• 941 4th Street SW Ruskin FL 33570 US

CNC Centerless Grinding

Consistent Finishes with Exact Tolerances

At B & M Precision, our CNC centerless grinding services provide precise, uniform finishes for components of any size or scale. This process removes material without the need for chucks or fixtures, allowing us to achieve tight tolerances and superior surface quality consistently. Centerless grinding is ideal for producing round parts, rods, pins, and other components requiring smooth, accurate finishes.

With decades of experience and ISO-certified quality control, our team ensures every component meets the strict requirements of the medical industry. From small prototypes to high-volume production runs, B & M Precision delivers precision, repeatability, and compliance for surgical and medical device applications.

Why Choose Our CNC Centerless Grinding Services?

  • Precision Finishes: Achieve exact dimensions and uniform surfaces for all components.
  • High Consistency: Reliable results across prototypes and production runs.
  • Versatile Applications: Ideal for rods, pins, shafts, and other round parts.
  • Durability & Safety: Smooth finishes improve part performance and reduce wear.
  • Medical-Grade Compliance: ISO-certified, FDA-compliant processes for surgical and medical components.

FAQs – CNC Centerless Grinding

It’s a process where the workpiece rotates between a grinding wheel and a regulating wheel, producing precise diameters and smooth finishes without requiring chucks or fixtures.

It ensures uniformity, precise tolerances, and smooth finishes, which are critical for implants, surgical instruments, and device components.
We work with high grade stainless steel, cobalt-chrome, and other medical-grade alloys used in surgical and device manufacturing.
Yes. Our centerless grinding capabilities scale from single prototypes to high-volume, consistent production.

Every part undergoes strict inspection under our ISO-certified, FDA-compliant quality management system to guarantee precision and reliability.