Name: Haimer A125.146.12.37 ZG200 Power Shrink Fit Chuck With Safe-Lock, Tapered Shank, HSKA125 Machine Side, For Use With Inductive Shrink Fit Unit, HSS and Solid Carbide Tools
Brand: Haimer
SKU: Haimer_103815
Availability: OutOfStock

Haimer

Haimer A125.146.12.37 ZG200 Power Shrink Fit Chuck With Safe-Lock, Tapered Shank, HSKA125 Machine Side, For Use With Inductive Shrink Fit Unit, HSS and Solid Carbide Tools

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Haimer

Haimer A125.146.12.37 ZG200 Power Shrink Fit Chuck With Safe-Lock, Tapered Shank, HSKA125 Machine Side, For Use With Inductive Shrink Fit Unit, HSS and Solid Carbide Tools

ManufacturerHaimer

Part #129502709

MFG #A125.146.12.37

UPC #4034221097132

Haimer Power Shrink Fit Chuck, ZG200, System Size Machine Side: HSKA125, 12 mm Diameter Hole, Tapered Shank, 27 mm Diameter Nose, 200 mm Projection, For Use With: Inductive Shrink Fit Unit, HSS and Solid Carbide Tools, 109 mm Body Diameter Workpiece Side, 47 mm Clamping Length, Yes Through Coolant

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Manufacturer Name: Haimer

Body Diameter Workpiece Side: 109 mm

Clamping Length: 47 mm

Hole Diameter: 12 mm

Nose Diameter: 27 mm

Projection: 200 mm

Shank Type: Tapered

Suitable For Use With: Inductive Shrink Fit Unit, HSS and Solid Carbide Tools

System Size Machine Side: HSKA125

Through Coolant (Yes/No): Yes

Type: ZG200

Dual face contact
Balanced to G2.5 at 25000 rpm or U Less than 1 gmm
Highest possible clamping force
Less than 3 micron T.I.R
All functional surfaces fine machined
More accurate than DIN
Highest cutting performance with higher spindle speeds, higher feeds and larger cutting depths
Shorter cycle times
Quieter running, therefore better surface quality and protection of tools, spindles and machines
Higher machining accuracy
With internal groove in the clamping bore
Higher coolant flow rate due to optimized coolant bores
With threaded holes for balancing screws
High rigidity, slim at the tip, dampen vibrations
Equally suited to high speed manufacturing and heavy milling
Universal usage, saves space in tool magazine
With cool jet bores that can be sealed (M3 thread) and 2 bores
High clamping force
High runout accuracy
Low tendency towards vibrations by optimised outer geometry

DIN 69893-1

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