Swiss engineering, high precision

Drilling

Pilot drills

MTB27

140° solid carbide pilot drill with reinforced shank, coated

ø mm:

1,00 ÷ 4,00

2XD
Point angle 140°
Variable helix angle
Chamfer 90°
Coated
Steels (fully suitable)
Stainless Steels (partially suitable)
Cast Iron (fully suitable)
Non-ferrous (partially suitable)
Superalloys / Titanium (partially suitable)
Hardened Steels (partially suitable)

MTB27E

130° high-performance solid carbide pilot drill with reinforced shank, coated

ø mm:

1,00 ÷ 6,00

2XD
Point angle 130°
Variable helix angle
Chamfer 90°
Coated
Steels (partially suitable)
Stainless Steels (fully suitable)
Cast Iron (fully suitable)
Non-ferrous (partially suitable)
Superalloys / Titanium (partially suitable)

TTD180E

180° high-performance solid carbide pilot drill with reinforced shank, coated

ø mm:

0,80 ÷ 6,00

3,5XD
Point angle 180°
Coated
Steels (fully suitable)
Stainless Steels (fully suitable)
Cast Iron (fully suitable)
Non-ferrous (partially suitable)
Superalloys / Titanium (partially suitable)
Hardened Steels (partially suitable)

TWP

Solid carbide Torx® pilot drill

ø mm:

0,90 ÷ 3,80 T4/T30

Point angle 140°
Helix angle 20°
Chamfer 120°
Coated
Steels (partially suitable)
Stainless Steels (fully suitable)
Superalloys / Titanium (fully suitable)

Centre drills

MTB43

118° solid carbide micro centre drill for precision pre-drilling, coated

ø mm:

0,60 ÷ 2,00

Point angle 118°
Helix angle 25°
Coated
Steels (fully suitable)
Stainless Steels (fully suitable)
Cast Iron (partially suitable)
Non-ferrous (fully suitable)
Superalloys / Titanium (fully suitable)
Hardened Steels (fully suitable)
Other Materials (partially suitable)

MTB44

90° solid carbide micro centre drill for precision pre-drilling, coated

ø mm:

0,60 ÷ 2,00

Point angle 90°
Helix angle 25°
Coated
Steels (fully suitable)
Stainless Steels (fully suitable)
Cast Iron (partially suitable)
Non-ferrous (fully suitable)
Superalloys / Titanium (fully suitable)
Hardened Steels (fully suitable)
Other Materials (partially suitable)

MTB40

120° solid carbide centre drill for precision pre-drilling

ø mm:

3,00 ÷ 16,00

Point angle 120°
Helix angle 25°
Steels (fully suitable)
Stainless Steels (partially suitable)
Cast Iron (partially suitable)
Non-ferrous (fully suitable)
Other Materials (partially suitable)

MTB41

90° solid carbide centre drill for precision pre-drilling

ø mm:

3,00 ÷ 16,00

Point angle 90°
Helix angle 25°
Steels (fully suitable)
Stainless Steels (partially suitable)
Cast Iron (partially suitable)
Non-ferrous (fully suitable)
Other Materials (partially suitable)

High-performance drills

for steel

TTD203

Solid carbide twist drill for steel, without internal coolant holes, coated

ø mm:

1,00 ÷ 4,00

3XD
Point angle 140°
Helix angle 25°
Coated
Steels (fully suitable)
Stainless Steels (fully suitable)
Cast Iron (fully suitable)
Non-ferrous (partially suitable)
Superalloys / Titanium (partially suitable)
Hardened Steels (partially suitable)

TTD207

Solid carbide twist drill for steel, without internal coolant holes, coated

ø mm:

1,00 ÷ 4,00

7XD
Point angle 140°
Helix angle 25°
Coated
Steels (fully suitable)
Stainless Steels (fully suitable)
Cast Iron (fully suitable)
Non-ferrous (partially suitable)
Superalloys / Titanium (partially suitable)
Hardened Steels (partially suitable)

TTD204

Solid carbide twist drill for steel, with internal coolant holes, coated

ø mm:

