Non-Coated TS Coated Carbide 0.1 mm Unit Corner C Designated End Mill

Non-Coated TS Coated Carbide 0.1 mm Unit Corner C Designated End Mill

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  • Non-Coated TS Coated Carbide 0.1 mm Unit Corner C Designated End Mill
  • Non-Coated TS Coated Carbide 0.1 mm Unit Corner C Designated End Mill
[Merkmale]
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  • Non-Coated
  • General Steel

Teilenummer

Hier finden Sie die Teilenummern
zu dem gesuchten Artikel

Non-Coated TS Coated Carbide 0.1 mm Unit Corner C Designated End Mill:Related Image
Teilenummer
TSC-CEM2B2-C[0.1-0.5/0.1]
TSC-CEM2B4-C[0.1-1/0.1]
TSC-CEM2B5-C[0.1-1/0.1]
TSC-CEM2B6-C[0.1-1.2/0.1]
TSC-CEM2B8-C[0.1-1.4/0.1]
TSC-CEM2B10-C[0.1-3/0.1]
TSC-CEM2B12-C[0.1-3/0.1]
TSC-CEM2R2-C[0.1-0.5/0.1]
TSC-CEM2R3-C[0.1-0.7/0.1]
TSC-CEM2R4-C[0.1-1/0.1]
TSC-CEM2R10-C[0.1-3/0.1]
TSC-CEM2S2-C[0.1-0.5/0.1]
TSC-CEM2S4-C[0.1-1/0.1]
TSC-CEM2S6-C[0.1-1.2/0.1]
TSC-CEM2SR4-C[0.1-1/0.1]
TSC-CEM2SR12-C[0.1-3/0.1]
TSC-CEM4B3-C[0.1-0.7/0.1]
TSC-CEM4B4-C[0.1-1/0.1]
TSC-CEM4B5-C[0.1-1/0.1]
TSC-CEM4B6-C[0.1-1.2/0.1]
TSC-CEM4B8-C[0.1-1.4/0.1]
TSC-CEM4B10-C[0.1-3/0.1]
TSC-CEM4R3-C[0.1-0.7/0.1]
TSC-CEM4R4-C[0.1-1/0.1]
TSC-CEM4R10-C[0.1-3/0.1]
TSC-CEM4R12-C[0.1-3/0.1]
TSC-CEM4S3-C[0.1-0.7/0.1]
TSC-CEM4S4-C[0.1-1/0.1]
TSC-CEM4S5-C[0.1-1/0.1]
TSC-CEM4S6-C[0.1-1.2/0.1]
TSC-CEM4S10-C[0.1-3/0.1]
TeilenummerMindestbestellmengeMengenrabatt
Reguläre
Versanddauer
?
Outer Diameter (D)
(φ)
Work Material Flute Length (ℓ)
(mm)
Number of Flutes
(sheet)
Coating Shank Diameter (d)
(mm)
Overall Length (L)
(mm)
Processing Applications Corner (C)
(mm)
Figure
1 13 Arbeitstage 2General Steel[◎] / Heat-Treated Steel[◎] / High-Hardness Steel ~ HRC55[○] / Edelstahl[○] / Gusseisen[○] / Aluminum Alloy[○] / Copper Alloy[○]32For High Hardness (Silicone-Based)440Flat Surface / Side Surface / Nut / Inclined Cutting0.1 ~ 0.51
1 13 Arbeitstage 4General Steel[◎] / Heat-Treated Steel[◎] / High-Hardness Steel ~ HRC55[○] / Edelstahl[○] / Gusseisen[○] / Aluminum Alloy[○] / Copper Alloy[○]62For High Hardness (Silicone-Based)645Flat Surface / Side Surface / Nut / Inclined Cutting0.1 ~ 11
1 13 Arbeitstage 5General Steel[◎] / Heat-Treated Steel[◎] / High-Hardness Steel ~ HRC55[○] / Edelstahl[○] / Gusseisen[○] / Aluminum Alloy[○] / Copper Alloy[○]7.52For High Hardness (Silicone-Based)645Flat Surface / Side Surface / Nut / Inclined Cutting0.1 ~ 11
1 13 Arbeitstage 6General Steel[◎] / Heat-Treated Steel[◎] / High-Hardness Steel ~ HRC55[○] / Edelstahl[○] / Gusseisen[○] / Aluminum Alloy[○] / Copper Alloy[○]92For High Hardness (Silicone-Based)645Flat Surface / Side Surface / Nut / Inclined Cutting0.1 ~ 1.22
1 13 Arbeitstage 8General Steel[◎] / Heat-Treated Steel[◎] / High-Hardness Steel ~ HRC55[○] / Edelstahl[○] / Gusseisen[○] / Aluminum Alloy[○] / Copper Alloy[○]122For High Hardness (Silicone-Based)860Flat Surface / Side Surface / Nut / Inclined Cutting0.1 ~ 1.42
1 13 Arbeitstage 10General Steel[◎] / Heat-Treated Steel[◎] / High-Hardness Steel ~ HRC55[○] / Edelstahl[○] / Gusseisen[○] / Aluminum Alloy[○] / Copper Alloy[○]152For High Hardness (Silicone-Based)1070Flat Surface / Side Surface / Nut / Inclined Cutting0.1 ~ 32
