当前课程知识点：CNC Programming > 2 Basic CNC machining programming > 2.3.3 Basic concept of tool compensation > Basic concept of tool compensation
-1.1 CNC Technology Development History
--CNC Technology Development History
-1.2 Basic working principle of CNC
--Basic working principle of CNC
-1.3 CNC machine tool composition and classification
--CNC machine tool composition and classification
-Overview
-2.1.1 CNC programming content and steps
--CNC programming content and steps
-2.1.2 Program structure and format
--Program structure and format
-2.2.1 CNC machine axes and movement directions
--CNC machine axes and movement directions
-2.2.2 CNC machine coordinate system
--CNC machine coordinate system
-2.3.1 Common programming codess 1
-2.3.2 Common programming codess 2
-2.3.3 Basic concept of tool compensation
--Basic concept of tool compensation
-2.3.4 Tool radius compensation
-2.3.5 B tool radius compensation
-2.3.6 C tool radius compensation
-2.3.7 Use of tool radius compensation command
--Use of tool radius compensation command
-2.3.8 Precautions for using tool radius compensation command
--Precautions for using tool radius compensation command
-2.3.9 Use of tool length compensation codes
--Use of tool length compensation codes
-Basic CNC machining programming
-Basic CNC machining programming
-3.1.1 The main content of CNC machining process analysis
--The main content of CNC machining process analysis
-3.1.2 The design of CNC machining process route
--The design of CNC machining process route
-3.1.3 The design of the path of NC machining
--The design of the path of NC machining
-3.1.4 Design of positioning and clamping schemes and selection of CNC fixtures
--Design of positioning and clamping schemes and selection of CNC fixtures
-3.1.5 CNC tool selection
-3.1.6 Determination of tool setting point and tool change point
--Determination of tool setting point and tool change point
-3.1.7 Determination of cutting amount
--Determination of cutting amount
-3.2 CNC processing technology file
--CNC processing technology file
-3.3.1 Size conversion
-3.3.2 Base point coordinate calculation
--Base point coordinate calculation
-3.3.3 Basic concept of non-circular curve node coordinate calculation
--Basic concept of non-circular curve node coordinate calculation
-3.3.4 Calculation of node coordinates when approaching non-circular curve with straight line segment
--Calculation of node coordinates when approaching non-circular curve with straight line segment
-CNC machining programming pre-processing
-CNC machining programming pre-processing
-4.1.1 Key points of CNC lathe programming
--Key points of CNC lathe programming
-4.1.2 Basic programming codes unique to CNC lathes
--Basic programming codes unique to CNC lathes
-4.1.3 Fixed cycle codes
-4.1.4 Single fixed cycle codes for thread cutting
--Single fixed cycle codes for thread cutting
-4.1.5 Compound loop codes 1
-4.1.6 Compound loop codes 2
-4.2.1 Process design and mathematical processing
--Process design and mathematical processing
-4.2.2 Key points of program design
--Key points of program design
-4.3.1 Key points of milling machine and machining center programming
--Key points of milling machine and machining center programming
-4.3.2 Basic instructions specific to milling machines and machining centers
--Basic instructions specific to milling machines and machining centers
-4.3.3 Milling machine and machining center programming fixed cycle instruction
--Milling machine and machining center programming fixed cycle instruction
-4.3.4 Subroutine format and call
-4.3.5 Subroutine nesting and different uses of M99
--Subroutine nesting and different uses of M99
-4.4.1 Process design and mathematical processing
--Process design and mathematical processing
-4.4.2 Key points of program design
--Key points of program design
-CNC programming technology
-5.1.1 The function and interface of Yulong CNC simulation software
--The function and interface of Yulong CNC simulation software
-5.1.2 The operation of basic software
--The operation of basic software
-5.2.1 The principle of Lathe tool setting
--The principle of Lathe tool setting
-5.2.2 The operation of Lathe tool setting
--The operation of Lathe tool setting
-5.3.1 Preparation for turning simulation
--Preparation for turning simulation
-5.3.2 The operation of turning simulation
--The operation of turning simulation
-5.4.1 Principle of tool setting on CNC milling machine
--Principle of tool setting on CNC milling machine
-5.4.2 The operation of tool setting
--The operation of tool setting
-5.5.1 Preparation for milling simulation
--Preparation for milling simulation
-5.5.2 The operation of milling simulation
--The operation of milling simulation
-CNC machining simulation
-CNC Programming Final Exam
