Bausch Diamond milling cutter, cylindrical
15.24 EUR
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Attachment for all Bausch manicure and pedicure sets. For grinding and shortening toenails.
EAN: 4006094173008
Delivery Cost: 5.9 EUR
Availability: in stock
Condition: new
Attachment for all Bausch manicure and pedicure sets. For grinding and shortening toenails.
EAN: 4006094173008
Delivery Cost: 5.9 EUR
Availability: in stock
Condition: new
Comparison of Similar Products
Cutters of 6 mm, 7 mm, 8 mm and 10 mm. Four-flute design according to DIN 844. Shafts 6.0 or 10 mm. Made from HSS-Co5. Comes in a wooden box with sliding lid.
Functional and robust design.
Shank and milling part manufactured from a one-piece blank.
Precise indentation and optimum concentricity
with simultaneous elasticity. For
machining soft and hard wood, non-ferrous and
precious metals, as well as plastic and plaster.
Set consisting of:
1 x ball shape 5mm
1 x wheel shape 5mm
1 x cone shape 5mm
1159-55) and ECON® Styro55 (art. no. 1555-51).
The subsequent installation of electrical connections on an already completed, insulated façade is a challenge. With the SPECIAL cutters, installation openings can be created without weakening the thermal insulation system, as insulation is only removed at certain points.
Stable machine base made of cast iron, vertical guide and cross table. With play-free, readjustable dovetail guide in all axes. Diecast aluminium boom housing, with 24-pole special motor (balanced). For vibration-free working at high speeds.
Tools held by MICROMOT system collets (steel, hardened, three slot), with one each of 1 - 1.5 - 2 - 2.4 - 3 and 3.2 mm. Table with three continuous T-slots (MICROMOT standard 12 x 6 x 5 mm). A sliding ruler facilitates the positioning of the cross carriage.
Technical data:
230 V. 100 W. 50/60 Hz. 5000 - 20,000 rpm. Table 200 x 70 mm. Travel: X (transverse) 134 mm, Y (longitudinal) 46 mm, Z (vertical) 80 mm. Machine base (installation area) 130 x 225 mm. Overall height 370 mm. Weight: approx. 7 kg. The clamping claws shown are included in the scope of delivery, but not the workpiece!
Sophisticated control via rotor-position and speed sensors guarantees high torque when using large cutters, even in the lower speed range. Solid column with dovetail guide. Cutting head can be swivelled 90° to the right and left (indicated on a scale). The sleeve can be clamped and is prepared for the attachment of the fine feed adapter NO 24 254. Tool chuck with multi-range collet chucks type ER 20: One piece each 6 - 8 - 10 and 12 mm are included. Height adjustment of the cutting head by means of a hand wheel. Solid, face-milled cross table made of steel with three continuous T-slots according to MICROMOT standard (12 x 6 x 5 mm). All three handwheels with scale ring (1 turn = 2 mm).
Technical data:
230 V. 400 W. 50/60 Hz. Spindle speeds 200 - 4000 rpm. Throat 125 mm. Stroke: 30 mm. Column 120 x 100 x 430 mm. Table: 400 x 125 mm. Travel: vertical (Z axis) 220 mm, transverse (X axis) 310 mm, depth (Y axis) 100 mm. Dimensions: H = 750 mm, W = 550 mm, D = 550 mm. Weight: approx. 47 kg.
Note:
Clamping claws, cutters and workpiece are not included in the scope of delivery.
New technology with brushless direct drive: quiet and vibration-free. Made in Germany.
- For precise remilling of valve seats on leaking taps
- Adjustable milling pressure via spring and regulating screw
- Suitable for all common fittings thanks to a cylindrical stepped threaded socket
- Milling tool can be replaced
- Supplied with sturdy plastic case
Description
- With 1/4"" hexagonal mount
- With swarf catcher
- For wall-mounted milling of valve extensions
- Equipped with a special carbide insert
- Optimal centring by cylindrical attachment in front of the cutter
- Special tool steel
Features
- Holder: 1/4"" hexagonal mount
- Package content: 1
- Diameter: 36
- Total length: 91.5 mm
- Weight [g]: 170
- Material 1: special tool steel
- Packaging height: 40 mm
- Packaging width: 45 mm
- Packaging length: 82 mm
All cutters with 6 mm cylindrical shaft: 1 each for 2 - 3 - 4 and 5 mm. Double-edged, according to DIN 327. Made of HSS-Co5. In wooden box with sliding lid.
