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  • Structure And Technical Parameters Of BT-150HG PCD Tool Grinder

    Normal operation and use of BT-150HG PCD tool grinder The main components of the BT-150HG PCD tool grinder. The inner grinding tool 4 is used to support the grinding wheel spindle of the grinding inner hole. And the inner grinding tool spindle is driven by a separate motor. The grinding wheel frame 5 is used to support and drive the grinding wheel spindle rotating at high speed. The wheel frame is mounted on the sliding saddle 6. When the short conical surface needs to ground. The wheel frame can adjust to a certain angular position in the horizontal plane (±30°. The tailstock 7 and the head frame 2 together support the workpiece. Saddle and lateral the feeding mechanism rotates the lateral feeding handwheel 9 to enable the lateral feeding mechanism to drive the sliding saddle 6 and the grinding wheel frame thereon for the lateral feeding movement. The working table 3 is composed of two upper and lower layers. The upper working table can use to workaround. The angle of the table is rotated by an angle (±10°) to grind a long conical surface with a small taper. The top of the workbench on the Precision BT-150HG PCD tool grinder is equipped with a headstock 2 and a tailstock 7. Which can use with together with the workbench, make a longitudinal reciprocating motion along the guide rail of the bed. The main characteristic of BT-150HG PCD tool grinder The main characteristic of the tool grinder in the process of use is that the cutting force is relatively small. So it is necessary to effectively improve the grinding force of the tool. In the process of inspection, they first need to check the spindle of the grinding wheel frame and then adjust the gap of the bearing bush. This can effectively ensure that the data does not have errors in the data during use. BT-150HG PCD tool grinder the oil on the spindle of the upper wheel frame also needs to replace. If it is working for a long time, if the oil of the main machine is not replaced in time. It will directly affect the operation of the equipment. In the process of using the tool grinder, the oil leakage must not occur. The guide rail of the working table of the equipment also needs to check regularly. If there is a problem, it needs to check in time, and then it is carried out with its sophisticated technology.  In the process of use, the precision function of the government equipment can effectively report to not damaged. In the use, the headstock and the tail of the equipment should inspect regularly. If there is a fault in the equipment, precision maintenance is required. In order to ensure the normal operation and use of the precision BT-150HG PCD tool grinder device. Overall reasonable structure and processing characteristics of the PCD tool analyzer Check . Whether the rotation condition is normal, whether the fixture is in contact with the machine tool pin. Stop the spindle to check whether it is convenient and quick to remove the workpiece. Adjust the machine tool, adjust the appropriate tailstock position according to the shape length of the workpiece, and press the tailstock. Retract the grinding wheel a certain distance, install the workpiece, open the spindle, and rotate the workpiece. Structure and technical parameters of BT-150HG PCD tool grinder BT-150HG PCD tool grinder workpiece is not centered and supported but placed between the grinding wheel and the guide wheel, pallet, and the guide wheel support it. The grinding wheel is usually installed at the end of the spindle, and the grinding wheel with a width of more than 250 mm is mounted on the spindle. In the middle, the grinding wheel has a width of up to 900 mm. The grinding wheel rotates at high speed for grinding, and the guide wheel rotates in the same direction at a slower speed, which drives the workpiece to rotate for circumferential feeding. Through the grinding, the slight inclination angle of the guide wheel axis is adjusted. Achieve axial feed, suitable for grinding slender cylindrical workpieces, short shafts without shaft holes and sleeve-like workpieces, etc. When cutting into the grinding, radial feed is realized by the movement of the guide wheel frame or the grinding wheel frame. Suitable for grinding the shoulder Or the workpiece of the boss, as well as the cone, sphere or other plain line is the workpiece of the curve. Precision BT-150HG PCD tool grinder spindle to working surface distance: 350-400mm (13.8-15.7"). Maximum grinding length: 510mm (20") spindle to working surface distance. 350-400mm (13.8-15.7") standard disk size : 200 × 450mm (6 × 18"). Left and right feed / manual stroke: 485mm (19"). Front and rear feed / manual stroke: 180mm (7"). Front and rear handwheel feed per scale: 0.02mm (0.01") . Before and after Handwheel per revolution: 5mm (0.2") lift feed / handwheel feed per scale: 0.005mm. Beijing Demina Precision Machinery CO., LTD a professional BT-150HG PCD tool grinder manufacturer. Now all kinds of tool grinding machines are available for sale, welcome to visit and purchase.
  • DMP2019

