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Maximum Economical Turning Performance

Maximum Economical Turning Performance
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Maximum Economical Turning Performance - 1

TOOLHOLDING SYSTEMS TOOLHOLDING SYSTEMS Metric Version Catalog 2012 TOOLHOLDING SYSTEMS Metric Version Catalog 2012 Metric Version Catalog 2012

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TOOLING SYSTEMS

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Toolholder Standard Coolant Hole Coolant Through Coolant through

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DIN 6499 ER Collet Chucks with a DIN 69871 Form AD/B Taper Shanks ■ B is the designation for coolant through flange. • DIN69871 30 Balanced to G6.3 at 12,000 RPM. • DIN69871 40 Balanced to G2.5 at 20,000 RPM.

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DIN 6499 ER Collet Chucks with a DIN 69871 Form AD/B Taper Shanks • B is the designation for coolant through flange.

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Short Front End ER Collet Chucks with a DIN 69871 Form AD/B Tapered Shanks L Ref DIN 6499 Balanceable ER Collet Chucks with DIN 69871 Tapered Shanks Balanceable Rings • Originally set value, can be improved by using a balancing machine. • Balanced to G2.5/20,000 RPM.

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Power Chucks with DIN 69871 Form AD/B Taper Shanks Lmax Lmin SS MAXIN MAXIN MAXIN MAXIN MAXIN MAXIN MAXIN MAXIN MAXIN • Use of d2 diameter tools provides the best performance as collets reduce gripping force by 25%. • B is the designation for coolant through flange. (1) With coolant through the flange By using a reducer collet Contains a DIN 69871 Holder with MAXIN Power Chuck and a Set of Collets with Various Bore Sizes Designation KIT SK40 MAXIN KIT SK40 MAXIN KIT SK50 MAXIN KIT SK50 MAXIN • Each kit contains one power chuck, a set of SC-SPR collets, extraction hook and wrench.

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Balanceable Power Chucks with DIN 69871 Form AD/B Taper Shanks Lmax Lmin • Use of d2 diameter tools provides the best performance as collets reduce gripping force by 25% • First clamp the tool inside the chuck and then improve the system's balance by adjusting the balancing rings (1) By using a reducer collet

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Hydraulic Chucks with DIN69781 Form ADB Shanks Lmax Lmin SS HYDRO HYDRO HYDRO HYDRO HYDRO HYDRO HYDRO HYDRO HYDRO HYDRO HYDRO HYDRO HYDRO HYDRO HYDRO HYDRO HYDRO HYDRO HYDRO HYDRO HYDRO HYDRO HYDRO HYDRO HYDRO HYDRO HYDRO HYDRO • Chucking forces will be reduced by 25% if reduction sleeves are used. • Note: Reduction sleeves are available for 12, 20, 25 and 32 mm bore diameters (ordered separately). • The coolant passages in the B type flange are blocked with screws which can be removed when required. • Clamping wrench (wrench HYDRO HEX 4) and test bar should be ordered separately. (1)

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Short Hydraulic Chucks with DIN69781 Form ADB Shanks Lmax Lmin • Chucking forces will be reduced by 25% if reduction sleeves are used. • Note: Reduction sleeves are available for 12, 20, 25 and 32 mm bore diameters (ordered separately). • The coolant passages in the B type flange are blocked with screws which can be removed when required. • Clamping wrench (wrench HYDRO HEX 4) and test bar should be ordered separately. (1) Short Side Clamp Endmill Holders (DIN 6359-HB) with DIN 69871 Form AD/B Taper Shanks for DIN 1835 Form B Weldon Shanks • B is the designation for coolant through flange.

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DIN 69871 Form ADB Taper Shanks Short Holders with DIN 6359-HB and Adjustable Nozzles, for DIN 1835 Form B Weldon Shanks • The coolant passages in the B type flange are blocked with screws which can be removed when required.

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DIN 69871 Form AD/B Taper Shanks Holders with DIN 6359-HB, for DIN 1835 Form B Weldon Shanks 1 B is the designation for coolant through flange.

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DIN 69871 Form AD/B Taper Shank Drill Holders with DIN 6359-HE for DIN 1835 Form E Whistle Notch Shanks Lmax Lmin Adjustment screw has an internal coolant hole. Adjustment screw hexagon key size • B is the designation for coolant through flange. (1)

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Thermal Shrinking Chucks with DIN 69871 Form AD/B Taper Shanks, for Carbide Tools Only • To be used for carbide tools only. • Balanced to G2.5/25,000 RPM <1' Hex key size for the rear stopper screw Preset screw without coolant hole

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• Can be used for carbide and HSS tools. • Use only inductive heating device for SRKIN holders. • B is the designation for coolant through flange. <1) Balanced to G2.5/25.000 RPM (2> Balanced to G2.5/20.000 RPM I3) Hex key size for the rear stopper screw

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ISO 3937 Shell Mill Holders with DIN 69871 Form AD Taper Shanks

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ISO 3937 Shell Mill Holders with Coolant Holes and DIN 69871 Form ADB Tapered Shanks L SS • (a) If the B type option is required, the plug screw must be removed from the flange cooling hole (use a 2 mm hex key). • Balanced to G2.5/SK40=20,000 RPM, SK50=15,000 RPM (1) Symmetrical design. However, the family's balance values are not guaranteed for this tool DIN 6357 Face Mill Holders with DIN 69871 Form A/AD Taper Shanks L2

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DIN 6358 COMBI Shell Mill Holders with DIN 69871 Form AD Taper Shanks L SS SEMC SEMC SEMC SEMC SEMC SEMC SEMC SEMC SEMC SEMC SEMC SEMC SEMC SEMC SEMC SEMC SEMC SEMC SEMC SEMC SEMC SEMC SEMC SEMC DIN 238 Drill Chuck Arbors with DIN 69871 Form A Taper Shanks

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DIN 2080, DIN 69871/A and BT MAS-403 Adapters with DIN 69871 Form A Taper Shanks DIN 6383 Morse Taper Adapters with DIN 228-2 Form D Tang and DIN 69871 Form A Taper Shanks L SS

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DIN 6364 Morse Taper Adapters with DIN 228-2 Form B Draw Bar and DIN 69871 Form A Taper Shanks

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Adjustable Drilling Diameter Holders with DIN69871 Form AD/B Tapered Shanks L SS Designation FITBORE DIN69871 FITBORE DIN69871 FITBORE DIN69871 FITBORE DIN69871 FITBORE DIN69871 FITBORE DIN69871 FITBORE DIN69871 FITBORE DIN69871 FITBORE DIN69871 FITBORE DIN69871 FITBORE DIN69871 FITBORE DIN69871 FITBORE DIN69871 FITBORE DIN69871 FITBORE DIN69871 FITBORE DIN69871 FITBORE DIN69871 FITBORE DIN69871 • B is the designation for coolant through flange The bore's section is actually made from two shifted circular sections. The clamping screw pushes the drill shank through a narrowed opening,...

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Center Alignment DIN 6499 ER Collet Chucks with DIN 69871 Form AD/B Taper Shanks L L1 L5 SS • Radial adjustment 0.1 mm. Angular adjustment 1°. Angular Adjustment Radial Adjustment

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FINEFIT Center Alignment Shank and Base with a DIN 69871 Form AD Taper Shank (For specially tailored toolholders) L DIN 6499 ER Tapping Attachments with DIN 69871 Form A Tapered Shanks L Ref L1 Ref

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