ER-Collet chuck SK 40 – 2/13 – 100 | ER 20 | Mini
Application:
For mounting straight-shank tools in collets.
Delivery:
With ER-Mini-nut
- All holders are made of forged steel
- Specific, low warpage hardened
- Surface hardened HRC 58~60
- Hardening depth 0,8mm~0,9mm
- Taper angle tolerance < AT 3 according to DIN 2080
- Surface roughness Ra < 0,4 µm
- Tensile strength in the core of min. 800 N/mm? after DIN
- All functional surfaces fine machined
Shell mill holder SK 40 – 27 – 100
Application:
For mounting milling cutters with transversal groove.
Note:
d = 40/d = 60: For large diameter face mill cutters with four additional threaded holes according to DIN 2079.
Delivery:
With drivers, cross head retaining screw and cylinder head retaining screw for cutters with central coolant. For d = 60 only with four fi xation screws according to DIN 912.
- All holders are made of forged steel
- Specific, low warpage hardened
- Surface hardened HRC 58~60
- Hardening depth 0,8mm~0,9mm
- Taper angle tolerance < AT 3 according to DIN 2080
- Surface roughness Ra < 0,4 µm
- Tensile strength in the core of min. 800 N/mm? after DIN
- All functional surfaces fine machined
ER-Precision collet ER32 | 470EPP | < 3 µm | O 18,5
Application:
For mounting straight-shank tools in collet chucks ISO 15488 (ex. DIN 6499).
Version:
System concentricity and repetition accuracy 3 µm (3?D, maximum = 50 mm), in conjunction with KEMMLER Precision collet chuck ER".
Suitable for:
KEMMLER Precision collet chuck ER or standard collet chuck Spannfutter ISO 15488 (ex. DIN 6499).
Note:
The collet clamping O range is always up to 0.5 mm less than nominal.
ER-Collet with seal for IC ER20 | 428EH | < 15µm | O 13
ER-Precision collet ER11 | 4008EP | < 5µm | O 7,0 - 6,5
UMG solid carbide roughing end mill 14mm 14,0mm – 14,0mm 4 flutes
Claw jaws set (Pair) for ATW-50 / ATD-570
Version:
Jaws with grip serrations und fine step for workpieces with max. edge radius 1 mm, clamping depth 2 mm
- For use on vises
- Simple, safe clamping of parallel raw and sawn parts
- Hydraulic or manual clamping
- Positive clamping due to penetration of the hardened claw tips
- High holding forces: increase by a factor of 3 to 5 compared to standard jaws
- Low material loss
- Shortened processing times and reduction of production and unit costs
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