Heavy Duty Slant Bed CNC Metal Spinning Turning Center Fanuc GSK Control System Automatic

Heavy Duty Slant Bed CNC Metal Spinning Turning Center with FANUC or GSK Control

The Heavy Duty Slant Bed CNC Metal Spinning Turning Center is a robust and automated metal forming solution designed for demanding industrial production applications. Combining a rigid slant bed structure, CNC control technology, automatic operation, and metal spinning capability, this machine is designed to provide stable forming performance and repeatable production for a wide range of rotational metal components.

The machine can be equipped with a FANUC or GSK CNC control system, depending on customer requirements and machine configuration. CNC control enables programmable tool movement, forming sequences, spindle operation, and other machining parameters, making the equipment suitable for both repetitive production and customized metal spinning applications.

Unlike conventional metal cutting processes, metal spinning forms a rotating metal blank over a mandrel using controlled pressure from a forming tool. This manufacturing method is particularly suitable for rotationally symmetrical components such as cones, cylinders, domes, reflectors, housings, covers, containers, and other custom metal parts.

Performance introduction:
1 Lightweight, dexterous, practical, effective, and spinning products are stable and consistent in size.
2Adopt advanced digital program control, programming operation is simple, easy to learn and easy to use.
3 It can complete disc, cone, cylindrical, parabolic, trumpet and other products.
4 It has the functions of flanging, trimming and curling.
All processing of LED aluminum cups, reflective covers, reflective flower covers and other products can be completed in one clamping, and the formed products have good light-gathering properties.
5 Good production efficiency, about 10 seconds to complete the product.
Application range:
Suitable for hardware products such as lamps, cookware, handicrafts, etc., suitable for aluminum, copper, iron, stainless steel and other materials

Note: It can be customized according to the specifications, shape and size of the customer's workpiece

Product Name:	CNC Spinning Machine
Product Category	Spinning Machine Series
Number of spinning wheels:	Synchronous 3 + spinning wheel +1
Larger material diameter:	1000mm
Larger turning diameter on the fixed plate:	750mm
Larger workpiece length:	450mm
Workpiece thickness:	0.5mm-3.0mm (aluminum, copper), 0.5-2.0mm (iron), 0.5-1.2mm (stainless steel)
X/Z axis travel:	550mm/600mm
Z axis thrust:	30kn
Tailstock thrust:	20kn
Rail type:	linear guide
Machine table width:	800m
X/Z axis rapid feed rate:	10/15m/min
X/Z axis servo motor power:	10/15m/min, 2.5kw
X/Z axis pulse equivalent:	0.001mm
Positioning accuracy:	0.01mm
Repeat positioning accuracy:	0.006mm
Spindle speed:	3000rpm
Tailstock movement:	0-350mm
Movement of tailstock sleeve:	250mm
Main motor power:	5.5kw
Machining accuracy:	1t6
Surface roughness accuracy:	Ra1.2

Heavy Duty CNC Metal Spinning Design

The heavy-duty construction is designed for applications requiring stable machine performance under demanding production conditions. A rigid machine structure helps maintain the relationship between the workpiece, mandrel, and forming tools during the spinning process.

The heavy-duty design can be particularly beneficial when processing larger workpieces, thicker materials, or components requiring greater forming force. Machine capacity and actual material compatibility depend on the selected configuration, workpiece dimensions, material properties, tooling, and production requirements.

For industrial buyers, choosing a machine with sufficient rigidity and capacity is important for maintaining consistent forming performance and minimizing unwanted vibration during operation.

Slant Bed CNC Machine Structure

The slant bed design provides a practical platform for CNC metal spinning and turning applications. The inclined machine bed can help improve chip and debris management and provides convenient access to the working area.

A rigid slant bed structure also supports stable movement of the machine's working components. Combined with CNC control, this configuration is suitable for applications where repeatability and controlled tool movement are important.

The exact structural configuration, working dimensions, spindle specifications, and tooling system can vary according to the selected machine model.

CNC Metal Spinning Turning Center

This machine combines the functionality of a CNC metal spinning machine with a turning-center-style machine structure, providing manufacturers with a flexible platform for rotational metal forming.

