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Category: Collets
Collets
Showing 81–96 of 117 results
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7.0-6.0 ER32 SINGLE ANGLE COLLETRead moreER – Single Angle Collets
Manufactured from hardened and tempered high alloy steel.
Conform to DIN 6499. -
7.0-6.0 ER40 SINGLE ANGLE COLLETRead moreER – Single Angle Collets
Manufactured from hardened and tempered high alloy steel.
Conform to DIN 6499. -
7.00mm ER11 SINGLE ANGLECOLLETRead moreER – Single Angle Collets
Manufactured from hardened and tempered high alloy steel.
Conform to DIN 6499. -
8.0-7.0 ER16 SINGLE ANGLE COLLETRead moreER – Single Angle Collets
Manufactured from hardened and tempered high alloy steel.
Conform to DIN 6499. -
8.0-7.0 ER20 SINGLE ANGLE COLLETRead moreER – Single Angle Collets
Manufactured from hardened and tempered high alloy steel.
Conform to DIN 6499. -
8.0-7.0 ER25 SINGLE ANGLE COLLETRead moreER – Single Angle Collets
Manufactured from hardened and tempered high alloy steel.
Conform to DIN 6499. -
8.0-7.0 ER32 SINGLE ANGLE COLLETRead moreER – Single Angle Collets
Manufactured from hardened and tempered high alloy steel.
Conform to DIN 6499. -
8.0-7.0 ER40 SINGLE ANGLE COLLETRead moreER – Single Angle Collets
Manufactured from hardened and tempered high alloy steel.
Conform to DIN 6499. -
9.0-8.0 ER16 SINGLE ANGLE COLLETRead moreER – Single Angle Collets
Manufactured from hardened and tempered high alloy steel.
Conform to DIN 6499. -
9.0-8.0 ER20 SINGLE ANGLE COLLETRead moreER – Single Angle Collets
Manufactured from hardened and tempered high alloy steel.
Conform to DIN 6499. -
9.0-8.0 ER25 SINGLE ANGLE COLLETRead moreER – Single Angle Collets
Manufactured from hardened and tempered high alloy steel.
Conform to DIN 6499. -
9.0-8.0 ER32 SINGLE ANGLE COLLETRead moreER – Single Angle Collets
Manufactured from hardened and tempered high alloy steel.
Conform to DIN 6499. -
9.0-8.0 ER40 SINGLE ANGLE COLLETRead moreER – Single Angle Collets
Manufactured from hardened and tempered high alloy steel.
Conform to DIN 6499. -
ADJ HOOK WRENCH FOR ER8/ER40 COLLET NUTRp926.000Add to cartER Industrial Hook Wrench
For ER8/ER40 collet nuts. Adjustable size, drop forged steel. Single hand adjustment. One spanner will cover 35-105 collet nuts. To suit collets: ER 8, 16, 25, 32 & 40. Metric sizes: 35, 50, 60, 70, 80, 90 & 105mm.
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ER16 9PCE COLLET SETRp2.836.000Read moreER – Collet Sets
Manufactured from hardened and tempered high alloy steel.
All supplied in hard wearing bench cases. Conform to DIN 6499.
ER11: Number of collets: 10. Range 1.0 – 7.0mm.
ER16: Number of collets: 9. Range 1.0 – 10.0mm.
ER20: Number of collets: 11. Range 2.0 – 13.0mm.
ER25: Number of collets: 15. Range 1.0 – 16.0mm.
ER32: Number of collets: 18. Range 2.0 – 20.0mm.
ER40: Number of collets: 23. Range 3.0 – 26.0mm.Indexa ER collets are the most versatile toolholding system for any operation that utilises a round shank cutting tool in a machining centre. Typical applications include drilling, milling, tapping, reaming and boring.
When Indexa ER collets are used with round shank cutting tools the collet chucks centralise the cutting tool and if all the ER system components have been maintained correctly, this should result in increased tool life, higher feed rates, better work piece accuracy and enhanced work piece finish.
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ER20 2-13mm COLLET SETRead moreER – Collet Sets
Manufactured from hardened and tempered high alloy steel.
All supplied in hard wearing bench cases. Conform to DIN 6499.
ER11: Number of collets: 10. Range 1.0 – 7.0mm.
ER16: Number of collets: 9. Range 1.0 – 10.0mm.
ER20: Number of collets: 11. Range 2.0 – 13.0mm.
ER25: Number of collets: 15. Range 1.0 – 16.0mm.
ER32: Number of collets: 18. Range 2.0 – 20.0mm.
ER40: Number of collets: 23. Range 3.0 – 26.0mm.Indexa ER collets are the most versatile toolholding system for any operation that utilises a round shank cutting tool in a machining centre. Typical applications include drilling, milling, tapping, reaming and boring.
When Indexa ER collets are used with round shank cutting tools the collet chucks centralise the cutting tool and if all the ER system components have been maintained correctly, this should result in increased tool life, higher feed rates, better work piece accuracy and enhanced work piece finish.