HSK63A 12.0mm Hydraulic Expansion Chuck, 80mm GL, Thru Spindle Coolant (High Accuracy)
HSK63A 12.0mm Hydraulic Expansion Chuck, 80mm GL, Thru Spindle Coolant (High Accuracy)

HSK63A 12.0mm Hydraulic Expansion Chuck, 80mm GL, Thru Spindle Coolant (High Accuracy)

£189.89
(Exc. 20% VAT)
In stock, immediate despatch
+
Part Number
OM32206
Shank Type
HSK63A
Adaptor Type
Hydraulic Chucks
Size
12mm Shank / OD Reduction Sleeve
Through Coolant
Coolant through Centre
Gauge Length
80mm
Accuracy
High - G2.5@25,000rpm
Omega
Information

Diameter
D

Shank Flange
Diameter
Front Outside
Diameter D1
Gauge
Length
GL
Through
Coolant
Accuracy
12mm HSK63A 63mm 42mm 80mm  Through Centre  G2.5 @ 25,000RPM


About our HSK63A High Accuracy Hydraulic Expansion Chucks:
We are proud to supply the Range ofHSK63A Hydraulic expansion chucks. These are supplied to G2.5 @ 25,000rpm & <0.005mm accuracy at competitive prices.

Tests have shown, when using carbide tools our high accuracy hydraulic expansion chucks can increase tool life by up to 150%.

These holders are designed to mounting plain straight shank tools (without flatted shanks). The chuck accepts it's main diameter in tool shank size (D in the table above) OR smaller diameters  (using reduction sleeves/collets with the same outside diameter (D)). When fitted with the corresponding cutting tool, turning a hex key in the chuck exerts incredible clamping force through hydraulic pressure on the tool, or can release it. This means that the grip is far greater than that of an ER collet, leaving less chance of the tool slipping and is second only to that of Shrink Fit holders (without the cost of an expensive heat inductor unit).

The holders are also Thru-Centre, meaning that coolant can  pass through the centre of the holder directly to the job being machined.

NOTE!!!: Hydraulic Expansion Chucks must not be used with Flatted shank tools.
&

Cutting tools must be pushed all the way back into the holder or reduction sleeve/collet.
Failure to follow these warnings will cause unequal pressure will damage the chuck or collet. 

 

Technical Data & Info
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