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Informazioni di Base.
Model No.
W7-8/6CYD
Fonte Di Potere
Elettrico
Modalità Controlling
CNC
Grado automatico
Automatico
Modalita ′setting
Pavimento-tipo
Precisione
High Precision
Certificazione
CE, ISO 9001
Stato
Nuovo
peso (kg)
4500
foro mandrino(mm)
51
dimensione(l*w*h)
3100*1700*1900 mm
velocità di alimentazione rapida
22 m/min
stazioni di servizio
12, 15
potenza della pompa del liquido di raffreddamento
700 w
tensione
380 V
velocità max. mandrino (giri/min)
4000 giri/min
potenza motore mandrino(kw)
11
velocità massima utensile sotto tensione
4000
lunghezza max. pezzo (mm)
550
numero di assi
4
frequenza
50
larghezza del letto (mm)
35 mm
sistema di controllo cnc
fanuc/syntec
Pacchetto di Trasporto
Packaged in a Wooden Crate
Specifiche
60 *10 *10
Marchio
LBIE
Origine
Guangdong, China
Capacità di Produzione
800
Descrizione del Prodotto
Torno High Speed Precision Metal Turning Turret Horizontal Slant Bed Mini Dual Spindle CNC Lathe Machine
CNC Lathe Category 1.The machine tool control system adopts SYNTEC system, and other CNC systems are optional.
2.Interpolating the Y-axis structure to enhance milling rigidity
To achieve greater milling capability on the lathe base, the interpolation of the Y-axis structure is employed. The structure's center of gravity is closer to the machining point when interpolating the Y-axis, effectively utilizing gravity-driven effects and reducing machine tool vibrations.
3.Heavy-duty cutting, precision turning and milling
This series of machine models is specifically designed for heavy-duty cutting and precision turning and milling. The goal is to achieve a roughing single-side cutting depth of 5mm, precision turning accuracy of ≤0.008mm, and precision milling plane accuracy of ≤0.008mm.
4.Heavy-duty precision components
This series of equipment employs heavy-duty specifications in the selection of precision components. It includes a heavy-duty spindle composed of a rolling column-type five-axis bearing structure, heavy-duty sliding block paired with rolling column guides, and a servo turret with heavy hydraulic clamping. These components provide the machine tool with sufficient load capacity, reinforcing the rigidity of the machine tool.
5.High-low rail bed structure, enhancing load-bearing and rigidity
Utilizing a low center of gravity weighted base and incorporating a technical innovation from the inclined rail bed to the high-low rail Z-axis bed, the X-axis saddle's coordination with the bed has been upgraded from the original inclined suspension to an upright configuration. This enhancement improves the load-bearing capacity of the bed and the overall rigidity of the machine tool.
6.High precision, meeting requirements
In the dual-spindle version, parts can be automatically flipped for machining through an automatic docking feature. The static docking precision can reach 0.005mm, and the rotational docking precision can reach 0.01mm, meeting the requirements for parts with high positional tolerance for flipping.
7.Modular design, flexible application
High modularity is another major feature of this series of machine models. There are three types of Y-axis structures, three types of tailstock modes, and various interchangeable components that support cross-configurations, such as different specifications of spindles, servo spindle motors with different power ratings, and turrets with different positions.
2.Interpolating the Y-axis structure to enhance milling rigidity
To achieve greater milling capability on the lathe base, the interpolation of the Y-axis structure is employed. The structure's center of gravity is closer to the machining point when interpolating the Y-axis, effectively utilizing gravity-driven effects and reducing machine tool vibrations.
3.Heavy-duty cutting, precision turning and milling
This series of machine models is specifically designed for heavy-duty cutting and precision turning and milling. The goal is to achieve a roughing single-side cutting depth of 5mm, precision turning accuracy of ≤0.008mm, and precision milling plane accuracy of ≤0.008mm.
