Tool alignment method on the machine I [This tool alignment method determines the mutual position relationship between each tool and the workpiece in the coordinate system of the machine tool by the tool in turn.
Turn the spindle to move the tool to the left side of the workpiece (contact with the left side), and then record the X mechanical coordinate value of the machine tool at this time. Move the tool to the right side of the workpiece (in contact with the right side), and then record the X mechanical coordinate value of the machine tool at this time.
Determin the programming method of the program and the required tool matching method: the center point to the tool, the tip point to the tool (CNC lathe), for the CNC machining center, the tool matching instrument is generally used;Determine the coordinate system used in your programming. CNC lathes generally use G54, and CNC does not require the use of any one above G54.
First, stop the spindle from turning, move the spindle to the appropriate position, retrieve the processing program, complete the tool, and prepare for formal processing.
Turn the mode selection knob to "MDI" (manual data input operation) and enter "M03 S400" (general speed 350-400r/min). Twist the mode selection to the "handwheel" mode, as shown in the figure below.
○ Directly to the tool: the tool directly touches the zero surface of the workpiece, so as to obtain the mechanical coordinate value of the zero surface (applicable to the basic existence of the shape of the zero surface of the workpiece, and the scratching of the zero surface does not affect the product molding); ○ The tool outside of the workpiece (to the tool rod): the tool faces the tool outside the workpiece and measures the height difference between the tool surface and the zero surface of the workpiece, So as to determine the position of the zero surface.
The workpiece is installed on the workbench through the fixture. When clamping, the four sides of the workpiece should be left for the position of the knife. Start the spindle to rotate at medium speed, and quickly move the workbench and spindle,Let the tool move quickly to a certain safe distance near the left side of the workpiece, and then slow down the speed to move close to the left side of the workpiece.
If it is a square workpiece, the coordinate system of the workpiece is the center of the tool workpiece and clamped on the flat-mouth pliers. Turn the spindle to move the tool to the left side of the workpiece (in contact with the left side), and then record the X mechanical coordinate value of the machine tool at this time.
There are generally the following three methods of Z-way tooling in the machining center: on-machine tooling method I This tooling method determines the mutual position relationship between each tool and the workpiece in the machine tool coordinate system by the tool in turn.
1. Turn the mode selection knob to "MDI" (manual data input operation) and enter "M03 S400" (general speed 350-400r/min). Twist the mode selection to the "handwheel" mode, as shown in the figure below.
2. Lift the tool, write down the X value of the relative coordinates of the machine tool, move the tool to half of the relative coordinate X, write down the X value of the absolute coordinates of the machine tool, and press (INPUT) into the input coordinate system (Fanake system input "X0." And it's okay to press "Measure").
3. Turn the spindle to move the tool to the left side of the workpiece (contact with the left side), and then record the X mechanical coordinate value of the machine tool at this time. Move the tool to the right side of the workpiece (in contact with the right side), and then record the X mechanical coordinate value of the machine tool at this time.
4. When matching the knife, the position of the finger knife should coincide with the pointing point. The so-called knife position refers to the positioning reference point of the tool. For turning tools, the tool position is the tip of the knife. The purpose of the tool is to determine the absolute coordinate value of the tool point (or the origin of the workpiece) in the coordinate system of the machine tool and to measure the tool position deviation value.
1. Preparation process: turn on the power supply of the machine tool, turn on the system, and switch to manual mode. Install the workpiece and tool, and start the spindle.
2. Install the workpiece on the workbench through the fixture. When clamping, the four sides of the workpiece should leave the position of the tool. Start the spindle to rotate at medium speed, move the workbench and spindle quickly, and let the tool move quickly.Move to a certain safe distance near the left side of the workpiece, and then slow down to move to the left side of the workpiece.
3. For the CNC pipe thread lathe STC1835, the relative coordinate tool of the Frank OI-TF system can be operated according to the following steps: First, when the machine tool installs the fixture, it is necessary to position the processed object relative to the zero point on the workbench, and record the corresponding coordinates.
4. CNC machine tool-to-tool steps Fanuc system CNC lathe commonly used method of setting the workpiece zero point I. Directly use the tool to test and cut the tool. Use the outer garden lathe tool to test the outer garden first. Remember the current X coordinates. After measuring the outer garden diameter, use the X coordinates to subtract the outer garden diameter, and the value is input o In the geometric shape X value of the ffset interface.