Technical data:
- Shank shape: HA (DIN6535)
- Version: 90° with chamfer
- Corner design: corner design chamfer
- Spiral angle: 38°/40°
- Coating: TiAlSiN
- Cutting material: HP40
- Internal coolant supply: no
- Feed direction: x,y,z
- Cutting dia. DC: 5 mm
- Shank dia. DCON: 6 mm
- Maximum cutting depth APMX: 13 mm
- Total length LF: 57 mm
- Chamfer width CHW: 0.1 mm
- Number of teeth ZEFP: 4x
- Standard: factory standard
Advantages:
- Full-track milling up to 1xD.
- Version with free-cut neck.
- Material-specific geometry and coating for use in stainless materials.
- Optimised helix angle for improved chip removal.
- Optimum temperature control when machining difficult-to-machine materials.
Application recommendations:
- Observe the cutting data recommendations.
- Ensure that the workpiece and tool clamp are stable in order to achieve the best performance.
Machinable materials:
- Soft titanium alloys (tensile strength 500 N/mm²)
- Stainless steel (INOX)
- Titanium
- Titanium alloys
Processing tasks:
- Milling
Drive types:
- Machining centres
Technical data:
- Shank shape: HA (DIN6535)
- Version: 90° with chamfer
- Corner design: corner design chamfer
- Spiral angle: 38°/40°
- Coating: TiAlSiN
- Cutting material: HP40
- Internal coolant supply: no
- Feed direction: x,y,z
- Cutting dia. DC: 4 mm
- Shank dia. DCON: 6 mm
- Maximum cutting depth APMX: 9 mm
- Total length LF: 57 mm
- Chamfer width CHW: 0.1 mm
- Number of teeth ZEFP: 4x
- Standard: factory standard
Advantages:
- Full-track milling up to 1xD.
- Version with free-cut neck.
- Material-specific geometry and coating for use in stainless materials.
- Optimised helix angle for improved chip removal.
- Optimum temperature control when machining difficult-to-machine materials.
Application recommendations:
- Observe the cutting data recommendations.
- Ensure that the workpiece and tool clamp are stable in order to achieve the best performance.
Machinable materials:
- Soft titanium alloys (tensile strength 500 N/mm²)
- Stainless steel (INOX)
- Titanium
- Titanium alloys
Processing tasks:
- Milling
Drive types:
- Machining centres
Technical data:
- Shank shape: HA (DIN6535)
- Version: 90° with chamfer
- Corner design: corner design chamfer
- Spiral angle: 38°/40°
- Coating: TiAlSiN
- Cutting material: HP40
- Internal coolant supply: no
- Feed direction: x,y,z
- Cutting dia. DC: 3 mm
- Shank dia. DCON: 6 mm
- Maximum cutting depth APMX: 6 mm
- Total length LF: 57 mm
- Chamfer width CHW: 0.1 mm
- Number of teeth ZEFP: 4x
- Standard: factory standard
Advantages:
- Full-track milling up to 1xD.
- Version with free-cut neck.
- Material-specific geometry and coating for use in stainless materials.
- Optimised helix angle for improved chip removal.
- Optimum temperature control when machining difficult-to-machine materials.
Application recommendations:
- Observe the cutting data recommendations.
- Ensure that the workpiece and tool clamp are stable in order to achieve the best performance.
Machinable materials:
- Soft titanium alloys (tensile strength 500 N/mm²)
- Stainless steel (INOX)
- Titanium
- Titanium alloys
Processing tasks:
- Milling
Drive types:
- Machining centres
Application:
Exact milling of welding points in sheet metal processing
- Suitable for every drilling machine
- Hexagon shank (7 mm)
No twisting in drill chuck - Replaceable milling head (right-hand thread) made of quick steel (oiled)
- Crown to be used on both sides
- Cut depth adjustment (*) by adjusting screw
- MADE IN GERMANY
- Dimensions / Length: 70 mm
- Diameter: 11 mm
- Net weight (kg): 0.02 kg
- No warping or tearing of the sheet during spot welding
Boom head can be swivelled up to 90°. This makes for a versatile range of applications: angle drilling, versatile milling without special cutters, milling of oblique slotted holes. Can be changed to fine feed for making adjustments when head trimming. With depth stop and depth scale. Large gear reduction on rack feed allows drilling without much effort. 45 mm thick drilling column, 500 mm long. Approx. 140 mm radius (column outside to centre of tool). 65 mm stroke. Face-milled, solid base plate with 200 x 200 mm usable table surface and two continuous T-grooves according to MICROMOT standard (12 x 6 x 5 mm). Easy clamping of all commercially available drilling machines with 43 mm spindle neck. Weight: approx. 6.5 kg.