4.Heavy-duty precision components
This series of equipment employs heavy-duty specifications in the selection of precision components. It includes a heavy-duty spindle composed of a rolling column-type five-axis bearing structure, heavy-duty sliding block paired with rolling column guides, and a servo turret with heavy hydraulic clamping. These components provide the machine tool with sufficient load capacity, reinforcing the rigidity of the machine tool.
5.High-low rail bed structure, enhancing load-bearing and rigidity
Utilizing a low center of gravity weighted base and incorporating a technical innovation from the inclined rail bed to the high-low rail Z-axis bed, the X-axis saddle's coordination with the bed has been upgraded from the original inclined suspension to an upright configuration. This enhancement improves the load-bearing capacity of the bed and the overall rigidity of the machine tool.
6.High precision, meeting requirements
In the dual-spindle version, parts can be automatically flipped for machining through an automatic docking feature. The static docking precision can reach 0.005mm, and the rotational docking precision can reach 0.01mm, meeting the requirements for parts with high positional tolerance for flipping.
7.Modular design, flexible application
High modularity is another major feature of this series of machine models. There are three types of Y-axis structures, three types of tailstock modes, and various interchangeable components that support cross-configurations, such as different specifications of spindles, servo spindle motors with different power ratings, and turrets with different positions.
| Parameter | Unit | W7-8/6CYD Double Spindle Interpolated Y-axis Turning and Milling Machine Tool | ||||
| 1 | Max. Turning Diameter | mm | Φ300 | |||
| 2 | Max. Machining Length | mm | 550 | |||
| 3 | Max. Swing Diameter | mm | Main-Spindle: Φ500; Sub-Spindle: Φ220 | |||
| 4 | Max. Bar Through Diameter | mm | Main-Spindle: Φ51; Sub-Spindle: Φ45 | |||
| 5 | Spindle Bore (This parameter is for reference only. For specific parameters, please contact the technical support department) | mm | Main-Spindle: Φ68; Sub-Spindle: Φ56 | |||
| 6 | Max. Spindle Speed | RPM | Main-Spindle: 3500; Sub-Spindle: 4000 | |||
| 7 | X-axis Travel | mm | 220 | |||
| 8 | Y-axis Travel | mm | 110 | |||
| 9 | Z-axis Travel | mm | 600 | |||
| 10 | B-axis (Tailstock) Travel | mm | 610 | |||
| 11 | Rapid Feedrate | m/mim | 22 | |||
| 12 | Max. Driven Tool Speed | RP M | 4000 (Low-temperature Component, Standard) 8000 (High-speed Component Optional) | |||
| 13 | Voltage (3 phase) | V | 380±10% | |||
| 14 | Electric frequency | Hz | 50 | |||
| 15 | Power | kW | 35 | |||
| 16 | Weight | kg | 4500 | |||
| 17 | Size (Length × Width × Height) | mm | 3100 × 1700 × 1900 (Excluding Chip Conveyor) | |||
| # | / | Configuration Table | ||||
| 1 | CNC | FANUC 0I-TF PLUS(5) | SYNTEC 22TB | |||
| Main-Spindle Rated Power/Torque of the Servo Motor | 15kW/95Nm (HAOZHI Electric Spindle) | 15kW/95Nm (HAOZHI Electric Spindle) | ||||
| Sub-Spindle Rated Power/Torque of the Servo Motor | 11kW / 52Nm (HAOZHI Electric Spindle) | 11kW / 52Nm (HAOZHI Electric Spindle) | ||||
