Surface Finishing by Cylindrical Grinder

Surface Finishing by Cylindrical Grinder delivers high dimensional accuracy, smooth surface quality, precise roundness, and reliable performance for industrial rollers and cylindrical components.

We provide precision cylindrical grinding services for rollers of different diameters, face lengths, materials, and surface finish requirements. Our advanced grinding capabilities help correct surface irregularities, dimensional variations, taper, and runout while achieving the required diameter and surface roughness. Each roller is carefully inspected to ensure accurate geometry, uniform finishing, smooth rotation, reduced friction, and improved operational life.

Applications:

Technical Specifications

Specification	Details
Grinding Diameter Range	50 mm to 720 mm
Grinding Length Capacity	Up to 5000 mm / Custom capacity available
Component Material	Mild Steel, Stainless Steel, Alloy Steel, Hard Chrome, PU and Rubber Coated Rollers
Grinding Type	External cylindrical grinding
Surface Finish	Fine ground, smooth, polished or application-specific finish
Surface Roughness	Ra 0.1 to 1.6 µm / Custom finish available
Dimensional Tolerance	As per approved drawing and application requirements

Key Benefits

Achieves smooth and uniform roller surface finish

Improves dimensional accuracy, roundness, and cylindricity

Corrects taper, runout, and surface irregularities

Reduces friction for smoother roller operation

Improves material contact and processing consistency

Extends roller life by restoring worn surfaces

Supports custom profiles, tolerances, and surface roughness requirements

Key Features

Precision Cylindrical Grinding

Achieves accurate diameter, roundness, and uniform surface finishing across the roller.

Runout and Taper Correction

Corrects radial runout, taper, uneven wear, and surface irregularities.

Custom Surface Finish

Available with fine-ground, smooth, polished, straight, crowned, or tapered profiles.

Accurate Quality Inspection

Each roller is checked for diameter, cylindricity, roundness, runout, and surface roughness.