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Mach TT Thread Turning
Supersonic threading with 60% less passes, 60% reduced machining time and 50% more tool life
P
H
M
S
K
N
Browse Holders
4 Flute Double Core Corner Radius
Double core geometry for slotting and profiling, long tool life and best all-round performance
Mach TT Solid
Threading Holders
Solid style (no through coolant) supersonic threading holders.
Mach TT Through Coolant
Threading Holders
Through coolant supersonic threading holders for increased chip flow and tool life.
5 Flute Fine Pitch Rougher
Special profile with corner protection for roughing stainless steel and titanium
Browse Inserts
Metric ISO
Mach TT Threading Inserts
Double core geometry for slotting and profiling, long tool life and best all-round performance
Whitworth (BSW)
Mach TT Threading Inserts
Solid style (no through coolant) supersonic threading holders.
UN (Unified)
Mach TT Threading Inserts
With 45° chamfer preparation for
added corner protection
BSPT Mach TT
Threading Inserts
Special profile with corner protection for roughing stainless steel and titanium
Partial Profile 60°
Mach TT Threading Inserts
Double core geometry for slotting and profiling, long tool life and best all-round performance
Trapezoidal Mach TT
Threading Inserts
Special profile with corner protection for roughing stainless steel and titanium
UNJ Mach TT
Threading Inserts
Double core geometry for slotting and profiling, long tool life and best all-round performance
API (Round)
Mach TT Threading Inserts
Special profile with corner protection for roughing stainless steel and titanium
RD (Round) Mach TT
Threading Inserts
Solid style (no through coolant) supersonic threading holders.
Metric Buttress
Mach TT Threading Inserts
Double core geometry for slotting and profiling, long tool life and best all-round performance
Mach TT Solid
Threading Holders
Solid style (no through coolant) supersonic threading holders.
Mach TT Through Coolant
Threading Holders
With 45° chamfer preparation for
added corner protection
5 Flute Fine Pitch Rougher
Special profile with corner protection for roughing stainless steel and titanium
Advantages
Reduced No. of Passes
Significantly reduces the
number of passes
Decreased Machining Time
Dramatically decreases
machining time
Extended Tool Life
Unmatched productivity with
ultra long tool life
Excellent Surface Finish
Improved profile design ensures
a superior finish
Features
Improved Rake
High resistance with
reduced number of passes
Multi-Purpose Grade
VK8 high wear resistance grade for
multi-purpose threading
Dovetail Clamping
Super rigid, designed for
high loads
Advanced Surface Treatment
Reinforced cutting edge and
smooth surface finish
Double Core Geometry
GMG40 & GMG41 Series
UNIQUE FLUTE DESIGN for excellent chip evacuation and higher rigidity. Adds stability, aids chip flow and prevents flute clogging in sticky metals.
Section X-X'
Excellent chip evacuation
Section Y-Y'
Higher Rigidity
Application
Material Suitability
| Material | Excellent | Good |
|---|---|---|
|
P
Steel
|
• | • |
|
H
Hardened Steel
|
• | • |
|
M
Stainless Steel
|
• | • |
|
S
HRSA's
|
• | • |
|
K
Cast Iron
|
• | • |
|
N
Aluminium & Non-Ferrous
|
• | • |
Possible Machining Methods
Face Milling
Trochoidal Milling
Side Cutting
Slotting
Circular Interpolation
Example Cutting Data
| Ø12mm, 4 Flute Double Core Slotting - Titanium (Ti6Al4V) |
Ø12mm, 4 Flute Double Core Slotting - Stainless Steel (316) |
Ø12mm, 4 Flute Double Core Slotting - Alloy Steel (30 HRC) |
Ø12mm, 5 Flute Corner Rad Side Cutting - Stainless Steel (316) |
|
|---|---|---|---|---|
| RPM | 1459 | 2255 | 3185 | 2175 |
| Feed (mm/min) | 390 | 432 | 624 | 685 |
| Vc (m/min) | 55 | 85 | 120 | 82 |
| Fz (mm/tooth) | 0.067 | 0.048 | 0.049 | 0.063 |
| Depth of Cut (AP) | 12 | 12 | 12 | 18 |
| Depth of Cut (AE) | 12 | 12 | 12 | 3.6 |
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