Stoney Creek, Ontario • Canada-wide Support

Precision CNC Machining & Heavy Industrial Milling in Ontario

Bormill Inc delivers high-precision CNC machining, heavy milling, and custom industrial manufacturing solutions for manufacturers across Ontario and Canada. We specialize in complex, tight-tolerance parts, heavy components, and low-to-medium volume production where quality and reliability matter.

Whether you need custom machined components, heavy milling, or specialized industrial parts, our team combines advanced equipment with decades of machining expertise to deliver accurate, repeatable results.

Our Services

Precision CNC Machining

Accurate, repeatable machining for complex parts and critical features.

Heavy Milling & Turning

High-capacity equipment for heavy components and demanding setups.

Custom Industrial Manufacturing

From custom components to assemblies and shop-built solutions.

Prototype & Short-Run Production

Fast iterations with production-level standards and documentation.

Large Component Machining

Large-format workholding and capability for oversized industrial parts.

Materials

Steel, aluminum, stainless, brass, plastics, and specialty alloys.


Industries We Serve

Manufacturing & Automation

Fixtures, brackets, tooling, machine components.

Energy & Power Generation

Industrial components built to spec.

Mining & Heavy Equipment

Heavy-duty components for repair and production.

Oil & Gas

Precision parts for industrial environments.

Transportation & Infrastructure

Components supporting OEMs and maintenance.

Why Choose Bormill Inc

  • High-capacity machines for large parts
  • Tight tolerances and consistent quality
  • Experienced machinists and engineers
  • Fast turnaround and reliable delivery
  • Located in Ontario, serving all of Canada

Capabilities Snapshot
  • Industrial machining Ontario
  • Heavy machining shop Ontario
  • Heavy boring mill machining Ontario
  • Large lathe machining Ontario
  • Large part machining Canada
  • Precision CNC machining and heavy milling for tight-tolerance components