1. Preparation process: turn on the power supply of the machine tool, turn on the system, and switch to manual mode. Install the workpiece and tool, and start the spindle.
2. If you want to zero, the simple way is to manually get the drill to the center of the part. The visual drill is almost in the middle, and the X knife supplement is set to zero at this time. If you want to align accurately, you need to add a magnetic table holder on the chuck, add a percentage meter, make a circle on the drill bit, and set it to zero after finding the right point.
3. The CNC lathe drill bit also adopts trial cutting and cutting. If the drill tip of the drill bit is regarded as the tip of the tool, then the Z direction of the knife is similar to other tools. If the end surface of the workpiece is flat, and the programming origin is on the right end of the workpiece, just touch the end of the workpiece, enter Z0, and measure.
1. Turn the mode selection knob to "MDI" (manual data input operation) and enter "M03S400" (general speed 350-400r/min). Twist the mode selection to the "handwheel" mode, as shown in the figure below.
2. First, clamp the workpiece on the workbench of the machining center, and use the measuring tool to measure the height difference of the workpiece surface. Then, you can make the tool in contact with the surface of the workpiece by adjusting the tool height of the machine tool.
3. First, clear the Z value to zero in the current coordinate system, and then the three knives respectively touch the zero point of your workpiece Z, and input the mechanical value of the Z axis into the corresponding tool length.
HS code monitoring tools for exporters-APP, download it now, new users will receive a novice gift pack.
Tool alignment method on the machine I [This tool alignment method determines the mutual position relationship between each tool and the workpiece in the coordinate system of the machine tool by the tool in turn.
Turn the spindle to move the tool to the left side of the workpiece (contact with the left side), and then record the X mechanical coordinate value of the machine tool at this time. Move the tool to the right side of the workpiece (in contact with the right side), and then record the X mechanical coordinate value of the machine tool at this time.
Determin the programming method of the program and the required tool matching method: the center point to the tool, the tip point to the tool (CNC lathe), for the CNC machining center, the tool matching instrument is generally used;Determine the coordinate system used in your programming. CNC lathes generally use G54, and CNC does not require the use of any one above G54.
First, stop the spindle from turning, move the spindle to the appropriate position, retrieve the processing program, complete the tool, and prepare for formal processing.
Turn the mode selection knob to "MDI" (manual data input operation) and enter "M03 S400" (general speed 350-400r/min). Twist the mode selection to the "handwheel" mode, as shown in the figure below.
○ Directly to the tool: the tool directly touches the zero surface of the workpiece, so as to obtain the mechanical coordinate value of the zero surface (applicable to the basic existence of the shape of the zero surface of the workpiece, and the scratching of the zero surface does not affect the product molding); ○ The tool outside of the workpiece (to the tool rod): the tool faces the tool outside the workpiece and measures the height difference between the tool surface and the zero surface of the workpiece, So as to determine the position of the zero surface.
The workpiece is installed on the workbench through the fixture. When clamping, the four sides of the workpiece should be left for the position of the knife. Start the spindle to rotate at medium speed, and quickly move the workbench and spindle,Let the tool move quickly to a certain safe distance near the left side of the workpiece, and then slow down the speed to move close to the left side of the workpiece.
If it is a square workpiece, the coordinate system of the workpiece is the center of the tool workpiece and clamped on the flat-mouth pliers. Turn the spindle to move the tool to the left side of the workpiece (in contact with the left side), and then record the X mechanical coordinate value of the machine tool at this time.
There are generally the following three methods of Z-way tooling in the machining center: on-machine tooling method I This tooling method determines the mutual position relationship between each tool and the workpiece in the machine tool coordinate system by the tool in turn.
1. Turn the mode selection knob to "MDI" (manual data input operation) and enter "M03 S400" (general speed 350-400r/min). Twist the mode selection to the "handwheel" mode, as shown in the figure below.
2. Lift the tool, write down the X value of the relative coordinates of the machine tool, move the tool to half of the relative coordinate X, write down the X value of the absolute coordinates of the machine tool, and press (INPUT) into the input coordinate system (Fanake system input "X0." And it's okay to press "Measure").
3. Turn the spindle to move the tool to the left side of the workpiece (contact with the left side), and then record the X mechanical coordinate value of the machine tool at this time. Move the tool to the right side of the workpiece (in contact with the right side), and then record the X mechanical coordinate value of the machine tool at this time.
