Floor-type boring mills

Filters
Sub-spindle maximum torque (Nm)
  1. 1500-4000
  2. 3000-5000
  3. 4000-5000
  4. 5000-8000
Sub-spindle bore diameter (mm)
  1. 4000-26000
  2. 4000-30000
U-axis travel (mm)
  1. 1800-4000
  2. 2000-8000
  3. 2000-10000

Floor-Type Boring Mill – What is it and where is it used?

A floor-type boring mill is a specialized machine designed for machining large metal components that require high stability and expansive working envelopes. Thanks to a design based on a massive floor plate, it is possible to machine heavy castings, base plates, machine structures, and industrial components. This machine excels in sectors where large-scale machining is the standard – including heavy industry, energy, shipbuilding, and machinery manufacturing.

Key features of floor-type boring mills:

  • high structural rigidity, guaranteeing superior machining accuracy,

  • an expansive floor plate allowing for the setup of high-mass components,

  • multi-axis machining capabilities,

  • stability even during heavy-duty metal removal,

  • high load capacity, crucial when processing massive workpieces.

Floor-type boring mills – what are their advantages and why are they so highly valued? Floor-type boring mills are among the most versatile and efficient machines used in large-scale machining. They combine a vast working area with advanced numerical control technology, allowing for the execution of multiple machining processes at a single station. This significantly reduces production time, minimizes the number of workpiece setups, and enhances the final quality of the parts.

Why choose a floor-type boring mill?

  • handling of exceptionally large-format components,

  • high dimensional precision even under heavy loads,

  • ability to combine multiple machining operations on a single machine,

  • increased operational efficiency,

  • ideal application for heavy and specialized production.

What are the benefits of investing in floor-type boring mills? Investing in modern floor-type boring mills is a way to elevate production standards and achieve greater technological flexibility. Due to their stable construction and large working surface, it is possible to process workpieces that cannot be handled by other machine types. This solution is particularly effective for companies machining large housings, structural elements, and machine parts requiring high precision.

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