What are the technological innovation core advantages of Reliable Brother C500K CNC lathe:
- 1. Highly rigid intelligent turret system (Y-axis turret). Adopting the world’s leading horizontal hydraulic servo turret system (domestically preferred/imported configuration) to achieve micron-level positioning accuracy (±0.008mm) and fast response speed of tool change action. Structural deformation under heavy cutting load is controlled within 0.01mm/m to meet military-grade machining requirements. Significantly increase the processing capacity of complex workpieces and improve the accuracy of many processing engineering parts. The power cutter indexing adopts a self-service collapse. Bidirectional proximity tool change, fast speed, high efficiency. High positioning accuracy and repeatability, high rigidity and stability.
- 2. Ultra-precision motion control systemConfiguration of Taiwan-made high rigidity linear guide module, a breakthrough to achieve ultra-low friction coefficient. Under the high-speed feeding condition, the temperature rise of the system is stable within the threshold value of 3℃, and the accuracy fluctuation is no more than 5μm through 72 hours of continuous processing verification.
- 3. Environmental protection systemInnovative 3mm cold rolled steel plate integrated protection chamber design, operating sound pressure level as low as 75 dB. CE certified triple protection mechanism (anti-splash/oil mist barrier/dust filtration), protection level up to IP54, simultaneous configuration of mechanical and electrical double interlocking safety devices.
- 4. All-weather intelligent electronic control platformEquipped with a military-grade sealed electronic control cabinet, integrated precision temperature control module (±1℃ constant temperature guarantee). Extreme humidity and heat test (45℃/95% humidity) verifies that the system has been running continuously without failure for more than 5000 hours, which aligns with the harsh environmental standards.
- 5. An intelligent adaptive chip removal program optional modular chain plate chip removal system, achieving a 100kg/h super chip removal capacity. Equipped with an intelligent monitoring module (overload reverse protection/alarm), the optimised space layout saves 20% floor space compared with the traditional structure, and improves the utilisation of workshop space.
Iterative upgrade programme for core technology:
- Highly dynamic spindle module
Equipped with P4 grade precision angular contact bearing set (double-row back-to-back layout), the axial load carrying capacity is increased by 30%. Through the standard heavy cutting verification, the 8-hour continuous machining precision degradation is controlled within 0.8μm, which is suitable for the high-precision machining needs in the aerospace field.
- Military-grade bed structure
Adopting a 35° whole inclined bed design ensures high stability and rigidity of the machine tool in use, and stability of mass product quality. After a multi-stage heat treatment process (450℃ constant temperature annealing + natural aging treatment), the machine achieves excellent torsional strength (40% higher than the traditional structure), which is suitable for the stability requirements of mass production of automotive parts.
- Bionic topology optimised structure
Bionic round cavity casting technology based on finite element analysis reduces the casting mass by 25% and improves the bending stiffness of key sections by 33%. Verified by modal analysis, the vibration of the processing is effectively suppressed.
- Multi-physical field temperature control platform
Integrated multi-physical field simulation optimised heat dissipation system, spindle box temperature field gradient ≤15℃. Equipped with double-circulation cooling channels to ensure that the thermal deformation is <8μm for 8 hours of continuous processing, which meets the temperature control standard for precision mould processing.
- Motion Execution Unit
Adopting an integral grinding drag plate structure (CE certified process), double testing by laser interferometer and ballbar, with good comprehensive positional accuracy and small error in dynamic trajectory accuracy to meet the demand.
Reliable Brother C500K CNC lathe details function show
Reliable Brother C500KMSY Turning and Milling Centre Introduction
Reliable Brother C500K CNC Lathe/C500KMSY Turning and Milling Centre Technical Parameters
| Technical Parameters | CNC lathe | Power Turret model | |
| CONFIGURATION | C500K | C500KMY | |
| Machining Capacity | Max.SwingOverBed         mm | φ500 | φ500 |
| Max.SwingOverSlide        mm | φ300 | φ300 | |
| Max.ProcessingLength      mm | 650 | 550 | |
| Max.TurningDiameter       mm | φ430 | φ350 | |
| Max.Diameter of Bar        mm | φ74 | φ50 | |
| Spindle | SpindleType | Servo Spindle | Built-in Spindle |
| SpindleHeadType           GB59001 | A2-8 | A2-6 | |
| Spindle TaperHole           mm | φ86 | φ62 | |
| Spindle Speed Range         r/min | 60-2500 | 60-4000 | |
| Spindle Output Torque       N ·m | 220 | 180 | |
| SpindlePower               KW | 15 | 17.2 | |
| ChuckType | Hydraulic Through chuck | Hydraulic Through chuck | |
| Feed Rate | ChuckSize                   Inch | 10″ | 8″ |
| Rapid TraverseSpeedonX-axis m/mn | 25 | 25 | |
| Rapid TraverseSpeedonZ-axis m/mn | 25 | 25 | |
| ServoMotor TorqueonX-axis  N ·m | 18 | 18 | |
| ServoMotor TorqueonZ-axis  N ·m | 18 | 18 | |
| X-axis Travel                mm | 240 | 190 | |
| Y-axis Travel                mm | / | ±50 | |
| Z-axis Travel                mm | 680 | 560 | |
| Turret | GuidewayType | Roller Linear Guideway | Roller Linear Guideway |
| Turret Type | Hydraulic Servo 12 Post Tool Turret | Y-Axis Lifted 12 Post Driven Tool Turret(BMT55) | |
| Numberof ToolHolders      Pc(s) | 1U,2 Boring,1 Face | 1U,2ID,1Face,4OD | |
| Tailstock | ToolSize                    mm | 25×25/φ40 | 25×25/φ32/ER32 |
| TailstockType | Hydraulic | Hydraulic | |
| Tailstock Sleeve Diameter    mm | φ100 | φ100 | |
| TailstockTravel              mm | 80 | 80 | |
| Power Source | Tailstock Sleeve Taper | MT5 | MT5 |
| Rated TotalPower           kW | 26 | 26 | |
| Dimension | Rated TotalCurrent          A | 50 | 50 |
| MachineWeight             kg | 5255 | 5300 | |
| Other | Machine Size            L×W×H(mm) | 3320×2000×2020 | 3320×2000×2020 |
| Optional | Chip conveyor | Chip conveyor | |