1 13 Arbeitstage 12General Steel[◎] / Heat-Treated Steel[◎] / High-Hardness Steel ~ HRC55[○] / Edelstahl[○] / Gusseisen[○] / Aluminum Alloy[○] / Copper Alloy[○]182For High Hardness (Silicone-Based)1275Flat Surface / Side Surface / Nut / Inclined Cutting0.1 ~ 32
1 13 Arbeitstage 2General Steel[◎] / Heat-Treated Steel[◎] / High-Hardness Steel ~ HRC55[○] / Edelstahl[○] / Gusseisen[○] / Aluminum Alloy[○] / Copper Alloy[○]62For High Hardness (Silicone-Based)445Flat Surface / Side Surface / Nut / Inclined Cutting0.1 ~ 0.51
1 13 Arbeitstage 3General Steel[◎] / Heat-Treated Steel[◎] / High-Hardness Steel ~ HRC55[○] / Edelstahl[○] / Gusseisen[○] / Aluminum Alloy[○] / Copper Alloy[○]92For High Hardness (Silicone-Based)645Flat Surface / Side Surface / Nut / Inclined Cutting0.1 ~ 0.71
1 13 Arbeitstage 4General Steel[◎] / Heat-Treated Steel[◎] / High-Hardness Steel ~ HRC55[○] / Edelstahl[○] / Gusseisen[○] / Aluminum Alloy[○] / Copper Alloy[○]122For High Hardness (Silicone-Based)650Flat Surface / Side Surface / Nut / Inclined Cutting0.1 ~ 11
1 13 Arbeitstage 10General Steel[◎] / Heat-Treated Steel[◎] / High-Hardness Steel ~ HRC55[○] / Edelstahl[○] / Gusseisen[○] / Aluminum Alloy[○] / Copper Alloy[○]302For High Hardness (Silicone-Based)1080Flat Surface / Side Surface / Nut / Inclined Cutting0.1 ~ 32
1 13 Arbeitstage 2General Steel[◎] / Heat-Treated Steel[◎] / High-Hardness Steel ~ HRC55[○] / Edelstahl[○] / Gusseisen[○] / Aluminum Alloy[○] / Copper Alloy[○]42For High Hardness (Silicone-Based)440Flat Surface / Side Surface / Nut / Inclined Cutting0.1 ~ 0.51
1 13 Arbeitstage 4General Steel[◎] / Heat-Treated Steel[◎] / High-Hardness Steel ~ HRC55[○] / Edelstahl[○] / Gusseisen[○] / Aluminum Alloy[○] / Copper Alloy[○]82For High Hardness (Silicone-Based)645Flat Surface / Side Surface / Nut / Inclined Cutting0.1 ~ 11
1 13 Arbeitstage 6General Steel[◎] / Heat-Treated Steel[◎] / High-Hardness Steel ~ HRC55[○] / Edelstahl[○] / Gusseisen[○] / Aluminum Alloy[○] / Copper Alloy[○]122For High Hardness (Silicone-Based)645Flat Surface / Side Surface / Nut / Inclined Cutting0.1 ~ 1.22
1 13 Arbeitstage 4General Steel[◎] / Heat-Treated Steel[◎] / High-Hardness Steel ~ HRC55[○] / Edelstahl[○] / Gusseisen[○] / Aluminum Alloy[○] / Copper Alloy[○]102For High Hardness (Silicone-Based)650Flat Surface / Side Surface / Nut / Inclined Cutting0.1 ~ 11
1 13 Arbeitstage 12General Steel[◎] / Heat-Treated Steel[◎] / High-Hardness Steel ~ HRC55[○] / Edelstahl[○] / Gusseisen[○] / Aluminum Alloy[○] / Copper Alloy[○]302For High Hardness (Silicone-Based)1285Flat Surface / Side Surface / Nut / Inclined Cutting0.1 ~ 32
1 13 Arbeitstage 3General Steel[◎] / Heat-Treated Steel[◎] / High-Hardness Steel ~ HRC55[○] / Edelstahl[○] / Gusseisen[○] / Aluminum Alloy[○] / Copper Alloy[○]4.54For High Hardness (Silicone-Based)645Flat Surface / Side Surface / Inclined Cutting0.1 ~ 0.71
1 13 Arbeitstage 4General Steel[◎] / Heat-Treated Steel[◎] / High-Hardness Steel ~ HRC55[○] / Edelstahl[○] / Gusseisen[○] / Aluminum Alloy[○] / Copper Alloy[○]64For High Hardness (Silicone-Based)645Flat Surface / Side Surface / Inclined Cutting0.1 ~ 11
