DATUM
S&F · 04
Cutting Speed In range
0
SFM
RPM 0
RPM0
IPT0
IPM0
Setup
Steel · P
4140
Tool · coating
Grade
Coolant
Cut continuity
Machine
Part Ø
Thread mill Ø
Speed & Feed
Cutting speed
Spindle speed n
Feed / rev
Thinning compensation
Feed rate
Engagement & Geometry
Tool / insert
Flutes / teeth z
4
Depth of cut
Radial width ae
Boring bar Ø
Bar material
Stickout L
from holder face
Stock on Ø
material the reamer removes
Nose radius
Lead angle
Point angle
Threads / inch
Tap type
Hole
Thread engagement
Tap holder
Hole depth
Cut length / pass
for cycle time
Saved setups

Baselines: coated carbide, rigid setup · Kienzle force model
Starting points for a competent operator — verify against your tooling data, and trust what the cut tells you.

Job

How many passes, how long, and what it costs — from the cut you dialled in.

Total cycle
0min
Stock to remove
Stock on Ø
Finish allowance
left for the last pass
Parts in the run

Optimize

Not what the machine can do — what actually makes money on this run.

Cost per part
0
Shop economics
Machine rate
machine + labour, loaded
Insert / tool cost
Tool change time
index or swap, door to door
Target life at book speed
Speed vs cost
cost / part tool life min cost max output
Run at minimum cost
Run at maximum output

Taylor tool life V·Tn = C, anchored to this material's book speed.
Insert cost is split across the edges the geometry actually gives you.

Chatter

It sings, the finish goes bad, the edge chips. Here is what to try.

Tooth passing frequency
0Hz
Tap test optional
Measured natural frequency
tap the tool, read the peak — 0 if unknown

Library

Your tools, your machines, your saved jobs — and the drill chart.

Tables

The numbers you look up, not the ones you calculate.