CAD $
CAD $
Copy face mill with double negative geometry which utilises 6 off RCMT 10T3MO.. single-sided inserts, cutting diameter 2.500'' with .750'' connecti...
View full detailsCopy face mill with double negative geometry which utilises 6 off RCMT 10T3MO.. single-sided inserts, cutting diameter 2.000'' with .750'' connecti...
View full detailsCopy face mill with double negative geometry which utilises 5 off RCMT 10T3MO.. single-sided inserts, cutting diameter 2.000'' with .750'' connecti...
View full detailsCopy face mill with double negative geometry which utilises 5 off RCMT 10T3MO.. single-sided inserts, cutting diameter 1.500'' with M16 threaded sh...
View full detailsCopy face mill with double negative geometry which utilises 4 off RCMT 10T3MO.. single-sided inserts, cutting diameter 1.500'' with M16 threaded sh...
View full detailsShoulder mill which utilises 3 off ADMX 1606.. or ADEX 1606.. single-sided inserts, cutting diameter 2.000'' with 90° approach angle and CAT 50 tap...
View full detailsShoulder mill which utilises 3 off ADMX 1606.. or ADEX 1606.. single-sided inserts, cutting diameter 2.000'' with 90° approach angle and CAT 50 tap...
View full detailsShoulder mill which utilises 3 off ADMX 1606.. or ADEX 1606.. single-sided inserts, cutting diameter 2.000'' with 90° approach angle and .750'' con...
View full detailsShoulder mill with positve/negative geometry which utilises 12 off ADMX 11T3.. or ADEX 11T3.. single-sided inserts, cutting diameter 2.000'' with 9...
View full detailsShoulder mill with positve/negative geometry which utilises 18 off ADMX 11T3.. or ADEX 11T3.. single-sided inserts, cutting diameter 1.500'' with 9...
View full detailsShoulder face mill with double negative geometry which utilises 4 of TNGX 1606.. double-sided inserts, cutting diameter 1.500" with 90° approach an...
View full detailsShoulder face mill with double negative geometry which utilises 4 of TNGX 1606.. double-sided inserts, cutting diameter 1.500" with 90° approach an...
View full detailsShoulder face mill with double negative geometry which utilises 6 of TNGX 1606.. double-sided inserts, cutting diameter 3.000" with 90° approach an...
View full detailsShoulder face mill with double negative geometry which utilises 4 of TNGX 1606.. double-sided inserts, cutting diameter 2.500" with 90° approach an...
View full detailsShoulder face mill with double negative geometry which utilises 5 of TNGX 1606.. double-sided inserts, cutting diameter 2" with 90° approach angle ...
View full detailsShoulder face mill with double negative geometry which utilises 4 of TNGX 1606.. double-sided inserts, cutting diameter 2.000" with 90° approach an...
View full detailsShoulder face mill with double negative geometry which utilises 6 off TNGX 1004.. double-sided inserts, cutting diameter 2.500'' with 90° approach ...
View full detailsShoulder face mill with double negative geometry which utilises 7 off TNGX 1004.. double-sided inserts, cutting diameter 2.000'' with 90° approach ...
View full detailsShoulder face mill with double negative geometry which utilises 5 off TNGX 1004.. double-sided inserts, cutting diameter 2.000'' with 90° approach ...
View full detailsShoulder mill with positve/negative geometry which utilises 6 off ADMX 1606.. or ADEX 1606.. single-sided inserts, cutting diameter 2.500'' with 90...
View full detailsShoulder mill with positve/negative geometry which utilises 4 off ADMX 1606.. or ADEX 1606.. single-sided inserts, cutting diameter 2.500'' with 90...
View full detailsShoulder mill with positve/negative geometry which utilises 5 off ADMX 1606.. or ADEX 1606.. single-sided inserts, cutting diameter 2.000'' with 90...
View full detailsShoulder mill with positve/negative geometry which utilises 3 off ADMX 1606.. or ADEX 1606.. single-sided inserts, cutting diameter 2.000'' with 90...
View full detailsShoulder mill with positve/negative geometry which utilises 4 off ADMX 1606.. or ADEX 1606.. single-sided inserts, cutting diameter 1.500'' with 90...
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