CNC Milling Tool Holder Manufacturers,CNC Milling Tool Holder Wholesale

BBT Shrink Fit Chuck
Standard Shrink fit Chuck use Heat resistant hot-working steel to clamp HSS and solid carbide tools via steel thermal expansion character. 0,003 mm accuracy and precise taper tolerances improve tool life, subsequent fine balancing bring Better surface quality and Low wear of the machine spindle
MAS403 BT Shrink Fit Chuck
Standard Shrink fit Chuck use Heat resistant hot-working steel to clamp HSS and solid carbide tools via steel thermal expansion character. 0,003 mm accuracy and precise taper tolerances improve tool life, subsequent fine balancing bring Better surface quality and Low wear of the machine spindle
DIN69893 HSK-E Shrink Fit Chuck, 4.5°, Standard
Standard Shrink fit Chuck use Heat resistant hot-working steel to clamp HSS and solid carbide tools via steel thermal expansion character. 0,003 mm accuracy and precise taper tolerances improve tool life, subsequent fine balancing bring Better surface quality and Low wear of the machine spindle
DIN69893 HSK-F Shrink Fit Chuck, 4.5°, Standard
Standard Shrink fit Chuck use Heat resistant hot-working steel to clamp HSS and solid carbide tools via steel thermal expansion character. 0,003 mm accuracy and precise taper tolerances improve tool life, subsequent fine balancing bring Better surface quality and Low wear of the machine spindle
DIN 69893 SK Shrink Fit Chuck, 4.5°, Coolant
High precision Shrink Chuck
DIN69893 HSK Shrink Fit Chuck, 4.5°, Coolant
Shrink Fit Chuck Tool Holder

Runout: 0.003 mm

Balancing: G2.5/25000 RPM

Usage: Used with induction shrink machine for mounting straight shank cutting tools.
MAS403 BT Shrink Fit Chuck, Slim, 3°
High precision Shrink Chuck
DIN 69871 SK Shrink Fit Chuck, Slim, 3°
High precision Shrink Chuck
ANSI B5.50 CAT Shrink Fit Chuck, Slim, 3°
High precision Shrink Chuck
DIN 69893 HSK-E Shrink Fit Chuck, Slim, 3°
Shrink fit holder are applied for the mold and die industry, 3° incline for overcoming the deep cavities seen in the mold and die industry
Optimal combination of smallest possible interference contour, high radial rigidity and high torques

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