Single Rib / Profile Gear Grinding Wheel

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CUMI Single Profile Rib Gear Grinding Wheels are designed for precision and reliability in modern gear manufacturing. They ensure tight tolerances, superior profile accuracy, and excellent surface finish. Each tooth flank is ground individually, making them ideal for high-module gears in windmill and industrial gearboxes, especially in batch production.
Brand: CUMI

Information Material:

Gear Module Stock Removal Good Better Best
Upto 5 M Upto 5Q'W 1CSA601 G12 VC600 72CSA801 G15 VC600 73CSA801 G15 VC600
6Q' to 8Q'W 3CSA601 G13 VC600 72CSA801 G15 VC600 73CSA801 G15 VC600
Above 8Q' 3CSA601 G13 VC600 72CSA801 G18 VC600 73CSA801 G18 VC600
6 to 8 M Upto 5Q'W 3CSA601 G13 VC600 72CSA801 G15 VC600 72CN801 G15 VC600
6Q' to 8Q'W 3CSA601 G15 VC600 72CSA801 G18 VC600 72CN801 G18 VC600
Above 8Q' 3CSA601 G18 VC600 72CSA801 G20 VC600 72CN801 G20 VC600
Above 8 M Upto 5Q'W 3CSA601 G15 VC600 72CSA801 G18 VC600 72CN801 G18 VC600
6Q' to 8Q'W 3CSA601 G18 VC600 72CSA801 G20 VC600 72CN801 G20 VC600
Above 8Q' 3CSA601 G20 VC600 72CSA801 G28 VC600 72CN801 G28 VC600
CUMI Code Grit Range Diameter Thickness Speed Hardness Structure
(mm) (inch) (mm) (inch) (mps)
CUMISA/ CSA 46 - 120 80 - 508 3 1/4 - 20 10 - 150 3/8 - 6 35 & 50 G - J 8 - 18
70CN/ 70CSA
55A

Product Information

Features
- New generation glass bond with new generation materials
- Microcrystalline grains that stays sharper for a longer time
- Engineered porosity providing excellent coolant penetration and anti-clogging
Advantages
- Higher Feed Rates for improved productivity
- Lesser dressing stock and no. of passes
- More parts / dress
Benefits
- Suited for high volumetric stock removal
- Burn Free Components
- Excellent profile accuracy
- Extended tool life

Product Uses

Product Description

CUMI Single Profile Rib Gear Grinding Wheels are designed for profile gear grinding applications where each tooth flank is ground individually to achieve the highest level of accuracy. Manufactured using a new-generation glass bond system combined with advanced materials, these wheels provide excellent thermal stability and consistent profile retention throughout the grinding cycle.

The use of microcrystalline abrasive grains ensures the wheel remains sharper for longer durations, delivering uniform cutting action and reducing dressing frequency. Engineered porosity enhances coolant penetration and prevents clogging, resulting in lower grinding temperatures and improved surface quality.

This makes the wheel especially suitable for high-module gears used in windmill gearboxes, industrial gearboxes, transmission systems, and cutting tool manufacturing, particularly in batch production environments.

As a result, manufacturers achieve the following:

  • Tight gear tolerances with accurate tooth flank geometry
  • Superior surface finish and profile consistency
  • Reduced thermal damage and grinding defects
  • Longer wheel life with stable, repeatable performance
FAQs
01.
What is a single profile rib gear grinding wheel used for? A single profile rib gear grinding wheel is used for profile gear grinding, where each tooth flank is ground individually to achieve high accuracy and tight tolerances.
02.
Why are profile grinding wheels preferred for high-module gears? Profile grinding wheels provide precise control over tooth geometry, making them ideal for high-module gears used in windmill and industrial gearboxes.
03.
How do microcrystalline grains improve gear grinding performance? Microcrystalline grains stay sharper for longer periods, resulting in consistent cutting action, reduced dressing frequency, and improved surface finish.
04.
Which industries use single profile rib gear grinding wheels? These wheels are commonly used in the transmission industry, cutting tool manufacturing, industrial gearboxes, and renewable energy applications such as windmill gears.
05.
What are the benefits of engineered porosity in gear grinding wheels? Engineered porosity improves coolant flow and chip removal, reducing heat buildup, preventing clogging, and enhancing overall grinding stability.

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