- Adjustable, milled dovetail guide.
- Clearly readable depth scale.
- Drilling column dia. 45 mm, 500 mm long.
- Adjustable 0-position for fine feed.
- Can be changed to fine feed with spindle.
- Stable, face-milled work table with 2 T-grooves according to MICROMOT standard (12 x 6 x 5 mm).
Technical data:
- Shank shape: HA (DIN6535)
- Version: 90° with chamfer
- Corner design: corner design chamfer
- Spiral angle: 38°/40°
- Coating: AlTiN/TiSiXN
- Cutting material: TI40
- Internal coolant supply: no
- Feed direction: x,y,z
- Cutting dia. DC: 20 mm
- Shank dia. DCON: 20 mm
- Maximum cutting depth APMX: 38 mm
- Total length LF: 104 mm
- Length, usable LU: 52 mm
- Neck dia. DN: 19.6 mm
- Chamfer width CHW: 0.3 mm
- Number of teeth ZEFP: 4x
- Standard: factory standard
Advantages:
- Full-track milling up to 1xD.
- Version with free-cut neck.
- Material-specific geometry and coating for use in stainless materials.
- Optimised helix angle for improved chip removal.
- Optimum temperature control when machining difficult-to-machine materials.
Application recommendations:
- Observe the cutting data recommendations.
- Ensure that the workpiece and tool clamp are stable in order to achieve the best performance.
Machinable materials:
- Soft titanium alloys (tensile strength 500 N/mm²)
- Stainless steel (INOX)
- Titanium
- Titanium alloys
Processing tasks:
- Milling
Drive types:
- Machining centres
Technical data:
- Shank shape: HA (DIN6535)
- Version: 90° with chamfer
- Corner design: corner design chamfer
- Spiral angle: 38°/40°
- Coating: AlTiN/TiSiXN
- Cutting material: TI40
- Internal coolant supply: no
- Feed direction: x,y,z
- Cutting dia. DC: 8 mm
- Shank dia. DCON: 8 mm
- Maximum cutting depth APMX: 19 mm
- Total length LF: 63 mm
- Length, usable LU: 25 mm
- Neck dia. DN: 7.7 mm
- Chamfer width CHW: 0.2 mm
- Number of teeth ZEFP: 4x
- Standard: factory standard
Advantages:
- Full-track milling up to 1xD.
- Version with free-cut neck.
- Material-specific geometry and coating for use in stainless materials.
- Optimised helix angle for improved chip removal.
- Optimum temperature control when machining difficult-to-machine materials.
Application recommendations:
- Observe the cutting data recommendations.
- Ensure that the workpiece and tool clamp are stable in order to achieve the best performance.
Machinable materials:
- Soft titanium alloys (tensile strength 500 N/mm²)
- Stainless steel (INOX)
- Titanium
- Titanium alloys
Processing tasks:
- Milling
Drive types:
- Machining centres
Technical data:
- Shank shape: HA (DIN6535)
- Version: 90° with chamfer
- Corner design: corner design chamfer
- Spiral angle: 38°/40°
- Coating: AlTiN/TiSiXN
- Cutting material: TI40
- Internal coolant supply: no
- Feed direction: x,y,z
- Cutting dia. DC: 6 mm
- Shank dia. DCON: 6 mm
- Maximum cutting depth APMX: 13 mm
- Total length LF: 57 mm
- Length, usable LU: 20 mm
- Neck dia. DN: 5.7 mm
- Chamfer width CHW: 0.15 mm
- Number of teeth ZEFP: 4x
- Standard: factory standard
Advantages:
- Full-track milling up to 1xD.
