Κέντρο στροφής διπλού σπινδέλου ((Τύπος πίσω σπινδέλου)

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Κέντρο στροφής διπλού σπινδέλου ((Τύπος πίσω σπινδέλου)

Δύο σπινδύλες CNC lathes

July 20, 2024

Category Connection: CNC μηχανή τόρνου

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Ετικέτες:

#Δύο στρογγυλοειδείς στρογγυλομηχανές #Κέντρο στροφής διπλού σπινδέλου 1750 mm #Τύπος σπινδύλας γυρισμού προς το κέντρο

Brief: Discover the Double Spindle Lathe Turning Center Back Spindle Type, designed for precision machining of thin-shelled and complex parts. Equipped with a 12+12 position servo power turret, Y axis optional, and servo moto-spindle with C axis, it performs turning, milling, drilling, and tapping in one machine for unmatched accuracy.

Related Product Features:

Equipped with 12+12 position servo power turret for versatile tooling options.
Optional Y axis enhances machining flexibility for complex parts.
Servo moto-spindle with C axis enables precise turning, milling, drilling, and tapping.
Ideal for thin-shelled and complex parts, ensuring high precision.
Available in multiple models (LK-CDS15, LK-CDS20, LK-CDS20L, LK-CDS25) to suit various machining needs.
High-speed spindle with up to 5000 rpm for efficient machining.
Thermal stability technology ensures consistent performance during long operations.
Compact dimensions and robust build for industrial environments.

Ερωτήσεις:

What types of parts is the Double Spindle Lathe Turning Center best suited for?

This machine is perfect for thin-shelled and complex parts, offering precision in turning, milling, drilling, and tapping operations.
Does the machine support automatic tool changing?

Yes, it features a 12+12 position servo power turret for automatic and versatile tool changing.
What are the key advantages of the servo moto-spindle with C axis?

The servo moto-spindle with C axis allows for high-precision machining, including complex operations like milling and tapping, all in one setup.
How does the thermal stability technology benefit machining?

The thermal stability technology ensures uniform heat dissipation, maintaining high stiffness and precision during prolonged machining processes.