Heavy-Duty Large-Size CNC Turning & Boring Machine

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Heavy-Duty Large-Size CNC Turning & Boring Machine

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Heavy-Duty Large-Size CNC Turning & Boring Machine Specification

Product Type
Heavy-Duty Large-Size CNC Turning & Boring Machine

Material
Cast Iron/High-Grade Steel Alloy Structure

Cutting Thickness
Up to 1000 mm

Cutting Speed
Up to 500 mm/min (variable)

Engraving Area
Customizable up to 5000 mm

Graphic Format Supported
G-Code, DXF

CNC Or Not
CNC

Automatic Grade
Fully Automatic

Control System
Siemens Fanuc CNC Controller

Max. Swing Diameter
Up to 4000 mm

Voltage
380V/415V, 3 Phase, 50/60 Hz

Weight (kg)
32,000 kg

Dimension (L*W*H)
12000 mm x 3500 mm x 3200 mm

Capacity
Heavy-Duty, 8-12 MT Load Capacity

Feature
High Precision, Anti-Vibration, Large-Sized Workpiece Support

Color
Industrial Grey/Blue/Custom

Spindle Bore
400 mm

Application
Energy, Marine, Aerospace, Steel Fabrication

Travel (X/Z Axis)
X: 2500 mm, Z: 10000 mm

Tool Turret
12-Position Auto Index

Tailstock
Programmable, Heavy-Duty

Bed Structure
Box Type, Extra-Rigid

Operator Interface
Touch Screen HMI

Chuck Type
Hydraulic 4-Jaw

Spindle Motor Power
45 kW

Lubrication System
Centralized Automatic Lubrication

Coolant System
High-Pressure Flood Coolant

Surface Finish Accuracy
Ra 0.8-2.0 m

Workpiece Weight Capacity
Up to 12,000 kg

About Heavy-Duty Large-Size CNC Turning & Boring Machine

Core Highlights

Heavy-duty flat-bed CNC lathe for large & heavy workpieces
Max swing diameter over bed1040mm
Max turning diameter630mm
Max workpiece length3000mm / 4000mm
Heavy loadmax workpiece weight up to 6 tons
High rigidity bed + hardened guideway for long-term precision
Powerful 37kW servo main motormax spindle torque 11kNm
Ideal for heavy shafts, cylinders, flanges, rolls, deep hole blanks

Full Technical Specifications

Overall Parameters

Max swing diameter over bed1040 mm
Max turning diameter630 mm
Max workpiece length between centers3000 mm / 4000 mm
Guideway width755 mm
Max workpiece weight between centers6 tons

Spindle

Front bearing bore diameter200 mm
Spindle through hole130 mm
Spindle nose typeA2-15
Spindle speed range5315 r/min
Main motorAC servo 37 kW
Max spindle torque11 kNm
Chuck1000 mm manual 4jaw chuck

Travel & Feed

X-axis travel750 mm
Z-axis travel2850 mm / 3850 mm
Min feed increment0.01 mm (X & Z)
Rapid traverse4000 mm/min (X & Z)

Tailstock

Quill diameter160 mm
Max quill travel300 mm
Spindle taperMetric 80

Accuracy

Roundness0.01 mm
Cylindricity (300mm)0.025 mm
Surface roughnessRa 1.6 m

Main Structure & Key Components

1. HeavyDuty Machine Bed

HT300 highstrength resin sand casting
One V + one flat + 45 auxiliary guideway design
Mediumfrequency hardened guidewaydeep hardening for regrinding
Wshape internal ribshigh rigidity & antideformation
Double aging treatmentstress relievedlongterm stability
Rear chip evacuation slopeseasy chip removal & coolant recovery

2. HighRigidity Headstock

Integral structuredirectly mounted on bed
Threepoint spindle supportfront fixed, middle/rear floating
Frontend axial positioningcompensates thermal elongation
Hydraulic 4speed gear shifting
Forced lubrication systemdedicated oil pump for gears/bearings
Labyrinth + tooth groove double sealingno oil leakage

3. HeavyDuty Carriage & Tool Post

Highrigidity carriage for heavy turning & boring
Ball screw drive (X & Z)P4 precision angular contact bearings
Preloaded & pretensioned ball screwshigh axial rigidity
Vertical 4station turretflexible indexing & reliable positioning

4. HeavyDuty Tailstock

Fixed tailstock center60 heavyduty live center
Manual quill extension/retraction
Carriagedragged tailstock movement
Antislip rodprevents workpiece slippage under heavy load

5. Optional Systems

Cooling systemprotects tools & workpieces
Semienclosed protectiondouble sliding door
Automatic chip conveyorintegrated water tank & recycling
Boring tool holder assemblyfor deep internal boring
Roller steady rest70480mm clamping range

Key Advantages

UltraLarge Workpiece Capacity

Swing 1040mm, length up to 4m, load up to 6 tons built for heavy industrial components.