- Version with free-cut neck.
- Material-specific geometry and coating for use in stainless materials.
- Optimised helix angle for improved chip removal.
- Optimum temperature control when machining difficult-to-machine materials.
Application recommendations:
- Observe the cutting data recommendations.
- Ensure that the workpiece and tool clamp are stable in order to achieve the best performance.
Machinable materials:
- Soft titanium alloys (tensile strength 500 N/mm²)
- Stainless steel (INOX)
- Titanium
- Titanium alloys
Processing tasks:
- Milling
Drive types:
- Machining centres
Technical data:
- Shank shape: HA (DIN6535)
- Version: 90° with chamfer
- Corner design: corner design chamfer
- Spiral angle: 38°/40°
- Coating: AlTiN/TiSiXN
- Cutting material: TI40
- Internal coolant supply: no
- Feed direction: x,y,z
- Cutting dia. DC: 10 mm
- Shank dia. DCON: 10 mm
- Maximum cutting depth APMX: 22 mm
- Total length LF: 72 mm
- Length, usable LU: 30 mm
- Neck dia. DN: 9.7 mm
- Chamfer width CHW: 0.2 mm
- Number of teeth ZEFP: 4x
- Standard: factory standard
Advantages:
- Full-track milling up to 1xD.
- Version with free-cut neck.
- Material-specific geometry and coating for use in stainless materials.
- Optimised helix angle for improved chip removal.
- Optimum temperature control when machining difficult-to-machine materials.
Application recommendations:
- Observe the cutting data recommendations.
- Ensure that the workpiece and tool clamp are stable in order to achieve the best performance.
Machinable materials:
- Soft titanium alloys (tensile strength 500 N/mm²)
- Stainless steel (INOX)
- Titanium
- Titanium alloys
Processing tasks:
- Milling
Drive types:
- Machining centres
Technical data:
- Shank shape: HA (DIN6535)
- Version: 90° with chamfer
- Corner design: corner design chamfer
- Spiral angle: 38°/40°
- Coating: AlTiN/TiSiXN
- Cutting material: TI40
- Internal coolant supply: no
- Feed direction: x,y,z
- Cutting dia. DC: 12 mm
- Shank dia. DCON: 12 mm
- Maximum cutting depth APMX: 26 mm
- Total length LF: 83 mm
- Length, usable LU: 36 mm
- Neck dia. DN: 11.6 mm
- Chamfer width CHW: 0.25 mm
- Number of teeth ZEFP: 4x
- Standard: factory standard
Advantages:
- Full-track milling up to 1xD.
- Version with free-cut neck.
- Material-specific geometry and coating for use in stainless materials.
- Optimised helix angle for improved chip removal.
- Optimum temperature control when machining difficult-to-machine materials.
Application recommendations:
- Observe the cutting data recommendations.
- Ensure that the workpiece and tool clamp are stable in order to achieve the best performance.
- Soft titanium alloys (tensile strength 500 N/mm²)
- Stainless steel (INOX)
- Titanium
- Titanium alloys
Processing tasks:
- Milling
Drive types:
- Machining centres
Technical data:
- Shank shape: HA (DIN6535)
- Version: 90° with chamfer
- Corner design: corner design chamfer
- Spiral angle: 38°/40°
- Coating: AlTiN/TiSiXN
- Cutting material: TI40
- Internal coolant supply: no
- Feed direction: x,y,z
- Cutting dia. DC: 25 mm
- Shank dia. DCON: 25 mm
- Maximum cutting depth APMX: 45 mm
- Total length LF: 125 mm
- Length, usable LU: 65 mm
- Neck dia. DN: 24.5 mm
- Chamfer width CHW: 0.3 mm
- Number of teeth ZEFP: 4x
- Standard: factory standard
Advantages:
- Full-track milling up to 1xD.
- Version with free-cut neck.
- Material-specific geometry and coating for use in stainless materials.
- Optimised helix angle for improved chip removal.
- Optimum temperature control when machining difficult-to-machine materials.
Application recommendations:
- Observe the cutting data recommendations.
- Ensure that the workpiece and tool clamp are stable in order to achieve the best performance.