4. When matching the knife, the position of the finger knife should coincide with the pointing point. The so-called knife position refers to the positioning reference point of the tool. For turning tools, the tool position is the tip of the knife. The purpose of the tool is to determine the absolute coordinate value of the tool point (or the origin of the workpiece) in the coordinate system of the machine tool and to measure the tool position deviation value.
1. Preparation process: turn on the power supply of the machine tool, turn on the system, and switch to manual mode. Install the workpiece and tool, and start the spindle.
2. Install the workpiece on the workbench through the fixture. When clamping, the four sides of the workpiece should leave the position of the tool. Start the spindle to rotate at medium speed, move the workbench and spindle quickly, and let the tool move quickly.Move to a certain safe distance near the left side of the workpiece, and then slow down to move to the left side of the workpiece.
3. For the CNC pipe thread lathe STC1835, the relative coordinate tool of the Frank OI-TF system can be operated according to the following steps: First, when the machine tool installs the fixture, it is necessary to position the processed object relative to the zero point on the workbench, and record the corresponding coordinates.
4. CNC machine tool-to-tool steps Fanuc system CNC lathe commonly used method of setting the workpiece zero point I. Directly use the tool to test and cut the tool. Use the outer garden lathe tool to test the outer garden first. Remember the current X coordinates. After measuring the outer garden diameter, use the X coordinates to subtract the outer garden diameter, and the value is input o In the geometric shape X value of the ffset interface.
1. Preparation process: turn on the power supply of the machine tool, turn on the system, and switch to manual mode. Install the workpiece and tool, and start the spindle.
2. If you want to zero, the simple way is to manually get the drill to the center of the part. The visual drill is almost in the middle, and the X knife supplement is set to zero at this time. If you want to align accurately, you need to add a magnetic table holder on the chuck, add a percentage meter, make a circle on the drill bit, and set it to zero after finding the right point.
3. The CNC lathe drill bit also adopts trial cutting and cutting. If the drill tip of the drill bit is regarded as the tip of the tool, then the Z direction of the knife is similar to other tools. If the end surface of the workpiece is flat, and the programming origin is on the right end of the workpiece, just touch the end of the workpiece, enter Z0, and measure.
1. Turn the mode selection knob to "MDI" (manual data input operation) and enter "M03S400" (general speed 350-400r/min). Twist the mode selection to the "handwheel" mode, as shown in the figure below.
2. First, clamp the workpiece on the workbench of the machining center, and use the measuring tool to measure the height difference of the workpiece surface. Then, you can make the tool in contact with the surface of the workpiece by adjusting the tool height of the machine tool.
3. First, clear the Z value to zero in the current coordinate system, and then the three knives respectively touch the zero point of your workpiece Z, and input the mechanical value of the Z axis into the corresponding tool length.
HS code harmonization in NAFTA region
author: 2024-12-24 02:06HS code-based sourcing opportunities
author: 2024-12-24 01:23Trade data integration with ERP systems
author: 2024-12-24 01:09APAC special tariff HS code listings
author: 2024-12-24 01:08Agriculture trade by HS code in Africa
author: 2024-12-24 01:37Real-time customs clearance alerts
author: 2024-12-24 01:11HS code-based scenario planning for exports
author: 2024-12-24 01:03Latin America export data visualization
author: 2024-12-24 00:37HS code strategies for trade diversification
author: 2024-12-24 00:06167.68MB
Check692.97MB
Check715.58MB
Check842.67MB
Check285.29MB
Check726.33MB
Check148.11MB
Check256.14MB
Check415.94MB
Check687.53MB
Check329.55MB
Check954.14MB
Check676.52MB
Check569.27MB
Check915.88MB
Check649.82MB
Check384.51MB
Check836.47MB
Check673.59MB
Check691.82MB
Check562.78MB
Check648.86MB
Check511.64MB
Check557.64MB
Check891.51MB
Check116.85MB
Check264.63MB
Check329.15MB
Check593.81MB
Check348.46MB
Check876.67MB
Check577.43MB
Check552.32MB
Check253.19MB
Check576.15MB
Check278.35MB
CheckScan to install
HS code monitoring tools for exporters to discover more
Netizen comments More
1200 How to secure competitive freight rates
2024-12-24 02:31 recommend
775 Trade intelligence for aerospace industry
2024-12-24 02:30 recommend
2830 Trade flow analysis software
2024-12-24 02:15 recommend
795 Import data trends visualization
2024-12-24 01:01 recommend
802 Steel pipes (HS code ) trade insights
2024-12-24 00:23 recommend