| X-axis Rated Power/Torque of the Servo Motor | 1.8kW / 11Nm | 2.4kW / 11.5Nm | ||||
| Y1-axis Rated Power/Torque of the Servo Motor | 2.7kW / 12Nm | 3.1kW / 15Nm | ||||
| Z-axis Rated Power/Torque of the Servo Motor | 1.8kW / 11Nm | 2.4kW / 11.5Nm | ||||
| B-axis Rated Power/Torque of the Servo Motor | 2.7kW / 12Nm | 3.1kW / 15Nm | ||||
| Driven Tool Rated Power/Torque of the Servo Motor | 2.7kW / 12Nm | 5.5kW / 17.5Nm (Water Coolant Motor) | ||||
| 2 | Brand | Type / Spec | ||||
| Main-Spindle | Guangzhou HAOZHI Electric Spindle | A2-6 (Standard) A2-8 (Max. Bar Through Diameter: Φ74,match 10 inches chuck) (optioanl) | ||||
| Sub-Spindle | Guangzhou HAOZHI Electric Spindle | A2-5 | ||||
| 3 | X-axis | Linear Guide Rail | HIWIN / PMI | 35 Roller guide | ||
| Lead Screw | HIWIN / PMI | 32 | ||||
| Bearing | NSK | 20TAC | ||||
| Y1-axis | Linear Guide Rail | HIWIN / PMI | 35 Roller guide | |||
| Lead Screw | HIWIN / PMI | 32 | ||||
| Bearing | NSK | 20TAC | ||||
| Z-axis | Linear Guide Rail | HIWIN / PMI | 35 Roller guide | |||
| Lead Screw | HIWIN / PMI | 32 | ||||
| Bearing | NSK | 20TAC | ||||
| B-axis | Linear Guide Rail | HIWIN / PMI | 35 Roller guide | |||
| Lead Screw | HIWIN / PMI | 32 | ||||
| Bearing | NSK | 20TAC | ||||
| 4 | Tool Carrier Form | Turret | Brand | Power Well (Driven Tool Turret) | ||
| Driving Type | Servo Motor | |||||
| Locking Type | Hydraulic Locking | |||||
| Model/Station | BMT55-12 (Standard) BMT45-15 (Optional) | |||||
| 5 | Tailstock Form | Sub-spindle | ||||
| 6 | Lubrication Form | Grease Lubrication | ||||
| 7 | Hydraulic System | Standard | ||||
| 8 | Fixture | Taiwan JIA HE Hydraulic Chuck (Main-Spindle: 8 inch ; Sub-Spindle: 6 inch) (Standard) TGT Collect Chuck (Main-Spindle: 52; Sub-Spindle: 46 push-type) (Optional) | ||||
| 9 | Coolant Pump Power | 5Bar(Standard) 20Bar(Optional) 50Bar (Optional) | ||||
| 10 | Chip Conveyor | Included | ||||
| 11 | Static Tool Holder | Type | Specificatio | Qty | ||
| Boring Tool Holder | 7 included for any type (extra available) | |||||
| Outer Diameter Turning Tool | ||||||
| End Face Turning Tool Holder | ||||||
| Optional | ||||||
| 12 | Driven Tool Holder | Spec | Qty | |||
| 0° | 1pcs | |||||
| 90° Unidirection | ||||||
| 90° Bidirection | 1pcs | |||||
| Optional | ||||||
| 13 | Other Accessories | Item | Qty | |||
| Chuck Draw Tube | 2pcs | |||||
| Foot Switch | 1set | |||||
| Water Tank | 1set | |||||
| Installation Tool | 1set | |||||
| Machine Foot | 9pcs | |||||
| 14 | System Operation Manual | E-manual | ||||
| 15 | Machine Tool Instruction Manual | E-manual | ||||
| 16 | Optional | Renishaw Tool Setter | ||||
| Automatic Catcher | ||||||
| Oil Mist Collector | ||||||
Q1:Where is our factory located?
A: We have two factories.One is located in Building 2ACIMC, No.15Shunye West Road, Xingtan Town, Shunde District,Foshan City,Guangdong Province (Guangdong Longbang Intelligent Equipment Industry Co., Ltd)and the other one is located in No.6 Private Industrial Village,Tanzhou North District,Dagang Town, Nansha District, Guangzhou City,Guangdong Province(Guangzhou Longbang Automation Control Equipment Co., Ltd)