    DMP2019 closes today DMP2019(Greater Bay Area Industry Expo 2019) has been launched at Shenzhen international exhibition center from November 26 to 29, 2019. It is the first large-scale industrial expo to open "the core of Guangdong-hong Kong-Macao, the heart of the greater bay area". Thematic pavilion: Hall 1, 3, 5, 7: machine tools, metal processing Hall 5: measurement Hall 4: tools Hall 4: molds and materials Hall 6: metal forming Hall 8: robots, automation, plastics, packaging Hall 10: die-casting, surface treatment, 3D printing Beijing Demina showcase products Beijing Demina Precision Machinery co., ltd has shown three machines, BT-150H diamond tool grinder, BT-150N diamond tool grinder and APE40 drill grinder at the booth of 2D36. BT-150H tool grinder uses the new pneumatic device of the grinder and the pneumatic device of "flexible feed". The design of this device can avoid periodic impact to a certain extent. And the tool grinding machine is equipped with a function to effectively improve the roughness of the tool edge. High grinding efficiency, improve the production performance of the grinding machine. The BT-150N tool grinding machine uses new grinding software from the grinding machine industry. Our company's technical staff has developed and produced grinding software that can set various grinding parameters. The radial runout is 0.002mm and the axial runout is 0.003mm. Makes the grinding area of BT-150N tool grinder large. Moreover, the grinding efficiency of the equipment is improved. APE40 drill grinder is a kind of sharpener, used for twisting, spot drilling, taps, step drills, countersinks, countersinks and reamer, and other grinding equipment. It has a wide range of use, so it is widely used by users use. When the device is grinding, the grinding head can rotate automatically, which saves manpower to a certain extent. In response to the "made in China 2025" initiative, the integration of industrialization and information technology has entered a new stage. Beijing Demina is always innovating in grinding technology.
  • Commissioning Operation Process Of APE 60 - Sharpening Machine

    APE 60 universal drill tool grinder is widely used in industrial production. Before using the equipment, we generally debug it. It will be put into use after normal debugging. Today, Demina will introduce the debugging operation process of the universal drill tool grinder. Commissioning operation process of APE 60 - Sharpening Machine 1. During operation, the grinding wheel and the slide table are adjusted to a certain small angle so that the front edge of the grinding wheel contacts the blade to ensure the quality of the blade. 2. The amount of knife can be adjusted by shaking the handwheel to move the slide base back and forth. 3. The angle of the sharpening knife can be adjusted by turning the adjusting wire and adjusting the sliding table. 4. The amount of extension of the knife can be adjusted with a top wire top knife. After using the sharpener to adjust the above several parameters, use a compression wire to fix the blade to be sharpened on the blade holder through the pressure plate. And then push the blade holder to the left and right to carry out the grinding operation. Reasons affecting the sharpness of the sharpening machine The sharpness of the is very important. It can effectively improve the efficiency of sharpening. The installation and adjustment of the sharpener will affect the sharpness of the sharpener. When installing, pay special attention to the stability of the device. A stable device can ensure that the firmware is firmly connected to prevent device vibration. Secondly, the composition of the equipment abrasive will also affect the sharpness of the precision APE 60 – sharpening machine. If the abrasive contains too much corundum, it will easily wear the blade. If the amount of diamond is too small, the blade is not easy to sharpen, it needs to ground for a long time, and it is easy to deform. In addition, the operation method of the sharpener has a great influence on the sharpness of the sharpener, so it is necessary to master the correct operation method.
  • Introduction Of BT560E Tool Tester

    BT560 series tool inspectors are usually used in tool factories, tool grinding centers, and tool procurement inspection departments. They can efficiently and accurately inspect the geometric elements and their accuracy of various types of tools. These elements are usually important factors related to the cutting performance of tools, and their accuracy standards are generally accepted by the automotive industry. The functions of BT560E Tool Tester The mechanical structure of BT-560 tool tester is simple. The tool angle is adjusted by a rotating axis. The high-resolution CCD camera is fixed on two straight axes to adjust the observation position. The geometric shape of the tool is measured by image analysis software, because these geometric shapes may affect the overall cutting performance of the tool. This is the focus of the tool tester. Detection theory BT560 tool tester can be divided into pixel measurement and grating measurement from measuring principle. Pixel measurement is based on the display pixels of an image (an instantaneous image) as the basis of measurement and calculation, so in the case of different magnification, the "occupied" pixels per unit length (e.g. 0.002mm) are different, so it is necessary to calibrate for different magnification ( that is determining the number of pixels per unit length). This method is flexible and convenient to operate, but it can only be measured in a single field of view with a small measurement range. Its measurement accuracy is affected by the display resolution and calibration accuracy. It is suitable for occasions where the measurement accuracy is not high. Grating measurement is based on the position of camera coordinates (X and Z-Axis) and the angle of the tool rotation axis (B axis). One of the methods is to overlap the vertical straight line segment (or horizontal line segment) of the cross line with the edge of the cutter's contour. At this time, the corresponding grating reading is cleared to zero, and the handwheel is rotated to move the corresponding linear axis so that the straight line segment coincides with the other edge of the cutter's contour. At this time, the value displayed by the grating is the linear size. Another method is to take the center point of the cross line as the "mouse pointer" and collect the key points on the cutter image for drawing, so as to achieve the purpose of measurement. Note that the display window moves the tool image instead of the cross cursor, and the calculation is based not on the pixel but on the raster coordinate display value. The measurement method has high accuracy, because it does not need calibration, and the measurement results have nothing to do with display resolution. In addition, the grating measurement range is large, not limited by a single field of view, but can be observed by the motion of the guide rail. The geometric line segments and arcs are drawn by this method will "stick" to the image with the movement of the image, which is suitable for measuring large cutters whose images are beyond the field of view.
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