Engraving machine milling operation stability
Woodworking engraving machine milling machining operation is to ensure the accuracy and stability of
surface quality of the foundation. This includes two aspects: First, the cutter in the cutting
Due to external forces in the cutting process excited vibration; Second, wood engraving and milling in the
deformation under the action of external forces.
Engraving machine milling security
Engraving machine milling cutter rotary safety, including speed limits, chip thickness limitation, molding
profile cutter shape cutter blade height restrictions and the thickness of the assembly
And extend the amount of restrictions.
Wood is characterized by high-speed machining cutting, wood engraving machine milling rotation speed
more than the 3000rpm high-speed cutting for timber cutting of the high productivity and smooth surface
quality. At the same time, it also brings a series of security problems, so when the milling machine spindle
speed up to 9000rpm, in addition to the handle of the tool is less than 16mm cutter, shall prohibit the use
of assembly-type cutter, cutters for the whole seam welding rigorous testing is also checked. Chip thickness
limitation is to ensure that the feed milling cutter serious excessive overload caused by the necessary
measures.
Woodworking CNC router for molding cutter, forming a high value of the profile shape and
contour of the clamping cutter, cutting the workpiece thickness, cutter diameter are closely
System. Thickness of the workpiece in machining, cutter diameter and center hole is determined, milling
cutter profile shape reflects its high degree of strength and stiffness, as well as
The capacity of cutting resistance. Therefore, a high degree of profile shape must be limited to ensure the
safety of cutter used. Assembled milling cutter body design must
To consider holding the blade, either cylindrical or disc-type cutter knife body body must ensure that the
form of the blade clamp provides clamping large enough
Rotary centrifugal force to resist.