- Soft titanium alloys (tensile strength 500 N/mm²)
- Stainless steel (INOX)
- Titanium
- Titanium alloys
Processing tasks:
- Milling
Drive types:
- Machining centres
Technical data:
- Shank shape: HA (DIN6535)
- Version: 90° with chamfer
- Corner design: corner design chamfer
- Spiral angle: 42°
- Coating: uncoated
- Cutting material: UC40
- Internal coolant supply: no
- Feed direction: x,y,z
- Cutting dia. DC: 20 mm
- Shank dia. DCON: 20 mm
- Maximum cutting depth APMX: 38 mm
- Total length LF: 104 mm
- Length, usable LU: 52 mm
- Neck dia. DN: 19.6 mm
- Chamfer width CHW: 0.35 mm
- Number of teeth ZEFP: 3x
- Standard: factory standard
Advantages:
- Unequal pitch for low-vibration machining with high smoothness.
- Large polished chip spaces for optimal chip control.
- Increased process reliability at high cutting speeds.
Application recommendations:
- Observe the cutting data recommendations.
- Ensure that the workpiece and tool clamp are stable in order to achieve the best performance.
Machinable materials:
- Aluminium
- Brass
- Bronze
- Copper
- Thermosets
- Hard aluminium alloys
- Hard non-ferrous metal
- Plastics
- Soft aluminium alloys
- Soft non-ferrous metal
- Thermoplastics
- Tough aluminium alloys
Processing tasks:
- Milling
Drive types:
- Machining centres
Technical data:
- Shank shape: HA (DIN6535)
- Version: 90° with chamfer
- Corner design: corner design chamfer
- Spiral angle: 38°/40°
- Coating: AlTiN/TiSiXN
- Cutting material: TI40
- Internal coolant supply: no
- Feed direction: x,y,z
- Cutting dia. DC: 16 mm
- Shank dia. DCON: 16 mm
- Maximum cutting depth APMX: 32 mm
- Total length LF: 92 mm
- Length, usable LU: 42 mm
- Neck dia. DN: 15.6 mm
- Chamfer width CHW: 0.3 mm
- Number of teeth ZEFP: 4x
- Standard: factory standard
Advantages:
- Full-track milling up to 1xD.
- Version with free-cut neck.
- Material-specific geometry and coating for use in stainless materials.
- Optimised helix angle for improved chip removal.
- Optimum temperature control when machining difficult-to-machine materials.
Application recommendations:
- Observe the cutting data recommendations.
- Ensure that the workpiece and tool clamp are stable in order to achieve the best performance.
Machinable materials:
- Soft titanium alloys (tensile strength 500 N/mm²)
- Stainless steel (INOX)
- Titanium
- Titanium alloys
Processing tasks:
- Milling
Drive types:
- Machining centres
Technical data:
- Shank shape: HA (DIN6535)
- Version: 90° with chamfer
- Corner design: corner design chamfer
- Spiral angle: 42°
- Coating: uncoated
- Cutting material: UC40
- Internal coolant supply: no
- Feed direction: x,y,z
- Cutting dia. DC: 8 mm
- Shank dia. DCON: 8 mm
- Maximum cutting depth APMX: 19 mm
- Total length LF: 63 mm
- Length, usable LU: 25 mm
- Neck dia. DN: 7.7 mm
- Chamfer width CHW: 0.15 mm
- Number of teeth ZEFP: 3x
- Standard: factory standard
Advantages:
- Unequal pitch for low-vibration machining with high smoothness.
- Large polished chip spaces for optimal chip control.
- Increased process reliability at high cutting speeds.
Application recommendations:
- Observe the cutting data recommendations.
- Ensure that the workpiece and tool clamp are stable in order to achieve the best performance.
Machinable materials:
- Aluminium
- Brass
- Bronze
- Copper
- Thermosets
- Hard aluminium alloys
- Hard non-ferrous metal
- Plastics
- Soft aluminium alloys
- Soft non-ferrous metal
- Thermoplastics
- Tough aluminium alloys
Processing tasks:
- Milling
Drive types:
- Machining centres
Technical data:
- Shank shape: HA (DIN6535)
- Version: 90° with chamfer
- Corner design: corner design chamfer
- Spiral angle: 42°
- Coating: uncoated
- Cutting material: UC40
- Internal coolant supply: no
- Feed direction: x,y,z
- Cutting dia. DC: 4 mm
- Shank dia. DCON: 6 mm
- Maximum cutting depth APMX: 11 mm
- Total length LF: 57 mm
- Chamfer width CHW: 0.05 mm
- Number of teeth ZEFP: 3x
- Standard: factory standard
Advantages:
- Unequal pitch for low-vibration machining with high smoothness.