Exceptional Rigidity & Stability

Thick cast bed, hardened guideway, reinforced ribs, double aging minimal deformation under heavy cuts.

Powerful & Stable Spindle

37kW servo motor + 11kNm torque + hydraulic 4speed smooth heavy turning, strong cutting force.

High Precision Machining

Roundness 0.01mm, cylindricity 0.025mm, Ra1.6 finish meets highprecision industrial requirements.

Versatile for Complex Parts

Supports external turning, facing, grooving, threading, boring, deep hole premachining one machine for multiple processes.

Durable & Low Maintenance

Proven heavyduty design, standardised components, simple daily maintenance reliable for continuous production.

Wide Applications

Heavy duty shafts & large rollers
Hydraulic cylinder barrels & flanges
Deep hole drill blanks & tool bar blanks
Petrochemical & energy industry parts
Engineering machinery & heavy equipment components
Steel & metallurgy largesize workpieces

Contact Us for Details

ContactTina

WhatsApp+86 17857586156

Emaildezhou@dzguanlu.com

Deephole Series Websitewww.dzgljc.com

Heavy Duty Lathe Series Websitewww.novatechlathe.com

Unmatched Power and Precision

This CNC turning and boring machine boasts a 45 kW spindle motor, centralized auto lubrication, and high-pressure flood coolant system to ensure sustained operational efficiency and component longevity. Its massive cutting thickness capability (up to 1000 mm) and max swing diameter (up to 4000 mm) enable handling of the largest workpieces with consistent precision, supporting high-grade steel alloys and cast iron.

Automation and User-Friendly Control

Equipped with a fully automatic operation mode, a 12-position auto-index turret, and a programmable heavy-duty tailstock, the machine streamlines complex machining processes. The intuitive Touch Screen HMI and robust Siemens/Fanuc CNC controller support standard graphic formats like G-Code and DXF, enhancing both programmability and operator experience.

FAQ's of Heavy-Duty Large-Size CNC Turning & Boring Machine:

Q: How does the machine maintain high precision during heavy-duty operations?

A: The machine incorporates a rigid box-type bed structure, anti-vibration features, and an advanced 12-position auto tool turret to mitigate deflection and vibration, ensuring high-precision machining with a surface finish accuracy of Ra 0.8-2.0 m, even with large and heavy workpieces.

Q: What types of workpieces and industries is this CNC machine suitable for?

A: Designed for large-scale applications, it efficiently machines workpieces up to 12,000 kg, making it ideal for the energy, marine, aerospace, and steel fabrication industries. Its customizable engraving area and support for large swing diameters expand its applicability across various heavy industries.

Q: When should centralized automatic lubrication and high-pressure coolant be utilized?

A: These systems operate continuously during machining to reduce friction, ensure consistent lubrication, and keep the work area cool. This is particularly beneficial during extended cutting cycles or when processing thick, tough materials, protecting both the machine and the final product.

Q: Where can the machine be installed, and what are the electrical requirements?

A: This heavy-duty machine is designed for spacious industrial workshops and factories. It requires a three-phase electrical supply of 380V or 415V at 50/60 Hz and should be installed on reinforced flooring to safely handle its 32,000 kg weight.

Q: What is the typical process for operating the machine using the Touch Screen HMI?

A: Operators load G-Code or DXF files via the touch screen HMI, set up workpiece and tool parameters, and monitor program execution in real-time. The programmable tailstock and fully automatic grade streamline setup, while safety interlocks ensure secure operation throughout the process.

Q: What benefits does the programmable tailstock offer for machining large components?

A: The programmable, heavy-duty tailstock provides optimal support and stabilization for elongated or heavy parts, minimizing deflection and improving machining accuracy and surface quality, essential for producing precision components in high-value industries.

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