1 13 Arbeitstage 5General Steel[◎] / Heat-Treated Steel[◎] / High-Hardness Steel ~ HRC55[○] / Edelstahl[○] / Gusseisen[○] / Aluminum Alloy[○] / Copper Alloy[○]7.54For High Hardness (Silicone-Based)645Flat Surface / Side Surface / Inclined Cutting0.1 ~ 11
1 13 Arbeitstage 6General Steel[◎] / Heat-Treated Steel[◎] / High-Hardness Steel ~ HRC55[○] / Edelstahl[○] / Gusseisen[○] / Aluminum Alloy[○] / Copper Alloy[○]94For High Hardness (Silicone-Based)645Flat Surface / Side Surface / Inclined Cutting0.1 ~ 1.22
1 13 Arbeitstage 8General Steel[◎] / Heat-Treated Steel[◎] / High-Hardness Steel ~ HRC55[○] / Edelstahl[○] / Gusseisen[○] / Aluminum Alloy[○] / Copper Alloy[○]124For High Hardness (Silicone-Based)855Flat Surface / Side Surface / Inclined Cutting0.1 ~ 1.42
1 13 Arbeitstage 10General Steel[◎] / Heat-Treated Steel[◎] / High-Hardness Steel ~ HRC55[○] / Edelstahl[○] / Gusseisen[○] / Aluminum Alloy[○] / Copper Alloy[○]154For High Hardness (Silicone-Based)1065Flat Surface / Side Surface / Inclined Cutting0.1 ~ 32
1 13 Arbeitstage 3General Steel[◎] / Heat-Treated Steel[◎] / High-Hardness Steel ~ HRC55[○] / Edelstahl[○] / Gusseisen[○] / Aluminum Alloy[○] / Copper Alloy[○]94For High Hardness (Silicone-Based)645Flat Surface / Side Surface / Inclined Cutting0.1 ~ 0.71
1 13 Arbeitstage 4General Steel[◎] / Heat-Treated Steel[◎] / High-Hardness Steel ~ HRC55[○] / Edelstahl[○] / Gusseisen[○] / Aluminum Alloy[○] / Copper Alloy[○]124For High Hardness (Silicone-Based)650Flat Surface / Side Surface / Inclined Cutting0.1 ~ 11
1 13 Arbeitstage 10General Steel[◎] / Heat-Treated Steel[◎] / High-Hardness Steel ~ HRC55[○] / Edelstahl[○] / Gusseisen[○] / Aluminum Alloy[○] / Copper Alloy[○]304For High Hardness (Silicone-Based)1080Flat Surface / Side Surface / Inclined Cutting0.1 ~ 32
1 13 Arbeitstage 12General Steel[◎] / Heat-Treated Steel[◎] / High-Hardness Steel ~ HRC55[○] / Edelstahl[○] / Gusseisen[○] / Aluminum Alloy[○] / Copper Alloy[○]364For High Hardness (Silicone-Based)1285Flat Surface / Side Surface / Inclined Cutting0.1 ~ 32
1 13 Arbeitstage 3General Steel[◎] / Heat-Treated Steel[◎] / High-Hardness Steel ~ HRC55[○] / Edelstahl[○] / Gusseisen[○] / Aluminum Alloy[○] / Copper Alloy[○]64For High Hardness (Silicone-Based)645Flat Surface / Side Surface / Inclined Cutting0.1 ~ 0.71
1 13 Arbeitstage 4General Steel[◎] / Heat-Treated Steel[◎] / High-Hardness Steel ~ HRC55[○] / Edelstahl[○] / Gusseisen[○] / Aluminum Alloy[○] / Copper Alloy[○]84For High Hardness (Silicone-Based)645Flat Surface / Side Surface / Inclined Cutting0.1 ~ 11
1 13 Arbeitstage 5General Steel[◎] / Heat-Treated Steel[◎] / High-Hardness Steel ~ HRC55[○] / Edelstahl[○] / Gusseisen[○] / Aluminum Alloy[○] / Copper Alloy[○]104For High Hardness (Silicone-Based)645Flat Surface / Side Surface / Inclined Cutting0.1 ~ 11
1 13 Arbeitstage 6General Steel[◎] / Heat-Treated Steel[◎] / High-Hardness Steel ~ HRC55[○] / Edelstahl[○] / Gusseisen[○] / Aluminum Alloy[○] / Copper Alloy[○]124For High Hardness (Silicone-Based)645Flat Surface / Side Surface / Inclined Cutting0.1 ~ 1.22
1 13 Arbeitstage 10General Steel[◎] / Heat-Treated Steel[◎] / High-Hardness Steel ~ HRC55[○] / Edelstahl[○] / Gusseisen[○] / Aluminum Alloy[○] / Copper Alloy[○]204For High Hardness (Silicone-Based)1065Flat Surface / Side Surface / Inclined Cutting0.1 ~ 32