- Large polished chip spaces for optimal chip control.
- Increased process reliability at high cutting speeds.
Application recommendations:
- Observe the cutting data recommendations.
- Ensure that the workpiece and tool clamp are stable in order to achieve the best performance.
Machinable materials:
- Aluminium
- Brass
- Bronze
- Copper
- Thermosets
- Hard aluminium alloys
- Hard non-ferrous metal
- Plastics
- Soft aluminium alloys
- Soft non-ferrous metal
- Thermoplastics
- Tough aluminium alloys
Processing tasks:
- Milling
Drive types:
- Machining centres
Technical data:
- Shank shape: HA (DIN6535)
- Version: 90° with chamfer
- Corner design: corner design chamfer
- Spiral angle: 42°
- Coating: uncoated
- Cutting material: UC40
- Internal coolant supply: no
- Feed direction: x,y,z
- Cutting dia. DC: 3 mm
- Shank dia. DCON: 6 mm
- Maximum cutting depth APMX: 8 mm
- Total length LF: 57 mm
- Chamfer width CHW: 0.05 mm
- Number of teeth ZEFP: 3x
- Standard: factory standard
Advantages:
- Unequal pitch for low-vibration machining with high smoothness.
- Large polished chip spaces for optimal chip control.
- Increased process reliability at high cutting speeds.
Application recommendations:
- Observe the cutting data recommendations.
- Ensure that the workpiece and tool clamp are stable in order to achieve the best performance.
Machinable materials:
- Aluminium
- Brass
- Bronze
- Copper
- Thermosets
- Hard aluminium alloys
- Hard non-ferrous metal
- Plastics
- Soft aluminium alloys
- Soft non-ferrous metal
- Thermoplastics
- Tough aluminium alloys
Processing tasks:
Drive types:
Technical data:
- Shank shape: HA (DIN6535)
- Version: 90° with chamfer
- Corner design: corner design chamfer
- Spiral angle: 42°
- Coating: uncoated
- Cutting material: UC40
- Internal coolant supply: no
- Feed direction: x,y,z
- Cutting dia. DC: 12 mm
- Shank dia. DCON: 12 mm
- Maximum cutting depth APMX: 26 mm
- Total length LF: 83 mm
- Length, usable LU: 36 mm
- Neck dia. DN: 11.7 mm
- Chamfer width CHW: 0.25 mm
- Number of teeth ZEFP: 3x
- Standard: factory standard
Advantages:
- Unequal pitch for low-vibration machining with high smoothness.
- Large polished chip spaces for optimal chip control.
- Increased process reliability at high cutting speeds.
Application recommendations:
- Observe the cutting data recommendations.
- Ensure that the workpiece and tool clamp are stable in order to achieve the best performance.
Machinable materials:
- Aluminium
- Brass
- Bronze
- Copper
- Thermosets
- Hard aluminium alloys
- Hard non-ferrous metal
- Plastics
- Soft aluminium alloys
- Soft non-ferrous metal
- Thermoplastics
- Tough aluminium alloys
Processing tasks:
- Milling
Drive types:
- Machining centres
Technical data:
- Shank shape: HA (DIN6535)
- Version: 90° with chamfer
- Corner design: corner design chamfer
- Spiral angle: 42°
- Coating: uncoated
- Cutting material: UC40
- Internal coolant supply: no
- Feed direction: x,y,z
- Cutting dia. DC: 5 mm
- Shank dia. DCON: 6 mm
- Maximum cutting depth APMX: 13 mm
- Total length LF: 57 mm
- Chamfer width CHW: 0.1 mm
- Number of teeth ZEFP: 3x
- Standard: factory standard
Advantages:
- Unequal pitch for low-vibration machining with high smoothness.
- Large polished chip spaces for optimal chip control.
- Increased process reliability at high cutting speeds.
Application recommendations:
- Observe the cutting data recommendations.
- Ensure that the workpiece and tool clamp are stable in order to achieve the best performance.
