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YJ-VL Series
Major components such as the bed, worktable, column, crossbeam, saddle, and ram (spindle head) are all made of high-quality cast iron and have undergone stress-relief treatment. They are designed using FEM finite-element analysis to achieve maximum rigidity. The bed features a closed box-type structure with strategically placed stiffening ribs and multi-point support, ensuring sufficient machine-tool stiffness.
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CNC lathe
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Product Description
Machine Tool Features
Major components such as the bed, worktable, column, crossbeam, saddle, and ram (spindle head) are all made of high-quality cast iron and have undergone stress-relief treatment. They are designed using FEM finite-element analysis to achieve maximum rigidity. The bed features a closed box-type structure with reinforcing ribs and optimally distributed multi-point supports, ensuring sufficient machine-tool stiffness.
Main Parameters
| Main Parameters | Unit | 2016 | 2518 | 4025 | 6032 | 8032 |
| Worktop dimensions | mm | 1300x2000 | 1600x2500 | 2300*4000 | 3000 x 6000 | 3000*8000 |
| X/Y/Z axis travel | mm | 2000/1650/800 | 2500/2000/1000 | 4000/2700/1000 | 6000/3200/1250 | 8000/3200/1250 |
| Gantry width | mm | 1660 | 1800 | 2700 | 3200 | 3200 |
| Distance from the spindle slide face to the worktable surface | mm | 250-1050 | 150-1150 | 280-1280 | 250-1500 | 250-1500 |
| T-slot on the workbench | mm | 7-22x170 | 9 minus 22 times 180 | 11-28×200 | 15-28×200 | 15-28×200 |
| Workbench load capacity | T | 4 | 7 | 12 | 18 | 22 |
| Rapid feed on the X/Y/Z axes | m/min | 20 | 15 | 10 | 8 | 8 |
| Three-axis cutting feed | m/min | 10 | 10 | 6 | 6 | 5 |
| X/Y/Z-axis lead screw specifications | mm | x:6312;YIZ:5010; | X:6312;Y:5010;Z:5010 | X:8020;Y:6316;Z:5010 | X:10020;Y:8020;Z:6316 | X:10020;Y:8020;Z:6316 |
| X guide rail specifications | Roller linear guide rail | 55 Heavy-Duty Roller Linear Guide Rail | 55 Heavy-Duty Roller Linear Guide Rail | 55 Heavy-Duty Roller Linear Guide Rail | 55 Heavy-Duty Roller Linear Guide Rail | |
| Y-axis guide rail specifications | Roller linear guide rail | 55 Heavy-Duty Roller Linear Guide Rail | 55 Heavy-Duty Roller Linear Guide Rail | 55 Heavy-Duty Roller Linear Guide Rail | 55 Heavy-Duty Roller Linear Guide Rail | |
| Z-axis guide rail specifications | Rectangular slide rail | Rectangular slide rail | Rectangular slide rail | Rectangular slide rail | Rectangular slide rail | |
| Positioning accuracy | mm | ±0.005 | ±0.005 | ±0.005 | ±0.005 | ±0.005 |
| Heavy-load positioning accuracy | mm | ±0.01 | ±0.01 | ±0.01 | ±0.01 | ±0.01 |
| Spindle Speed (Standard) | r/min | 6000 | 6000 | 6000 | 6000 | 6000 |
| Spindle Taper | mm | BT50/190 | BT50/190 | BT50/200 | BT50/200 | BT50/200 |
| Tool magazine model/capacity | / | BT50/24 | BT50/24 | BT50/24 | BT50/24 | BT50/24 |
| Control System | Mitsubishi/FANUC/GSK/Siemens/Huazhong/KN | |||||
| Spindle motor power | keyword | 22 | 22 | 22 | 22 | 22 |
| X/Y/Z motor torque | NM | 38/30/30 | 38/30/30 | 50/40/30 | 40/40/40 | 40/40/40 |
| Air Pressure Requirements | kg/cm | 8 | 8 | 8 | 10 | 10 |
| Electricity consumption | KVA | 35 | 35 | 35 | 40 | 40 |
| The optomechanical assembly weighs approximately | T | 16 | 21 | 38 | 53 | 63 |
Related Products
The bed is made of boron-alloyed high-strength cast iron, with guideways subjected to ultrasonic-frequency quenching and precision grinding, followed by manual scraping and lapping prior to final assembly, ensuring excellent wear resistance and high precision.
