Name: Torno Industrial Dual Spindle Dual Turret Lathe FANUC Syntec Cnc Control System
Brand: Guangdong Longbang Intelligent Equipment Industrial Co., Ltd
Availability: InStock

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Guangdong Longbang Intelligent Equipment Industrial Co., Ltd

Home Products Dual Spindle Dual Turret Lathe

Torno Industrial Dual Spindle Dual Turret Lathe FANUC Syntec Cnc Control System

Product Details:

Payment & Shipping Terms:

Minimum Order Quantity:	1
Price:	Contact Us
Packaging Details:	wooden box package
Delivery Time:	45-60 days
Payment Terms:	T/T
Supply Ability:	20 units/month

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Detailed Product Description

Max. Weight Of Workpiece(kg):	Cnc Lathe	Width Of Bed (mm):	35 Mm
No. Of Spindles:	Twin	Travel (x Axis)(mm):	250 Mm
Travel (z Axis)(mm):	300 Mm	Positioning Accuracy (mm):	±0.003
Repeatability (x/y/z) (mm):	±0.003	Brand Name:	LBIE
Model Number:	FT-6/6ZYD/D	Voltage:	380V
Cnc Control System:	FANUC\Syntec	Warranty:	1 Year
Highlight:	Torno Dual Spindle Dual Turret Lathe , Industrial Dual Spindle Dual Turret Lathe , Industrial lathe and milling machine

Torno Industrial Dual Spindle Dual Turret Lathe FANUC Syntec Cnc Control System

Description

The TF-6/6ZYD/D Dual-spindle Dual-turret Turning and Milling Machine is designed for high-precision and high-efficiency production. Equipped with two spindles, two turrets, and dual Y-axes, it allows flexible operation in single or dual turret mode. The integrated HT300 cast iron bed provides excellent rigidity, minimizes vibrations, and ensures machining accuracy, making it ideal for complex, high-volume manufacturing.

Specification

Parameter	Unit	TF-6/6ZYD/D Dual-spindle Dual-turret Turning and Milling Machine Tool
Max. Turning Diameter	mm	Φ200
Max. Machining Length	mm	300
Max. Swing Diameter	mm	Φ200
Bar Feeding Diameter	mm	<Φ46
Spindle Bore	mm	1st Spindle: Φ56; 2nd Spindle: Φ56
Max. Spindle Speed	RPM	1st Spindle: 4000; 2nd Spindle: 4000
X-axis Travel	mm	X1: 250 ; X2: 250
Y-axis Travel	mm	Y1:90 ; Y2:90
Z-axis Travel	mm	Z1:300; Z2:200
B-axis (Tailstock) Travel	mm	620

Other information

CNC or not	slant bed or not	Hydraulic System
CNC	slant	Channels

Products Description

Details Display

The X-axis and Z-axis feature high-rigidity linear slides with anoptimally calculated track span,offering low resistance,highprecision,and speeds up to 22m/min.This enhances workefficiency and reduces processing time.

The machine's transmission system employs high-precision ball screws and high-rigidity,high-speed roller guides.

The Driven Tool Turret can perform various machining operations such as drilling,milling,and tapping,which meansthat a single machine can complete more types of tasks,enhancing the flexibility and range of the machine.Overall,thelathe Driven Tool Turret significantly improves the efficiencyand quality of lathe machining by providing multi-functionalmachining capabilities,quick tool changes,high precision,andautomated operations.It is an indispensable and importantcomponent in modern precision manufacturing.

Our CNC turret lathes are equipped with avariety of mechanicalspindles to choose from.These spindles are notable for theirhigh rigidity,minimal noise and vibration,and,crucially,theirability to perform high-precision operations.The precisionof movement and the robustness of the spindle componentsplay a pivotal role in defining the quality of processing and theefficiency of cutting operations.
NSK super-precision bearings,featuring high running accuracy,rapid speed capabilities,and exceptional precision,are ideallysuited for spindle units in machine tools.These bearings arespecifically engineered to reduce noise,vibration,and heatgeneration,enhancing overall performance.
In addition,the eletric spindle can be selected.The advantagesof an electric spindle include high speed,high precision,widerange of speed variation,high rigidity,precise control,energysaving and environmental protection,and low maintenancecosts.Overall,the machine tool electric spindle has significantadvantages in improving processing efficiency,precision,and quality,and therefore,it is widely used in modernmanufacturing.