T E C * * H 4 S * * C F - E

CONMSh6 36° CHW x 45° RE 40°�2° �1°RMPX Insert er
APMX D DCe9 LF�3° �4°�1≠�2≠�3≠�4Toolhold
DesignationAH725 DC DCONMS NOFCHW REAPMX LFExt. Shank
TEC060H4S-06C06CF-E50� 6 6 40.25 -6 50r Cylindrical
TEC060H4S-06C06CF-R02E50� 6 6 4- 0.26 50olde Cylindrical
TEC060H4S-06W06CF-E50� 6 6 40.25 -6 50olh Weldon
TEC080H4S-08C08CF-E63� 8 8 40.3 -8 63To Cylindrical
TEC080H4S-08C08CF-R04E63� 8 8 4- 0.48 63Int. Cylindrical
TEC080H4S-08W08CF-E63� 8 8 40.3 -8 63Weldon
TEC100H4S-10C10CF-E66� 10 10 40.4 -10 66ing Cylindrical
TEC100H4S-10C10CFR.5E66� 10 10 4- 0.510 66ad Cylindrical
TEC100H4S-10W10CF-E66� 10 10 40.4 -10 66re Weldon
TEC120H4S-12C12CF-E73� 12 12 40.5 -12 73Th Cylindrical
TEC120H4S-12C12CF-R06E73� 12 12 4- 0.612 73Cylindrical
TEC120H4S-12W12CF-E73� 12 12 40.5 -12 73g Weldon
TEC160H4S-16C16CF-E82� 16 16 40.6 -16 82vin Cylindrical
TEC160H4S-16W16CF-E82� 16 16 40.6 -16 82oo Weldon
TEC200H4S-20C20CF-E92� 20 20 40.6 -20 92Gr Cylindrical
TEC200H4S-20W20CF-E92� 20 20 40.6 -20 92Weldon
ool �: Line up
TECH4MCF-Eniature t
flute chatter dampe8 CHW x 45° MSh6 ning endmill, variable helix and variable pi�2° �1° tchRMPX Mi illing cutter
DCe CON°M
RE APMX LF D�4° �3�1≠�2≠�3≠�4Endmill
DesignationAH725 DC DCONMS NOFCHWAPMX LFShank
TEC060H4M-12C06CF-E57� 6 6 40.2512 57Cylindrical
TEC060H4M-12W06CF-E57� 6 6 40.2512 57ol Weldon
TEC080H4M-16C08CF-E63� 8 8 40.316 63g to Cylindrical
TEC080H4M-16W08CF-E63� 8 8 40.316 63illin Weldon
TEC100H4M-20C10CF-E72� 10 10 40.420 72Dr Cylindrical
TEC100H4M-20W10CF-E72� 10 10 40.420 72Weldon
TEC120H4M-24C12CF-E83� 12 12 40.524 83tem Cylindrical
TEC120H4M-24W12CF-E83� 12 12 40.524 83ys Weldon
TEC160H4M-32C16CF-E92� 16 16 40.632 92g S Cylindrical
TEC160H4M-32W16CF-E92� 16 16 40.632 92olin Weldon
TEC200H4M-40C20CF-E104� 20 20 40.640 104To Cylindrical
TEC200H4M-40W20CF-E104� 20 20 40.640 104User's Guide �: Line up Weldon

M