1,00 ÷ 4,00

4XD
Point angle 140°
Coated
Steels (fully suitable)
Stainless Steels (partially suitable)
Cast Iron (fully suitable)
Non-ferrous (partially suitable)
Superalloys / Titanium (partially suitable)
Hardened Steels (partially suitable)

TTD209

Solid carbide twist drill for steel, without internal coolant holes, coated

ø mm:

1,00 ÷ 4,00

9XD
Point angle 140°
Coated
Steels (fully suitable)
Stainless Steels (partially suitable)
Cast Iron (fully suitable)
Non-ferrous (partially suitable)
Superalloys / Titanium (partially suitable)
Hardened Steels (partially suitable)

TTD215

Solid carbide twist drill for steel, without internal coolant holes, coated

ø mm:

1,00 ÷ 4,00

15XD
Point angle 140°
Coated
Steels (fully suitable)
Stainless Steels (partially suitable)
Cast Iron (fully suitable)
Non-ferrous (partially suitable)
Superalloys / Titanium (partially suitable)
Hardened Steels (partially suitable)

High-performance drills

for stainless steel

TTD206E

Solid carbide twist drill for stainless steel, with internal coolant holes, coated

ø mm:

1,00 ÷ 6,00

6XD
Point angle 130°
Coated
Steels (partially suitable)
Stainless Steels (fully suitable)
Cast Iron (fully suitable)
Non-ferrous (partially suitable)
Superalloys / Titanium (partially suitable)
Hardened Steels (partially suitable)

TTD212E

Solid carbide twist drill for stainless steel, with internal coolant holes, coated

ø mm:

1,00 ÷ 6,00

12XD
Point angle 130°
Coated
Steels (partially suitable)
Stainless Steels (fully suitable)
Cast Iron (fully suitable)
Non-ferrous (partially suitable)
Superalloys / Titanium (partially suitable)
Hardened Steels (partially suitable)

TTD218E

Solid carbide twist drill for stainless steel, with internal coolant holes, coated

ø mm:

1,00 ÷ 6,00

18XD
Point angle 130°
Coated
Steels (partially suitable)
Stainless Steels (fully suitable)
Cast Iron (fully suitable)
Non-ferrous (partially suitable)
Superalloys / Titanium (partially suitable)
Hardened Steels (partially suitable)

High-performance drills

for high-resistance materials

TTD203S

Solid carbide twist drill for HRSA and titanium materials, with internal coolant holes, coated

ø mm:

1,00 ÷ 4,00

3XD
Point angle 140°
Coated
Steels (partially suitable)
Stainless Steels (fully suitable)
Superalloys / Titanium (fully suitable)

TTD206S

Solid carbide twist drill for HRSA and titanium materials, with internal coolant holes, coated

ø mm:

1,00 ÷ 4,00

6XD
Point angle 140°
Coated
Steels (partially suitable)
Stainless Steels (fully suitable)
Superalloys / Titanium (fully suitable)

Drills

Centesimal

TA803

Solid carbide drill with 0.01 mm increments and without internal cooling holes for steel

ø mm:

0,30 ÷ 3,00

Point angle 130°
Helix angle 35°
Coated
Steels (fully suitable)
Stainless Steels (fully suitable)
Cast Iron (fully suitable)
Non-ferrous (fully suitable)
Superalloys / Titanium (partially suitable)
Other Materials (partially suitable)

MTB25N

Solid carbide drill with 0.01 mm increments and without internal cooling holes for steel

ø mm:

0,30 ÷ 13,00

Point angle 118°
Helix angle 25°
CYL
Steels (fully suitable)
Stainless Steels (partially suitable)
Cast Iron (partially suitable)
Non-ferrous (fully suitable)
Hardened Steels (partially suitable)
Other Materials (partially suitable)

Drills

short series

TA35

Solid carbide micro twist drill with reinforced shank – short series

ø mm:

0,20 ÷ 2,00

Point angle 118°
Helix angle 35°
Steels (fully suitable)
Stainless Steels (partially suitable)
Cast Iron (partially suitable)
Non-ferrous (fully suitable)
Hardened Steels (partially suitable)
Other Materials (partially suitable)

