STANDARD ETD-1000 Flatbed CNC Lathe

Ø1000 mm (39.37") Swing Heavy-Duty CNC Turning Platform

The STANDARD ETD-1000 Series Flatbed CNC Lathe is designed for heavy-duty metal turning applications that require large work envelopes, high rigidity, and reliable CNC control.

The machine provides a maximum swing over bed of Ø1000 mm (39.37 in) and supports workpieces weighing up to 6000 kg (13,227 lb). With multiple between-centers configurations ranging from 3 m to 10 m (118"–394"), the ETD-1000 series is suitable for machining large shafts, rollers, cylinders, and other heavy industrial components.

The machine is equipped with a FANUC 0i-TF CNC control, allowing standard G-code programming and integration with commonly used CAM systems.

What Is a CNC Lathe?

A CNC lathe (Computer Numerical Control lathe) is a machine tool used to produce cylindrical parts by rotating a workpiece while cutting tools move along programmed axes.

The cutting tools are mounted on a turret or tool post and controlled through CNC programming. Typical machining operations include:

• External turning
• Internal boring
• Facing
• Thread cutting
• Grooving

Because the tool movement is controlled digitally, CNC lathes can produce parts with consistent accuracy and repeatability.

The ETD-1000 uses a FANUC 0i-TF CNC system, which supports industry-standard G-code and is widely used in industrial turning environments.

Machine Overview

The ETD-1000 series is based on a flatbed lathe structure designed to support large workpieces and heavy cutting loads.

Key machine characteristics include:

• Large swing diameter for oversized components

• Wide machine bed for improved rigidity

• High-capacity spindle system

• Multi-tool turret for automated tool indexing

• Optional hydraulic chuck for improved workholding efficiency

This configuration allows the machine to perform heavy-duty turning operations on long or large-diameter parts.

Key Technical Specifications

Specification	Metric	Imperial
Maximum swing over bed	Ø1000 mm	Ø39.37 in
Maximum workpiece weight	6000 kg	13,227 lb
Spindle nose	A2-15	A2-15
Spindle taper	MT6	MT6
Spindle bore	Ø130 mm	Ø5.12 in
Spindle speed range	3.15 – 315 rpm	3.15 – 315 rpm
Main servo motor power	22 kW	29.5 hp
Bed width	755 mm	29.7 in
Tailstock quill travel	300 mm	11.8 in
Standard chuck	Ø1000 mm 4-jaw	Ø39.37 in 4-jaw
Turret type	V4 turret	V4 turret

These specifications allow the machine to support large tooling systems and maintain stability during heavy cutting operations.

Available Machine Configurations

The ETD-1000 series is available in several between-centers configurations.

Typical models include:

Model	Between Centers	Turning Length
ETD-1000 × 3000	3000 mm (118 in)	2800 mm (110 in)
ETD-1000 × 4000	4000 mm (157 in)	3800 mm (149.6 in)
ETD-1000 × 5000	5000 mm (197 in)	4800 mm (189 in)
ETD-1000 × 6000	6000 mm (236 in)	5800 mm (228.3 in)
ETD-1000 × 8000	8000 mm (315 in)	7800 mm (307.1 in)
ETD-1000 × 10000	10000 mm (394 in)	9800 mm (385.8 in)

These configurations allow users to select a machine length appropriate for their workpiece requirements.

Typical Applications

Machines in the ETD-1000 class are commonly used in industries where large metal components require precision machining.

Typical applications include:

• Hydraulic cylinder machining
• Large shafts and rollers
• Mining equipment components
• Energy and power generation components
• Heavy industrial machinery parts

The large swing capacity and long bed options allow the machine to handle large-diameter and long-shaft workpieces.

CNC Control and Programming

The FANUC 0i-TF control provides standard CNC turning functionality including:

• G-code programming
• Canned turning cycles
• Tool offset management
• Spindle and feed control
• Program storage and editing

Because FANUC controls follow widely used programming conventions, machinists familiar with other CNC turning platforms can typically operate the machine with minimal training.

Workholding and Tooling Options

The machine is supplied with a Ø1000 mm (39.37 in) manual 4-jaw chuck as standard.

Optional workholding upgrades include:

• Hydraulic chuck systems
• Custom jaws for large parts
• Additional workholding solutions depending on application

The V4 turret supports multiple cutting tools and allows automatic indexing between operations, enabling several turning processes to be completed within a single program cycle.

Production and Delivery

ETD-1000 machines are supplied on a build-to-order basis.

Typical manufacturing lead times are approximately:

9–14 weeks from order confirmation, depending on configuration and options.

Customization may include:

• different bed lengths

• chuck configuration

• CNC control options

• automation or workholding options

Maintenance and Operation

Maintaining machining accuracy requires routine machine maintenance.

Recommended practices include:

• inspection of cutting tools and workholding systems
• lubrication system checks
• verification of tool offsets and machine alignment
• monitoring of cutting conditions during operation

Operators should follow standard safety procedures, including proper workpiece clamping and appropriate personal protective equipment.

Positioning Within CNC Lathe Categories

Flatbed CNC lathes such as the ETD-1000 are typically used for large workpieces and heavy machining operations.

This differs from smaller machines such as:

Benchtop CNC lathes, which are typically used for:

• small components
• light machining
• limited workpiece weight

The ETD-1000 is designed for industrial machining environments requiring large part capacity and high structural rigidity.

Summary

The STANDARD ETD-1000 Flatbed CNC Lathe Series provides a large work envelope and high load capacity for heavy-duty turning applications.

Key specifications include:

• Swing over bed: Ø1000 mm (39.37 in)
• Maximum workpiece weight: 6000 kg (13,227 lb)
• Spindle bore: Ø130 mm (5.12 in)
• Main motor power: 22 kW (29.5 hp)
• Bed length options: up to 10 m (394 in) between centers
• CNC control: FANUC 0i-TF

These characteristics make the ETD-1000 suitable for machining large industrial components in sectors such as mining, energy, and general manufacturing.