摘要:
The invention relates to a milling tool for machining workpieces made of wood, a wood substance, plastic or the like, comprising a supporting section with an accommodating section and a cutting section in addition to interchangeable cutting plates (2). The cutting plates (20) are accommodated in the cutting section (22) and are fixed thereto by means of screws (10). The screw (10) has a guide shaft (13) which runs through the cutting plate (20) into a receiving opening (26) and protrudes into a segment (19) of a bore hole (8) located in the cutting section. Said segment (19) is configured as a narrow loose fit in relation to the guide shaft (13). The screw (10) has a clamping surface aligned parallel to the receiving surface (25). The receiving opening (26) is so dimensioned as to encompass the guide shaft (13) with little slack. The screw (10) holds the cutting plate (20) in a statically exact position and can only be subjected to traction. In the case of friction contact loss, the cutting plate (20) can only be displaced over a maximum distance corresponding to the small amount of slack between the guide shaft (13) and the receiving opening (26, 26').
摘要:
The invention relates to a milling tool for machining workpieces made of wood, a wood substance, plastic or the like, comprising a supporting section with an accommodating section and a cutting section in addition to interchangeable cutting plates (2). The cutting plates (20) are accommodated in the cutting section (22) and are fixed thereto by means of screws (10). The screw (10) has a guide shaft (13) which runs through the cutting plate (20) into a receiving opening (26) and protrudes into a segment (19) of a bore hole (8) located in the cutting section. Said segment (19) is configured as a narrow loose fit in relation to the guide shaft (13). The screw (10) has a clamping surface aligned parallel to the receiving surface (25). The receiving opening (26) is so dimensioned as to encompass the guide shaft (13) with little slack. The screw (10) holds the cutting plate (20) in a statically exact position and can only be subjected to traction. In the case of friction contact loss, the cutting plate (20) can only be displaced over a maximum distance corresponding to the small amount of slack between the guide shaft (13) and the receiving opening (26, 26').