SMTCL Universal CNC Torno Horizontal HTC50Q Eje de alto par de torsión Dorno CNC de lecho inclinado pesado

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SMTCL Universal CNC Torno Horizontal HTC50Q Eje de alto par de torsión Dorno CNC de lecho inclinado pesado

Tornos CNC

March 07, 2025

Categoría Conexión: Máquinas del torno del CNC

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Las etiquetas:

#Máquina del torno de la cama plana CKA6136 #Máquina del torno de la cama plana 5.5KW #Máquina horizontal del CNC CKA6136

Breve: Discover the SMTCL Universal CNC Horizontal Lathe HTC50Q, featuring a high torque spindle and heavy slant bed design. Ideal for automotive and engineering industries, this lathe offers precision, efficiency, and rigidity with advanced features like high-precision screws, guide rails, and a high-performance spindle.

Características Relacionadas Del Producto:

High precision with C3-grade screws and H-grade guide rails for excellent operating accuracy.
High-precision spindle cylindrical roller bearings for superior rotation accuracy.
High efficiency with modular code application and intelligent production capabilities.
High rigidity bed with a 45° slant design and reinforced rib structure for dynamic stiffness.
High-performance, heavy-duty cutting spindle with a maximum torque of up to 5400Nm.
Efficient servo turret with fast tool change at adjacent stations in just 0.4s.
Complete functional configuration with optional modules like steady rest and sub-spindle.
Small spindle tailstock with tapered roller bearings for improved cutting rigidity.

Las preguntas:

What industries is the HTC50Q CNC Lathe suitable for?

The HTC50Q is ideal for industries such as automotive and engineering machinery, offering high precision and efficiency for various workpiece requirements.
What are the key features of the HTC50Q's spindle?

The HTC50Q features a high-performance, heavy-duty cutting spindle with a maximum torque of 5400Nm, high-precision cylindrical roller bearings, and excellent rotation accuracy.
How fast is the tool change on the HTC50Q?

The HTC50Q's efficient servo turret allows for the fastest tool change at adjacent stations in just 0.4 seconds, ensuring high processing efficiency.

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