The bed and bed legs are made by resin-bonded sand casting and subjected to aging treatment; the guideways are hardened by ultra-high-frequency quenching, and the carriage is fitted with plastic strips.
The machine tool’s main structural components are rationally designed with scientifically optimized reinforcement, providing excellent resistance to seismic activity, bending, and torsion. All parts are manufactured from high-grade, premium-quality Yunnan cast iron using an advanced full-resin-bonded sand casting process, which significantly enhances the machine tool’s precision and stability, making it well-suited for long-term, high-intensity, high-precision machining.
The X and Y axes are supported by high-speed linear guides, which reduce frictional resistance and noise, enabling a rapid traverse speed of 24 m/min. The Z axis employs a sliding guide structure to ensure rigidity of the machine tool’s tool holder and spindle.
The spindle is equipped with precision bearings specially designed for machine tool spindles, featuring an “NN+BTM front-end and NN rear-end” configuration. This typical heavy-cutting, heavy-load spindle design offers high rigidity, excellent precision, superior resistance to intermittent cutting and impact, and exceptional durability, making it highly acclaimed and widely adopted in the lathe industry.
Four-speed gear transmission and a heavy-duty spindle design deliver a wide range of spindle speeds and cutting forces, enabling the machining of parts made from various materials and in diverse shapes, with an extensive processing capability.
The CY-K6150B CNC lathe is primarily used for machining complex-shaped, high-precision disc and shaft components, including external cylindrical surfaces, end faces, and internal bores. It can also machine cylindrical, conical, stepped, spherical, and other various revolved surfaces. This machine tool is equipped with a high-quality, highly reliable CNC system that controls two axes: the longitudinal (Z) axis and the transverse (X) axis. The spindle headstock features stepless speed regulation via a three-speed gear transmission, delivering dependable power output; in the high-speed range, the spindle provides sufficient torque. The machine employs a vertical-axis, four-station, lift-free electric tool turret with high positioning and reset accuracy, enabling quick and convenient tool changes. The machine integrates mechatronics and is fitted with a fully enclosed safety guard, featuring an aesthetically pleasing design and a well-organized, user-friendly layout. It is suitable for semi-finishing and finishing operations in both batch and single-piece production.
The machine bed features a sloped layout at 30° or 45°, a tubular hollow structure, and optimally arranged reinforcing ribs, which significantly enhance its bending and torsional rigidity during operation. Moreover, two stress-relief treatments further improve the bed’s stability. The bed’s high rigidity and exceptional stability provide robust assurance for the overall machine’s high precision.
The YJCK6166 CNC lathe is a brand-new product that represents a major upgrade over the widely available CK6150B on today’s market. This product line offers a comprehensive range, categorized by spindle headstock type as YJ6166B, YJ6166C, YJ6166H, and YJ6166S; and by machining length as 0.5 m, 1 m, 1.5 m, 2 m, and 3 m, among others.
The machine tool bed, column, and saddle are all made of high-quality cast iron from Yunnan. The column features an integral box-type structure, providing excellent thermal symmetry and structural stability.
Major components such as the bed, worktable, column, crossbeam, saddle, and ram (spindle head) are all made of high-quality cast iron and have undergone stress-relief treatment. They are designed using FEM finite-element analysis to achieve maximum rigidity. The bed features a closed box-type structure with strategically placed stiffening ribs and multi-point support, ensuring sufficient machine-tool stiffness.
The feed system employs either high-precision ball screws with direct-drive coupling, or slide surfaces with plastic coating, or linear guideways, thereby eliminating stick-slip and significantly enhancing positioning accuracy, wear resistance of moving components, and impact resistance. This ensures long-term maintenance of guideway accuracy and extends the machine tool’s service life.
The X and Y axes are supported by high-speed linear guides, which reduce frictional resistance and noise, enabling a rapid traverse speed of 24 m/min. The Z axis employs a sliding guide structure to ensure rigidity of the machine tool’s tool holder and spindle.
The bed is made of boron-alloyed high-strength cast iron, with guideways subjected to ultra-high-frequency quenching and precision grinding, followed by manual scraping and lapping prior to final assembly, ensuring excellent wear resistance and high precision.
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