Vertical, Horizontal and Surface Grinding
Milan's Machining offers vertical, horizontal, and surface grinding services. Our capabilities give customers a single source for precision ground components across a wide range of sizes and configurations. Whether you need a large-diameter bore held to a tight tolerance, a long shaft brought to a precise finish diameter, or a flat surface ground to an exact dimension, we have the right equipment and highly experienced machinists to deliver consistent, accurate results.
Vertical Grinding
For large-diameter grinding work, our vertical grinding capacity reaches 68 inches in diameter and 54 inches tall. When tolerances are tight and the finish has to be right, Milan's has the equipment and experience to grind critical ODs, IDs, and faces to customer specifications.
The vertical orientation works to keep heavy components stable during the grinding process, which is critical when holding close tolerances on large OD and IDs. Vertical grinding is key especially for parts that have already been turned and require a final ground surface to meet assembly or dimensional requirements.
Dimensions: 68” dia and 54” tall
THINK MILAN'S
We have been helping engineers find solutions to machining challenges for over 55 years.
Horizontal Grinding
Our horizontal grinding capacity handles components up to 18 inches in diameter and 120 inches in length. This is a perfect solution for shafts, rolls, spindles, and cylindrical components that require precise finish diameters and high quality surface finishes. Cylindrical grinding is often the final step on a precision turned part. You’ll find that our operators provide the consistency and accuracy for every project.
Dimensions: 18” dia and 120” length
Surface Grinding
Our surface grinding capacity accommodates components up to 48 inches in diameter producing flat, parallel, and square surfaces to close tolerances and fine finishes. In our experience, surface grinding is the go-to for tooling, fixture plates, wear components, and any part where the flatness and finish of a surface directly affect how well it performs.