Novo Precision

Advantages of Quill on Quill Cutting Method

Advantages of Quill on Quill Cutting

what are the advantages of cutting material quill on quill

Here are the key advantages of cutting material “quill on quill” — typically referring to a process where the quill (spindle) feeds into the part while the part is also supported or guided by a secondary quill or bushing, often used in precision cutoff, Swiss-style machining, micro-cutting, or wire/tube cutting systems.

✅ Advantages of Cutting Material Quill-on-Quill

1. Superior Cutting Stability

Using dual quills (or a quill and guide bushing) provides extremely rigid support on both sides of the cut.
This reduces:

  • Tool deflection
  • Vibration
  • Chatter
  • Wandering or “walking” of the cut line

This is especially helpful for small-diameter wire, tubing, rods, and delicate materials.

2. Increased Precision and Repeatability

With the material fully supported right up to the cutter, you get:

  • Very tight length tolerances
  • Improved perpendicularity
  • Cleaner cut ends
  • Better repeatability over long production runs

3. Cleaner Finished Cut

Quill-on-quill support minimizes:

  • Burr formation
  • Deforming/flattening of soft materials
  • Squashing of thin-wall tubing
  • Work hardening at the cut point

End result: higher quality parts with minimal post-processing.

4. Higher Cutting Speeds

Because the material is fully supported, machines can run:

  • Higher spindle speeds
  • Greater feed rates
  • Aggressive cutting parameters

This leads to faster throughput without sacrificing quality.

5. Excellent for Small or Flexible Materials

Quill-on-quill shines with:

  • Wire (fine to heavy gauges)
  • Tubing (especially thin-wall)
  • Pushrods
  • Small diameter rods
  • Plastics or softer metals

These materials normally deflect or vibrate during cutting — quill support eliminates this.

6. Extended Tool Life

Stabilizing the material reduces shock to the cutting tool.
Benefits include:

  • Longer blade life
  • Less frequent tool changes
  • More consistent edge wear

7. Reduced Scrap

Precision feeding + stabilizing the cut zone means:

  • Fewer miscuts
  • Less material waste
  • More good parts per run