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Article code:
EAN / GTIN:
Manufacturer number:
Cat. No.:
GARANT Diabolo solid carbide torus cutter R1 0.5, TiAlN, ⌀ DC × L1: 1,5X3mm
Article no.: 206159 1,5X3
Article code:
Product details
Technical Data
| Through-coolant | no | |
| Entry of cooling lubricant | without cooling lubricant entry | |
| Escape of cooling lubricant | without cooling lubricant exit | |
| Cooling lubricant | yes | |
| Wet minimum | suitable | |
| Series | Diabolo | |
| Wet maximum | suitable | |
| Manufacturer’s designation | GARANT Diabolo VHM-Torusfräser | |
| Interface position | on the machine | |
| Holder type | plain shank | |
| Interface coding | ZYL00400105 | |
| Holder shape | Standard | |
| Holder version | metric | |
| Holder size, metric | 0040 mm | |
| Dry machining | suitable only under restricted conditions | |
| Type of mounting | spigot | |
| Holder tolerance class | h5 | |
| Shank diameter | 4 mm | |
| Shank length | 39 mm | |
| Holder diameter, ISO tolerance class | 4 mm | |
| Holder diameter, upper dimension | 0 mm | |
| Holder diameter, lower dimension | -0.005 mm | |
| Oil | suitable | |
| Shank type | HA | |
| Air | suitable only under restricted conditions | |
| Tool material | solid carbide | |
| Standard designation for cutting medium, 2nd Priority | solid carbide | |
| Standard designation for cutting medium, 3rd Priority | solid carbide | |
| Cutting media, manufacturer’s designation | VHM | |
| Coating | TiAlN | |
| Cutter diameter | 1.5 mm | |
| Tolerance of cutter diameter | manufacturer tolerance | |
| Upper dimension | 0 mm | |
| Lower dimension | -0.005 mm | |
| Neck diameter | 1.44 mm | |
| Neck shape | cylindrical | |
| Cutting edge length | 1.5 mm | |
| Head length | 1.5 mm | |
| ISO milling cutter type | L | |
| Relief angle | 0 degrees | |
| Side rake angle | 15 degrees | |
| Number of effective cutters, peripheral side | 2 | |
| Number of effective cutters, end face | 2 | |
| Twist direction | right-hand | |
| Twist angle | 30 degrees | |
| Helical pitch | 30 mm | |
| Corner / edge | 1 | |
| Corner version | as radius | |
| Corner radius | 0.5 mm | |
| Spacing of the cutters | the same | |
| Direction of infeed | horizontal, oblique and vertical | |
| Interface | joint 1 | |
| Gauge length | 11 mm | |
| Overall length | 50 mm | |
| Functional length | 3 mm | |
| Max. speed | 45,000 min-1 | |
| Weight | 6 g | |
| Cutting direction | right-hand cutting | |
| Tool version | solid carbide | |
| Standard | Werksnorm | |
| Machining method | circular milling (round milling) (FZI); copy milling; countersinking (plunge milling) (FSE); form milling (die milling) (FFO); profile milling (FPR); slot milling (FNU) | |
| Colour ring | red | |
| Machining strategy | HPC | |
| Type of product | die milling cutter | |
| Cutting depth min. | 0.005 mm | |
| Max. cutting depth | 0.075 mm; 0.15 mm |
Identification & Classification
| Article number | 206159 1,5X3 | |
| EAN / GTIN | 4045197932112 | |
| Manufacturer number | 206159 1,5X3 | |
| Manufacturer/responsible person | Hoffmann Supply Chain GmbH & Co. KG, Poststraße 15, 90471 Nürnberg, Germany, www.hoffmann-group.com |
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
Ausführung:
GARANT Diabolo:
Spezielle Geometrie, Beschichtung und Hartmetall zur Hartbearbeitung im Hochleistungsbereich.
Auch für die Elektrolytkupferbearbeitung geeignet.
Doppelt hinterschliffener 2-Fasen-Hohlschliff für die hochpräzise Hartbearbeitung.
Absatzwinkel α = 16°.
Toleranzen:
Spezielle Geometrie, Beschichtung und Hartmetall zur Hartbearbeitung im Hochleistungsbereich.
Auch für die Elektrolytkupferbearbeitung geeignet.
Doppelt hinterschliffener 2-Fasen-Hohlschliff für die hochpräzise Hartbearbeitung.
Absatzwinkel α = 16°.
Toleranzen:
- Schneidenradius: R1 = ±0,0025 mm.
- Freistellungs-⌀: D1 = 0 / -0,01 mm.
Hinweis:
Bei steigender Auskraglänge des Werkzeuges, ap Reduzierung anwenden!
Werte für:
Besäumen: ap = 0,1 × D × ap korr
Kopieren: ap = 0,05 × D × ap korr
Zum Berechnen der Vorschubsgeschwindigkeit vf bitte die tatsächlich eingesetzte (meist maximale) Drehzahl der Maschine verwenden! z.B: vf = 18000 [1/min]× fz [mm/Z]× z
Werte für:
Besäumen: ap = 0,1 × D × ap korr
Kopieren: ap = 0,05 × D × ap korr
Zum Berechnen der Vorschubsgeschwindigkeit vf bitte die tatsächlich eingesetzte (meist maximale) Drehzahl der Maschine verwenden! z.B: vf = 18000 [1/min]× fz [mm/Z]× z