A Heavy-Duty Turn-Mill Machine is a CNC machine tool that combines turning and milling functions in one machining platform, enabling multiple cutting operations on large workpieces within a single machine setup.
Specifications
|
Parameter |
Specification |
|
Max. Swing Diameter |
630–1000 mm |
|
Max. Workpiece Weight |
500–2000 kg |
|
Spindle Torque |
Up to 1200 Nm |
|
Milling Power |
15 kW / 22 kW |
|
Y-Axis Travel |
±100 mm |
|
Z-Axis Travel |
Up to 2000 mm |
Turning + Milling Capability
Turning Operations
Handles external and internal machining, including OD/ID turning, facing, boring, grooving and threading.
Milling Operations
Supports various milling processes, including face milling, end milling, slot milling and contour milling.
Drilling & Tapping
Performs axial and off-center drilling as well as tapping for different hole and thread configurations.
Y-Axis Machining
Features ±100 mm Y-axis travel to support off-center milling and drilling operations.
Multi-Process Machining
Combines turning, milling, drilling and tapping operations on a single CNC machine, reducing the need for workpiece transfer between machines.
Heavy-Duty Machine Structure
Heavy-Duty Machine Bed
Features a robust machine bed designed to provide stable support for large and heavy workpieces during machining.
High-Rigidity Construction
The rigid machine structure helps maintain stability during heavy-duty turning and milling operations.
Vibration Control
The heavy-duty structure helps absorb and reduce machining vibrations, supporting consistent cutting performance.
Stable Guideway System
The guideway structure provides stable axis movement and support during turning and milling operations.
Heavy Workpiece Support
The machine structure is designed to accommodate workpieces weighing up to 2000 kg, providing a stable foundation for large-component machining.
Spindle & Cutting Performance
High-Torque Spindle Output
Delivers up to 1200 Nm of spindle torque, providing the necessary cutting force for heavy-duty turning and stable material removal during demanding operations.
High-Power Milling Capability
Available with 15 kW or 22 kW milling power, supporting face milling, end milling, slot milling and other milling operations.
Turning & Milling Integration
The spindle and milling system support turning and milling operations on a single CNC machine, allowing multiple machining processes to be performed on the same workpiece.
Large Workpiece Machining
Accommodates workpieces weighing up to 2000 kg, providing the capacity required for heavy-duty machining of large components.
Thermal and Rotational Stability
Built with precision preloaded bearings and optimized thermal management to maintain spindle runout accuracy, rigidity, and reliable dynamic response under continuous high-load cycles.
Axis Configuration
X-Axis Movement
Provides radial movement for precise control of the cutting diameter during turning and milling operations.
Y-Axis Machining
Features ±100 mm Y-axis travel, supporting off-center milling and drilling operations without transferring the workpiece.
Z-Axis Travel
Provides longitudinal movement along the workpiece, with a maximum Z-axis travel of 2000 mm for machining extended components.
Multi-Axis Coordination
Coordinates the X, Y and Z axes to support turning, milling, drilling and other multi-process machining operations on the same machine.
Integrated Axis Control
The CNC-controlled axis system enables coordinated tool movement for accurate positioning throughout turning and milling operations.
Applications & Workpieces
Large Shafts
Suitable for machining drive shafts, transmission shafts, hydraulic shafts and other large-diameter shaft components, including turning, boring, grooving and milling operations.
Automotive Components
Supports machining of large automotive semi-axles, transmission components and other heavy-duty drivetrain parts requiring combined turning and milling.
Heavy Machinery Components
Suitable for large mechanical components, hydraulic parts and structural components that require heavy-duty turning and multi-process machining.
Oil & Gas Components
Can be used for machining valve bodies, flanges and other large cylindrical components requiring turning, drilling, boring and threading.
Energy & Industrial Components
Suitable for rollers, shafts, discs and other large industrial components requiring turning and milling operations in a single machining setup.
Standard & Optional Configuration
Standard Machine Equipment
Equipped with the core structural bed, high-torque spindle system, standard tool turret, and essential fluid and lubrication management assemblies.
Optional Workholding Solutions
Configurable chuck types, specialized clamping jaws, and heavy-duty tailstock options matched to specific workpiece geometries.
Automation and Peripheral Integration
Available with automated chip conveyors, coolant filtration systems, and specific auxiliary hardware interfaces to fit existing shop floor environments.
Control System Integration
Compatible with standard industrial CNC control architectures, with options for customized programming packages or auxiliary monitoring add-ons.
Accuracy & Quality Control
Axis Accuracy Inspection
The X, Y and Z axes are inspected to verify positioning accuracy and stable movement throughout the machining range.
Machining Accuracy Verification
Machining tests are performed to verify dimensional accuracy and consistency under actual operating conditions.
Full Machine Inspection
Each machine undergoes a complete inspection covering major mechanical, electrical and functional components before delivery.
Pre-Shipment Performance Testing
The finished machine is tested for overall operation and machining performance before final packing and shipment.
Customization
Machine Configuration
Customized according to workpiece size, weight and machining requirements.
Bed & Machining Range
Bed length and working range can be configured for different workpiece dimensions.
Turret Configuration
Dedicated turret configurations are available for specific turning and milling processes.
CNC & Equipment Options
CNC systems and machine equipment can be configured according to customer requirements.
Frequently Asked Questions
Q: How are large machine beds packaged for international shipping?
A: Units are secured using industrial export-grade wooden crating, anti-corrosion moisture barriers, and proper container lashing or flat-rack framing.
Q: What are the standard payment terms?
A: A 50 percent advance deposit is required, with the remaining balance due after successful factory acceptance testing (FAT) prior to shipment.
Q: What site preparation is required prior to delivery?
A: Buyers receive detailed foundation layout drawings specifying concrete requirements, anchor bolt locations, and utility connections.
Q: How are installation and commissioning managed?
A: Factory-certified technicians can be arranged for on-site leveling, geometric verification, and initial operational training upon request.
Q: What is the typical production and delivery lead time?
A: Standard machine configurations generally require a lead time of 2 to 4 months, while highly customized specifications may take longer depending on technical scope.
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