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Specification | unit | MGK1320 | MGK1420 | |||
×750 | ×750 | |||||
Maximum Swing Diameter | mm | Φ220 | ||||
Distance between centers | mm | 750 | 750 | |||
Center height | mm | 160 | ||||
Maximum grinding diameter | mm | Φ220 | ||||
Maximum weight between centers | kg | 100 | ||||
Control system | FANUC SIEMENS | |||||
Grinding wheel (max) | Outer diameter x width x inner diameter | mm | Φ500×75×Φ203 | |||
Line speed | mm/sec | 35 | ||||
Wheel carrier | Full stroke | mm | 277 | |||
Feed speed | mm/min | 0.1~5000 | ||||
Minimum setting unit | mm | 0.001 | ||||
Tilt angle | 90° | |||||
Worktable | Type | Two-Tier Tapered Worktable | ||||
Feedrate | mm/min | 0.1~5000 | ||||
Minimum setting unit | mm | 0.001 | ||||
Headstock | Center | MT.NO4 | ||||
Speed | r/min | 30-300(Infinitely variable speed control) | ||||
Bore grinding | Internal grinding motor | kw | 0.55 | |||
Internal grinding range | mm | Φ13~Φ80 | ||||
Maximum internal grinding length | mm | 125 | ||||
Maximum workpiece weight on chuck | kg | 30 | ||||
Tailstock | Center | MT.NO4 | ||||
Stroke of center | mm | 60 | ||||
Electrical system | Wheel spindle motor | Kw | 7.5 | |||
Wheelhead feed | N.m | 8(FANUC)/16(SIEMENS) | ||||
Worktable Feed | N.m | 12(FANUC)/16(SIEMENS) | ||||
Headstock spindle | Kw | 0.75KW inverter motor/1.1KW inverter motor | ||||
Hydraulic pump | Kw | 0.75(4P) | ||||
Wheel spindle bearing lubrication pump | Kw | 0.75(4P) | ||||
Capacity | Hydraulic oil + lubrication oil tank | L | 45 | |||
Spindle bearing oil tank | L | 45 | ||||
Net weight | kg | 6000 | 6500 |
Products Features
1:High Precision Spindle: The grinding spindle adopts a sleeve-type hydrostatic spindle system, ensuring high rotational accuracy and rigidity, making it ideal for precision grinding tasks.
2:Two-Axis Feed System: Both the worktable (Z-axis) and the grinding wheel head (X-axis) are servo-driven and equipped with ball screw assemblies, providing precise feed control with a minimum setting unit of 0.1μm.
3:Multiple Dressing Options: Various types of diamond dressing devices are available, allowing for precise dressing of complex grinding wheel shapes with automatic compensation to ensure accuracy.
4:Active Measurement and Closed-Loop Control: The machine is equipped with an active measurement system that provides closed-loop control for real-time monitoring and adjustment of grinding accuracy.
5:Comprehensive CNC System: The CNC system supports process program changes, workpiece quality management, machine status monitoring, fault diagnosis, and alarm functions. The user-friendly menu interface simplifies operation.
Applications
The MGK1320 and MGK1420 High Precision CNC Cylindrical Grinding Machines are widely used in industries such as defense, aerospace, aviation, and precision mechanical processing. Their high precision and rigidity make them particularly suitable for small-batch, high-precision parts production. Whether it is grinding high-precision shaft parts or complex cylindrical surfaces, these machines are capable of delivering efficient and accurate results, making them the ideal choice for the precision machining industry.
Products Pictures
Specification | unit | MGK1320 | MGK1420 | |||
×750 | ×750 | |||||
Maximum Swing Diameter | mm | Φ220 | ||||
Distance between centers | mm | 750 | 750 | |||
Center height | mm | 160 | ||||
Maximum grinding diameter | mm | Φ220 | ||||
Maximum weight between centers | kg | 100 | ||||
Control system | FANUC SIEMENS | |||||
Grinding wheel (max) | Outer diameter x width x inner diameter | mm | Φ500×75×Φ203 | |||
Line speed | mm/sec | 35 | ||||
Wheel carrier | Full stroke | mm | 277 | |||
Feed speed | mm/min | 0.1~5000 | ||||
Minimum setting unit | mm | 0.001 | ||||
Tilt angle | 90° | |||||
Worktable | Type | Two-Tier Tapered Worktable | ||||
Feedrate | mm/min | 0.1~5000 | ||||
Minimum setting unit | mm | 0.001 | ||||
Headstock | Center | MT.NO4 | ||||
Speed | r/min | 30-300(Infinitely variable speed control) | ||||
Bore grinding | Internal grinding motor | kw | 0.55 | |||
Internal grinding range | mm | Φ13~Φ80 | ||||
Maximum internal grinding length | mm | 125 | ||||
Maximum workpiece weight on chuck | kg | 30 | ||||
Tailstock | Center | MT.NO4 | ||||
Stroke of center | mm | 60 | ||||
Electrical system | Wheel spindle motor | Kw | 7.5 | |||
Wheelhead feed | N.m | 8(FANUC)/16(SIEMENS) | ||||
Worktable Feed | N.m | 12(FANUC)/16(SIEMENS) | ||||
Headstock spindle | Kw | 0.75KW inverter motor/1.1KW inverter motor | ||||
Hydraulic pump | Kw | 0.75(4P) | ||||
Wheel spindle bearing lubrication pump | Kw | 0.75(4P) | ||||
Capacity | Hydraulic oil + lubrication oil tank | L | 45 | |||
Spindle bearing oil tank | L | 45 | ||||
Net weight | kg | 6000 | 6500 |
Products Features
1:High Precision Spindle: The grinding spindle adopts a sleeve-type hydrostatic spindle system, ensuring high rotational accuracy and rigidity, making it ideal for precision grinding tasks.
2:Two-Axis Feed System: Both the worktable (Z-axis) and the grinding wheel head (X-axis) are servo-driven and equipped with ball screw assemblies, providing precise feed control with a minimum setting unit of 0.1μm.
3:Multiple Dressing Options: Various types of diamond dressing devices are available, allowing for precise dressing of complex grinding wheel shapes with automatic compensation to ensure accuracy.
4:Active Measurement and Closed-Loop Control: The machine is equipped with an active measurement system that provides closed-loop control for real-time monitoring and adjustment of grinding accuracy.
5:Comprehensive CNC System: The CNC system supports process program changes, workpiece quality management, machine status monitoring, fault diagnosis, and alarm functions. The user-friendly menu interface simplifies operation.
Applications
The MGK1320 and MGK1420 High Precision CNC Cylindrical Grinding Machines are widely used in industries such as defense, aerospace, aviation, and precision mechanical processing. Their high precision and rigidity make them particularly suitable for small-batch, high-precision parts production. Whether it is grinding high-precision shaft parts or complex cylindrical surfaces, these machines are capable of delivering efficient and accurate results, making them the ideal choice for the precision machining industry.
Products Pictures