Machinable materials:
- Aluminium
- Brass
- Bronze
- Copper
- Thermosets
- Hard aluminium alloys
- Hard non-ferrous metal
- Plastics
- Soft aluminium alloys
- Soft non-ferrous metal
- Thermoplastics
- Tough aluminium alloys
Processing tasks:
- Milling
Drive types:
- Machining centres
Technical data:
- Shank shape: HA (DIN6535)
- Version: 90° with chamfer
- Corner design: corner design chamfer
- Spiral angle: 42°
- Coating: uncoated
- Cutting material: UC40
- Internal coolant supply: no
- Feed direction: x,y,z
- Cutting dia. DC: 6 mm
- Shank dia. DCON: 6 mm
- Maximum cutting depth APMX: 13 mm
- Total length LF: 57 mm
- Length, usable LU: 20 mm
- Neck dia. DN: 5.7 mm
- Chamfer width CHW: 0.1 mm
- Number of teeth ZEFP: 3x
- Standard: factory standard
Advantages:
- Unequal pitch for low-vibration machining with high smoothness.
- Large polished chip spaces for optimal chip control.
- Increased process reliability at high cutting speeds.
Application recommendations:
- Observe the cutting data recommendations.
- Ensure that the workpiece and tool clamp are stable in order to achieve the best performance.
Machinable materials:
- Aluminium
- Brass
- Bronze
- Copper
- Thermosets
- Hard aluminium alloys
- Hard non-ferrous metal
- Plastics
- Soft aluminium alloys
- Soft non-ferrous metal
- Thermoplastics
- Tough aluminium alloys
Processing tasks:
- Milling
Drive types:
- Machining centres
Technical data:
- Shank shape: HA (DIN6535)
- Version: 90° with chamfer
- Corner design: corner design chamfer
- Spiral angle: 42°
- Coating: uncoated
- Cutting material: UC40
- Internal coolant supply: no
- Feed direction: x,y,z
- Cutting dia. DC: 10 mm
- Shank dia. DCON: 10 mm
- Maximum cutting depth APMX: 22 mm
- Total length LF: 72 mm
- Length, usable LU: 30 mm
- Neck dia. DN: 9.7 mm
- Chamfer width CHW: 0.2 mm
- Number of teeth ZEFP: 3x
- Standard: factory standard
Advantages:
- Unequal pitch for low-vibration machining with high smoothness.
- Large polished chip spaces for optimal chip control.
- Increased process reliability at high cutting speeds.
Application recommendations:
- Observe the cutting data recommendations.
- Ensure that the workpiece and tool clamp are stable in order to achieve the best performance.
Machinable materials:
- Aluminium
- Brass
- Bronze
- Copper
- Thermosets
- Hard aluminium alloys
- Hard non-ferrous metal
- Plastics
- Soft aluminium alloys
- Soft non-ferrous metal
- Thermoplastics
- Tough aluminium alloys
Processing tasks:
- Milling
Drive types:
- Machining centres
Technical data:
- Shank shape: HA (DIN6535)
- Version: 90° with chamfer
- Corner design: corner design chamfer
- Spiral angle: 42°
- Coating: uncoated
- Cutting material: UC40
- Internal coolant supply: no
- Feed direction: x,y,z
- Cutting dia. DC: 16 mm
- Shank dia. DCON: 16 mm
- Maximum cutting depth APMX: 32 mm
- Total length LF: 92 mm
- Length, usable LU: 42 mm
- Neck dia. DN: 15.6 mm
- Chamfer width CHW: 0.3 mm
- Number of teeth ZEFP: 3x
- Standard: factory standard
Advantages:
- Unequal pitch for low-vibration machining with high smoothness.
- Large polished chip spaces for optimal chip control.
- Increased process reliability at high cutting speeds.
Application recommendations:
- Observe the cutting data recommendations.
- Ensure that the workpiece and tool clamp are stable in order to achieve the best performance.
Machinable materials:
- Aluminium
- Brass
- Bronze
- Copper
- Thermosets
- Hard aluminium alloys
- Hard non-ferrous metal
- Plastics
- Soft aluminium alloys
- Soft non-ferrous metal
- Thermoplastics
- Tough aluminium alloys
Processing tasks:
- Milling
Drive types:
- Machining centres