MTB25

Solid carbide micro twist drill – short series

ø mm:

0,50 ÷ 20,00

Point angle 118°
Helix angle 25°
CYL
Steels (fully suitable)
Stainless Steels (partially suitable)
Cast Iron (partially suitable)
Non-ferrous (fully suitable)
Other Materials (partially suitable)

MTB33

Solid carbide micro twist drill – short series

ø mm:

1,00 ÷ 12,00

Point angle 118°
Helix angle 30°
CYL
Steels (fully suitable)
Stainless Steels (partially suitable)
Cast Iron (partially suitable)
Non-ferrous (fully suitable)
Other Materials (partially suitable)

TA303B

Solid carbide micro twist drill with back chamfer, coated

ø mm:

0,50 ÷ 3,00

Point angle 130°
Helix angle 25°
Coated
Steels (fully suitable)
Stainless Steels (fully suitable)
Cast Iron (fully suitable)
Non-ferrous (fully suitable)
Other Materials (partially suitable)

Drills

medium series

TC35

Solid carbide micro twist drill – medium series

ø mm:

0,30 ÷ 2,00

Point angle 130°
Helix angle 35°
CYL
Steels (fully suitable)
Stainless Steels (partially suitable)
Cast Iron (partially suitable)
Non-ferrous (fully suitable)
Superalloys / Titanium (partially suitable)
Other Materials (partially suitable)

MTB30

Solid carbide micro twist drill – medium series

ø mm:

0,80 ÷ 16,00

Point angle 118°
Helix angle 25°
CYL
Steels (fully suitable)
Stainless Steels (partially suitable)
Cast Iron (partially suitable)
Non-ferrous (fully suitable)
Other Materials (partially suitable)

MTB35

Solid carbide micro twist drill – medium series

ø mm:

0,30 ÷ 6,00

Point angle 118°
Helix angle 25°
CYL
Steels (fully suitable)
Stainless Steels (partially suitable)
Cast Iron (partially suitable)
Non-ferrous (fully suitable)
Other Materials (partially suitable)

MTB35L

Solid carbide left-hand cutting micro twist drill – medium series

ø mm:

0,50 ÷ 6,00

Point angle 118°
Helix angle 25° (left-hand)
CYL
Steels (fully suitable)
Stainless Steels (partially suitable)
Cast Iron (partially suitable)
Non-ferrous (fully suitable)
Other Materials (partially suitable)

Drills

long series

MTB45

Solid carbide micro twist drill – long series

ø mm:

0,30 ÷ 13,00

Point angle 120°
Helix angle 30°
CYL
Steels (fully suitable)
Stainless Steels (partially suitable)
Cast Iron (partially suitable)
Non-ferrous (fully suitable)
Hardened Steels (partially suitable)
Other Materials (partially suitable)

MTB50

Solid carbide micro twist drill – long series

ø mm:

1,00 ÷ 13,00

Point angle 118-130°
Helix angle 25-30°
CYL
Steels (fully suitable)
Stainless Steels (partially suitable)
Cast Iron (partially suitable)
Non-ferrous (fully suitable)
Hardened Steels (partially suitable)
Other Materials (partially suitable)

Drills

extra-long series

MTB60

Solid carbide micro twist drill – extra-long series

ø mm:

1,00 ÷ 10,00

Point angle 118-130°
Helix angle 25-30°
CYL
Steels (fully suitable)
Stainless Steels (partially suitable)
Cast Iron (partially suitable)
Non-ferrous (fully suitable)
Hardened Steels (partially suitable)
Other Materials (partially suitable)

Reamers

MS402

Solid carbide cylindrical reamer with left-hand spiral and right-hand cutting

ø mm:

1,00 ÷ 16,00

Helix angle 7°
Z 4-8
Steels (fully suitable)
Stainless Steels (partially suitable)
Cast Iron (partially suitable)
Non-ferrous (partially suitable)
Superalloys / Titanium (partially suitable)
Hardened Steels (partially suitable)
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