectory‑based wheel profiling, effectively doubling the available dressing points and significantly extending productive dressing time between tool adjustments—ideal for complex contour dressing in medium‑ to large‑wheel applications.
This Non‑Standard Hub Flange Form Roller is a fully custom‑engineered, sintered‑diamond dressing tool designed for profile‑form dressing of grinding wheels that machine the inner and outer flange seats of automotive wheel‑hub units. Each roller is built to match the exact, often asymmetric or stepped, contour of the hub‑bearing contact surfaces. The sintered‑diamond construction delivers the durability and geometric stability required to maintain tight run‑out and flatness tolerances through high‑volume production runs, ensuring reliable wheel profiling for this critical safety‑related component.
This Electroplated Diamond Form Roller is a precision-engineered tool specifically designed for the form dressing and profiling of grinding wheels used in automotive valve production. Utilizing a controlled electroplating process that bonds a single, uniform layer of high-quality diamond grit, it enables the accurate and efficient replication of critical valve seat and tip profiles onto the grinding wheel. This ensures the wheel is optimally prepared to produce valves with the exact geometries, surface finishes, and sealing characteristics required for high-performance engine assemblies.
This series of Automotive Ball Cage Specific Sintered Diamond Form Rollers is engineered for the precision form dressing of grinding wheels used in manufacturing CV joint ball cages. Available in R15, R20, and R30 radii, these rollers are designed to accurately replicate the critical spherical or toroidal profiles of the ball raceways onto both CBN and aluminum oxide grinding wheels. Utilizing a robust sintering process, they provide the durability and geometric stability required for high-volume, consistent production in the automotive components industry.
This Custom Hub Flange Diamond Form Roller is a precision-engineered, application-specific tool designed for profile form dressing of grinding wheels that finish the critical bearing seat surfaces on automotive wheel hub flanges. Utilizing a robust sintering process, each roller is custom-built to match the exact flange geometry—including steps, tapers, and run-out faces—ensuring the grinding wheel is accurately shaped to produce hubs with micron-level tolerances for parallelism, flatness, and surface integrity required in modern drivetrain systems.
This Aero‑Engine Blade Root (Tenon) Electroplated Diamond Form Roller is a precision‑customized tool designed exclusively for form‑dressing the grinding wheels that machine the critical root‑connection features of turbine and compressor blades—commonly known as “fir‑tree” or “dovetail” tenons. Utilizing advanced electroplating with natural diamond, it replicates the exact, complex serrated or angled profile of these root forms onto the grinding wheel. This ensures the wheel can precision‑grind blade roots that meet the extreme mechanical, thermal, and fatigue‑life requirements essential for secure disk‑blade assembly and reliable engine operation.
This Custom Electroplated Diamond Roller is specifically engineered for the demanding requirements of CNC Creep-Feed (Slow-Feed) Grinding Machines. Utilizing advanced electroplating technology, it provides a precise and durable solution for dressing grinding wheels used in deep-cut, continuous-path grinding operations. The roller's design and diamond bonding are optimized to maintain profile integrity and sharpness under the prolonged, high-pressure contact characteristic of creep-feed processes, ensuring consistent wheel geometry for complex form grinding applications.
This Turbine-Blade Root Tenon Electroplated Diamond Form Roller is a precision tool engineered exclusively for dressing the grinding wheels that machine turbine-blade root tenons (榫头) and their corresponding disk grooves. Using high-precision electroplating technology, it replicates the exact serrated profile, critical angles, and fillet radii of fir-tree or dovetail geometries onto the grinding wheel. This ensures the wheel can accurately grind the complex root forms that are essential for secure blade-disk attachment, optimal load distribution, and long-term reliability in aerospace engines.
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