


1/. Product instruction and applications:Machine tool feed axes include six-axis coordinate control for X/Y/Z and X1/Y1/Z1, driven by servo motors. This enables one-time clamping of various shaft-type parts while simultaneously completing machining processes such as milling, drilling, and tapping on
| Item Model | Unit | SJCNC-2000 |
| radial runout of spindle cone hole | mm | 0.008 |
| Z-axis column verticality | mm | 0.02/300 |
| Z1 axis column verticality | mm | 0.02/300 |
| X1/Y1 Verticality of the track | mm | 0.02/300 |
| X/YVerticality of the track | mm | 0.01/300 |
| parallelism of left and right spindle running paths | mm | 0.02/300 |
| repeated positioning accuracy | mm | ±0.005 |
| Workpiece length range | mm | 800-2000 |
| Clamping diameter range | mm | 80-200 |
| X and X1 Each trip | mm | 700 |
| Y and Y1 each trip | mm | 600 |
| Z and Z1 each trip | mm | 500 |
| spindle power | kw | 11kw |
| servo power | kw | 2.4*6 |
| power of pumping station | kw | 1.5kw |
1/. Product instruction and applications:
Machine tool feed axes include six-axis coordinate control for X/Y/Z and X1/Y1/Z1, driven by servo motors. This enables one-time clamping of various shaft-type parts while simultaneously completing machining processes such as milling, drilling, and tapping on both end faces. It offers high precision and high production efficiency, making it suitable for batch production of shaft-type components.
2/. Machine Layout and Motion Description
Layout: This machine adopts a horizontal six-axis (dual horizontal spindle) layout, utilizing six CNC sliding units to complete machining operations such as milling, drilling, and tapping on both end faces. The control unit employs two CNC systems to manage the X/Y/Z and X1/Y1/Z1 axes. Each of the left and right cross slides is equipped with a horizontally oriented spindle unit capable of vertical movement. Spindle speed is adjusted via CNC programming to perform face milling, drilling, tapping, and other processes. Workpiece clamping and unclamping are hydraulically controlled. Workpieces are manually loaded and unloaded, hydraulically clamped, and processed automatically.
Sintered Ferrite Magnet Materials
Zhejiang Kaiven Magnet Co., Ltd. was founded in 1987 with a registered capital of 40.18 million yuan.
Kaiven is committed to becoming a world-renowned supplier of permanent magnet material application solutions in the field of new generation consumer electronics and energy-saving home appliances.
The company applies technologies such as casting columnar crystal growth control technology, grain refinement and micro-optimization technology, etc., and is committed to improving the consistency of powder and giving full play to the performance potential of rare earth. By improving the smelting microstructure, applying fine-grain technology, and optimizing the mixing process, etc., significantly improving the performance of NdFeB magnets.
The company has applied and improved low-oxygen magnet preparation technology and cold isostatic pressing technology, so that NdFeB magnets are in a low-oxygen state during the pressing process, and the preparation of molding blanks is continuously optimized, which effectively reduces the loss of rare earth. The application of low-temperature sintering heat treatment technology has further improved the sintering process. Adjusting the temperature to a suitable state can give full play to the performance of the formula. The representative products are high-performance N55 magnets prepared by low-oxygen technology and N38UH magnets produced by near-net molding technology.
In order to pursue the accurate precision of customer customization, the company applies high-performance ultra-thin small special-shaped permanent magnet preparation technology to carry out high-efficiency and low-loss precision machining of NdFeB blanks, breaking through the technical bottleneck of high-performance thin and small magnet processing difficulty, and Strictly control product appearance defects through intelligent image appearance automatic inspection technology to improve inspection efficiency and accuracy.