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Manufacturer number:
GARANT Diabolo solid carbide micro slot drill 2,5X14 mm
Article no.: 201631 2,5X14
Article code:
- Tool material: Solid carbide
- Standard: Manufacturer’s standard
- Type: H
- Antal tænder Z: 2
- Spiralvinkel: 30
Product details
Technical Data
| Series | Diabolo | |
| Skær-⌀ DC | 2,5 mm | |
| Coating | TiAlN | |
| Tool material | Solid carbide | |
| Standard | Manufacturer’s standard | |
| Type | H | |
| Antal tænder Z | 2 | |
| Spiralvinkel | 30 grader | |
| Cutting width ae for milling operation | Full slot cutting depth 1×D; 0.1×D for side milling | |
| Skaft | DIN 6535 HA med h5 | |
| Through-coolant | no | |
| Skærlængde Lc | 3,7 mm | |
| Udhængslængde L1 inkl. fristilling | 14 mm | |
| Samlet længde L | 50 mm | |
| Skaft-⌀ Ds | 4 mm | |
| Hjørnefasvinkel | 90 grader | |
| Colour ring | red | |
| Type of product | End / face mill |
Identification numbers & Classifications
| Article number | 201631 2,5X14 | |
| EAN / GTIN | 4062406187705 |
Application Table
P
200
P
200
P
190
P
170
H
120
H
100
H
72
H
55
H
50
H
45
M
90
M
80
N
140
Description
Version:
GARANT Diabolo:
Special geometry, coating and carbide for hard machining in the high-performance field. Suitable even for machining electrolytic copper. Double-relief ground 2 chamfers hollow ground for high-precision hard machining.
Recess angle α = 16°.
Tolerances:
Special geometry, coating and carbide for hard machining in the high-performance field. Suitable even for machining electrolytic copper. Double-relief ground 2 chamfers hollow ground for high-precision hard machining.
Recess angle α = 16°.
Tolerances:
- Neck ⌀: D1 = 0 / -0.01 mm.
Note:
At greater tool overhang lengths, use a reduced value for ap!
Values for:
slots milled from solid: ap = 0.05×D×ap korr
side milling: ap = 0.1×D×ap korr
To calculate the feed rate vf please use the actual speed of the machine (the maximum possible speed)! e.g: vf = 18000 [rpm]× fz [mm/Z]× z
Values for:
slots milled from solid: ap = 0.05×D×ap korr
side milling: ap = 0.1×D×ap korr
To calculate the feed rate vf please use the actual speed of the machine (the maximum possible speed)! e.g: vf = 18000 [rpm]× fz [mm/Z]× z