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Milling tools
Solid carbide milling cutter stainless steel machining
Solid carbide HPC end mill Milling cutter design standard Company Metal cutting tools
4 flutes, ULTRA MS - coated standard
Typ
VHM HPC ULTRA VA Z HB HA
MS 4 35°/38° 45°
Application: high-performance ULTRA MS layer Ident. No. 260–274
HPC end mill with uneven helical and uneven pitch with edge protection chamfer
for rough machining and finish machining of stain- defined cutting edge rounding
less steel, titanium alloy, nickel and copper alloys. centre cutting
The uneven helical pitch means that vibrations on
the tool are reduced, which results in outstanding Ident. No. 260–274: HB straight shank Ident. No. 276–290
finished surfaces, while, at the same time, feed rates Ident. No. 276–290: HA straight shank
and cutting depths can be increased.
Advantage:
Execution: rough machining and finishing with just one tool
ultra-fine grain cemented carbide optimum suitability for trochoidal milling
with uneven helical and cutter distribution HPC geometry for maximum feed rates and running
(35/38°) smoothness
with clearance suitable for large cutting depths
Application Steel (N/mm ) 2 Stainless steel Alu Brass Bronze Plas- Graphite GG(G) Titan- Nickel- Super- Hard mat.
No. <700 <1000 <1300 marten. austen. short long short long short long tics G(C)FK GjMW alloy alloy alloy <55 HRC <65 HRC
16670260-274 140 130 70 60 70 60 70
16670276-290 140 130 70 60 70 60 70
Type VA VA
Surface ULTRA MS ULTRA MS
Tool holding device HB parallel HA parallel
shank shank
Z (PCS) fz in stainless 16670... 16670...
steel ID no. ID no.
(mm)
mm mm mm mm mm mm mm
4 11 20 57 3.7 6 0.1 4 0.02 260 O. R. 276 O. R.
5 13 20 57 4.6 6 0.1 4 0.025 262 O. R. 278 O. R.
6 13 20 57 5.5 6 0.1 4 0.03 264 O. R. 280 O. R.
8 20 30 64 7.4 8 0.2 4 0.036 266 O. R. 282 O. R.
10 22 32 72 9.2 10 0.2 4 0.044 268 O. R. 284 O. R.
12 26 37 83 11 12 0.2 4 0.052 270 O. R. 286 O. R.
16 32 46 92 15 16 0.3 4 0.065 272 O. R. 288 O. R.
20 38 58 104 19 20 0.4 4 0.08 274 O. R. 290 O. R.
Unit price, €
Prod. group 152
Solid carbide HPC end mill Milling cutter design standard Company
4 flutes, ULTRA MS - coated standard
Z
Typ
VHM HPC ULTRA VA 4 45° HB HA
MS
Application: 35°/38° high-performance ULTRA MS layer Ident. No. 320–327
HPC end mill with uneven helical and uneven pitch with edge protection chamfer
for rough machining and finish machining of stain- defined cutting edge rounding
less steel, titanium alloy, nickel and copper alloys. centre cutting
The uneven helical pitch means that vibrations on Ident. No. 330–337
the tool are reduced, which results in outstanding Ident. No. 320–327: HB straight shank
finished surfaces, while, at the same time, feed rates Ident. No. 330–337: HA straight shank
and cutting depths can be increased.
Advantage:
Execution: rough machining and finishing with just one tool
ultra-fine grain cemented carbide optimum suitability for trochoidal milling
with uneven helical and cutter distribution HPC geometry for maximum feed rates and running
(35/38°) smoothness
with clearance suitable for large cutting depths
Application Steel (N/mm ) 2 Stainless steel Alu Brass Bronze Plas- Graphite GG(G) Titan- Nickel- Super- Hard mat.
No. <700 <1000 <1300 marten. austen. short long short long short long tics G(C)FK GjMW alloy alloy alloy <55 HRC <65 HRC
16670320-327 140 130 70 60 70 60 70
16670330-337 140 130 70 60 70 60 70
Type VA VA
Surface ULTRA MS ULTRA MS
Tool holding device HB parallel HA parallel
shank shank
Z (PCS) fz in stainless 16670... 16670...
steel ID no. ID no.
(mm)
mm mm mm mm mm mm mm
4 19 32 75 3.7 6 0.1 4 0.015 320 O. R. 330 O. R.
5 19 32 75 4.6 6 0.1 4 0.02 321 O. R. 331 O. R.
6 19 32 75 5.5 6 0.1 4 0.025 322 O. R. 332 O. R.
8 26 40 75 7.4 8 0.2 4 0.031 323 O. R. 333 O. R.
10 32 46 100 9.2 10 0.2 4 0.04 324 O. R. 334 O. R.
12 32 46 100 11 12 0.2 4 0.047 325 O. R. 335 O. R.
16 50 85 125 15 16 0.3 4 0.06 326 O. R. 336 O. R.
20 57 85 125 19 20 0.4 4 0.075 327 O. R. 337 O. R.
Unit price, €
Prod. group 152
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