Typical ApplicationsPrecision Shafts & RollsFlanges & Bearing HousingsThreaded Components & CouplingsHydraulic Cylinders & Piston RodsGeneral Repair & PrototypingTheCK8000 Series Horizontal CNC Lathecombinesrobust construction,operational simplicity, and&n
| Project | UNit | Typical specifications/parameters |
| maximum rotary diameter of bed | mm | Φ800 - Φ850 |
| maximum turning diameter of skateboard | mm | Φ600 - Φ650 |
| maximum length of workpiece | mm | 1000 / 1500 / 2000 / 3000 (Multiple specifications available) |
| maximum turning length | mm | Customize by workpiece length |
| diameter of spindle through-hole | mm | Φ105 - Φ130 |
| type of spindle head | - | A2-11 / A2-15 (Depends on the device model) |
| range of spindle speeds | rpm | 50 - 2000 / 50 - 2500 (continuously variable speed control) |
| 28 | kW | 15 - 22 (AC servo main motor) |
| Maximum X-axis (horizontal) stroke | mm | 400 - 450 |
| Maximum X-axis (longitudinal) stroke | mm | determined by turning length |
| X/Z axis rapid movement speed | m/min | 8 - 12 / 10 - 15 |
| form of tool holder | - | vertical/horizontal electric knife holder / knife arrangement holder |
| number of teeth | 8 / 12 / | |
| cross section size of rod | mm | 25×25 / 32×32 |
| X/Z axis positioning accuracy | mm | ≤ 0.016 / ≤ 0.025 (According to GB standards) |
| X/Z axis repeatability | mm | ≤ 0.007 / ≤ 0.010 (According to GB standards) |
| collar diameter of tailstock | mm | Φ120 - Φ150 |
| collar diameter of tailstock | mm | 200 - 250 |
| conical hole in tailstock sleeve | - | MT5 / MT6 |
| standard layout | - | 广数GSK / 发那科FANUC / 西门子SINUMERIK 等主流系统可选 |
| Machine tool dimensions (length × width × height) | m | 3.5×2.0×2.0 (Taking the Type 2000 as an example, the specific changes with length) |
| net weight of machine tool | kg | 5000 - 9000 (length-dependent variation) |
Typical Applications
Precision Shafts & Rolls
Flanges & Bearing Housings
Threaded Components & Couplings
Hydraulic Cylinders & Piston Rods
General Repair & Prototyping
The CK8000 Series Horizontal CNC Lathe combines robust construction, operational simplicity, and cost-effectiveness to meet diverse turning needs. Its balanced design ensures accuracy, durability, and ease of maintenance, making it a practical asset for workshops aiming to enhance productivity and part quality.
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.
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