What are the features of the Reliable Brother Z600 CNC Turning and Milling Centre?
Users often use two CNC lathes to process the front and back sides, respectively. Still, also with a third drilling machine to solve the subsequent problems, to save equipment to improve efficiency, we have developed this turning and milling composite centre, through the installation of the indexing chuck one time clamping, basically to achieve multi-face multi-processing, the end of the processing is almost a finished product status. Compared with the old process of three-machine processing, its appearance makes the user spend one machine money instead of three machine functions, to help customers save costs and improve efficiency.
1 Integral hydraulic tool holder structure, more compact, mechanical precision is more stable and reliable
2 Bed guide rail adopts high and low rail design, resin sand integral casting, after many times of aging and heat treatment, it is the machine tool can keep the best precision and rigidity for a long time
3 Hydraulic detection and adjustment adopts panel front mounting, operated with a knob, it can be easy to monitor and adjust the pressure of the hydraulic system by standing on the front of the machine tool.
4 The machine tool adopts a 45°internal defence design, which places the workpiece closer to the operator and makes chip removal smooth, Meanwhile, it can be equipped with rear chip removal or chip measurement, flexible arrangement
Z600 CNC turning and milling with the function of CNC lathe Demonstration
Z600 CNC mill-turn with unique drilling and tapping capacity demonstration
It’s a bit like a horizontal machining centre with a six-station magazine.
Reliable Brother Z600 CNC Turning and Milling Centre Technical Parameters
| CONFIGURATION | Z600 | |
| Machining Capacity | Max. Swing Over Bed            mm | φ500 |
| Max.Swing Over Slide            mm | φ320 | |
| Max.Processing Length           mm | 600(320,if with the indexing chuck) | |
| Max.Turning Diameter           mm | Φ450 | |
| Max.Diameter of Bar             mm | φ74 | |
| Spindle | Spindle Type | Servo Spindle |
| Spindle Head Type               GB59001 | A2-8 | |
| Spindle Taper Hole               mm | Φ86 | |
| Spindle Speed Range              r/min | 50-2000 | |
| Spindle Output Torque            N ·m | 220 | |
| Chuck Type | Hydraulic Through Chuck | |
| Chuck Size                       GB59001 | 10″ | |
| Sub-spindle | Sub-Spindle Type                 r/min | Built-in Spindle |
| Sub-Spindle Head Type            Nm | BBT40 | |
| Sub-Spindle Speed Range | 50-4000 | |
| Sub-Spindle Output Torque        Inch | 81 | |
| Feed Rate | Rapid Traverse Speed on X-axis    m/min | 25 |
| Rapid Traverse Speed on Z-axis    m/min | 25 | |
| Servo Motor Torque on X-axis      N ·m | 22 | |
| Servo Motor Torque on Z-axis      N ·m | 18 | |
| X-axis Travel                      mm | 270 | |
| Z-axis Travel                      mm | 600 | |
| Guideway Type/Width | Roller Linear Guideway | |
| Turret | Turret Type | Hydraulic Servo8 Post Tool Turret, BBT40 Live Tool on The Sub Spindle |
| Number of Tool Holders | 5 Boring,1 Face | |
| Tool Size                          mm | 32×32/φ50 | |
| Tool magazine | Tool Magazine Type | Disc-type, servo drive |
| Tool Capacity | 7 | |
| U Drill Size | φ32 | |
| Power Source | Rated Total Power                 KW | 48 |
| Rated TotalCurrent                 A | 106 | |
| Dimension | Machine Weight                   Kg | 5000 |
| Machine Size                  L×W×H(mm) | 2800×1750×1950 | |
| Other | Optional | Chip conveyor |