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Spezifikationen

Non-Coated TS Coated Carbide 0.1 mm Unit Corner C Designated End Mill:Related Image

Model Number
SEC-CEM2B / TSC-CEM2B
SEC-CEM4B
/ TSC-CEM4B (1.5 D Blade Length Type)
Flute Diameter
D
Corner C
0.1 mm Increment Designation
Blade Length
Overall Length
L
Shank Diameter
d
Figure
20.1 ~ 0.534041
2.50.1 ~ 0.53.754041
30.1 ~ 0.74.54561
3.50.1 ~ 0.75.254561
40.1 ~ 1.064561
4.50.1 ~ 1.06.754561
50.1 ~ 1.07.54561
5.50.1 ~ 1.08.254561
60.1 ~ 1.294562
80.1 ~ 1.4126082
100.1 ~ 3.01570102
120.1 ~ 3.01875122
160.1 ~ 3.024100162
200.1 ~ 3.030105202

Model Number
SEC-CEM2S / TSC-CEM2S
SEC-CEM4S
/TSC-CEM4S (2 D Blade Length Type)
Flute Diameter
D
Corner C
0.1 mm Increment Designation
Blade Length
Overall Length
L
Shank Diameter
d
Figure
20.1 ~ 0.544041
2.50.1 ~ 0.554041
2.80.1 ~ 0.55.64041
30.1 ~ 0.764561
3.50.1 ~ 0.774561
40.1 ~ 1.084561
4.50.1 ~ 1.094561
50.1 ~ 1.0104561
5.50.1 ~ 1.0114561
60.1 ~ 1.2124562
80.1 ~ 1.4165582
100.1 ~ 3.02065102
120.1 ~ 3.02475122
160.1 ~ 3.032100162
200.1 ~ 3.040105202

Model Number
SEC-CEM2SR / TSC-CEM2SR (2.5 D Blade Length Type)
Flute Diameter
D
Corner C
0.1 mm Increment Designation
Blade Length
Overall Length
L
Shank Diameter
d
Figure
30.1 ~ 0.77.54561
40.1 ~ 1.0105061
50.1 ~ 1.012.55561
60.1 ~ 1.2156062
80.1 ~ 1.4207082
100.1 ~ 3.02580102
120.1 ~ 3.03085122

Model Number
SEC-CEM2R / TSC-CEM2R
SEC-CEM4R
/ TSC-CEM4R (3D Blade Length Type)
Flute Diameter
D
Corner C
0.1 mm Increment Designation
Blade Length
Overall Length
L
Shank Diameter
d
Figure
20.1 ~ 0.564541
2.50.1 ~ 0.57.54541
2.80.1 ~ 0.58.44541
30.1 ~ 0.794561
3.50.1 ~ 0.710.54561
40.1 ~ 1.0125061
4.50.1 ~ 1.013.55061
50.1 ~ 1.0155561
5.50.1 ~ 1.016.55561
60.1 ~ 1.2186062
80.1 ~ 1.4247082
100.1 ~ 3.03080102
120.1 ~ 3.03685122
160.1 ~ 3.048115162
200.1 ~ 3.060125202

Model Number
SEC-CEM2RL / TSC-CEM2RL (3.5 D Blade Length Type)
Flute Diameter
D
Corner C
0.1 mm Increment Designation
Blade Length
Overall Length
L
Shank Diameter
d
Figure
30.1 ~ 0.710.54561
40.1 ~ 1.0145061
50.1 ~ 1.017.55561
60.1 ~ 1.2216062
80.1 ~ 1.4287082
100.1 ~ 3.03580102
120.1 ~ 3.04295122

Model Number
SEC-CEM2L / TSC-CEM2L (4 D Blade Length Type)
Flute Diameter
D
Corner C
0.1 mm Increment Designation
Blade Length
Overall Length
L
Shank Diameter
d
Figure
30.1 ~ 0.7125061
40.1 ~ 1.0166061
50.1 ~ 1.0206061
60.1 ~ 1.2246062
80.1 ~ 1.43210082
100.1 ~ 3.040100102
120.1 ~ 3.048100122


For Cutting Conditions, Refer to >>Click here.

Grundlegende Informationen

Model Quadratisch Geometry Mit Führung Torsion Angle (θ) Standard Helix (30 to 40°)
Additional Classification Manufactured Product Tolerance of OD(mm) 0 ~ -0.02

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