The CNC system can control programmed forming movements and production sequences. Depending on the machine configuration, additional turning or finishing operations may also be incorporated into the manufacturing process.

This combination can help reduce workpiece handling and improve production efficiency for suitable components.

FANUC CNC Control System

A FANUC CNC control system can be selected for customers who require an established industrial CNC platform and programmable control capabilities.

FANUC controls are widely used in industrial manufacturing environments and can provide operators with a familiar interface for CNC programming and machine operation.

The exact FANUC model, functions, communication options, and configuration depend on the machine specification and customer requirements.

GSK CNC Control System

For customers who prefer a GSK control solution, the machine can also be configured with a GSK CNC control system where applicable.

GSK CNC systems provide programmable control for machine movement and production sequences. The selection between FANUC and GSK can be based on the customer's existing production environment, operator familiarity, technical requirements, and local service considerations.

Automatic Metal Spinning

The automatic CNC metal spinning machine is designed to reduce manual intervention during repetitive production. Once the appropriate program, tooling, mandrel, and process parameters have been established, the CNC system can execute programmed forming movements.

Automatic operation can help improve production consistency and reduce repetitive manual tool manipulation.

For higher-volume production, automation can also be combined with suitable feeding, loading, unloading, trimming, or downstream processing systems depending on the production line.

Wide Range of Metal Spinning Applications

The machine can produce many types of rotational metal components, including:

Cylindrical Components
Conical Components
Dome-Shaped Components
Hemispherical Components
Curved Covers
Metal Reflectors
Lampshades
Metal Containers
Industrial Housings
End Caps
Flanges
Custom Rotational Parts

The final component geometry depends on the mandrel, forming tool, CNC program, blank dimensions, material, and forming process.

Suitable Metal Materials

Depending on the machine configuration and forming requirements, CNC metal spinning can be applied to various suitable metals, including:

Aluminum
Stainless Steel
Mild Steel
Carbon Steel
Copper
Brass
Other Formable Metal Alloys

Different materials require different forming conditions. Material thickness, hardness, ductility, tensile strength, and work-hardening characteristics should be considered before production.

Precision and Repeatability

CNC control provides programmable tool movement and repeatable production sequences. This can be particularly valuable for manufacturers producing large quantities of the same rotational component.

Once the machine has been properly set up, the CNC program can reproduce the defined forming path for subsequent workpieces.

Actual dimensional accuracy and surface quality depend on machine configuration, tooling, material properties, programming, operator setup, and process conditions.

Heavy-Duty Applications

The machine is suitable for industrial customers that need to form larger or more demanding metal components. The heavy-duty machine structure can provide the rigidity required for applications involving increased forming loads.

Potential applications include industrial equipment, lighting components, automotive parts, HVAC components, cookware, architectural metal products, machinery housings, and custom fabricated components.

The appropriate machine model should be selected according to the maximum workpiece diameter, material thickness, component geometry, and required forming force.

Custom Mandrels and Tooling

Mandrels are essential to the metal spinning process because they determine the basic geometry of the finished component.

Custom mandrels can be developed for different component profiles, including cylindrical, conical, curved, dome, parabolic, and other rotational shapes.

Forming tools can also be selected according to the material, thickness, geometry, and production process. Customers can provide drawings or samples to help determine appropriate tooling requirements.

Production Efficiency

Automatic CNC operation can improve production efficiency for repetitive metal spinning applications. CNC programs can help standardize forming sequences and reduce manual intervention.

For manufacturers producing multiple batches of the same product, stored programs can simplify repeat production and reduce setup time.

Where appropriate, the machine can be integrated into a larger production workflow involving material preparation, trimming, machining, polishing, painting, welding, and other finishing processes.

OEM and Customized Configuration

The Heavy Duty Slant Bed CNC Metal Spinning Turning Center can be configured for different industrial requirements.

Depending on the project, customization may include:

CNC Control System
Machine Capacity
Spindle Configuration
Motor Specification
Tooling
Mandrel
Automatic Functions
Electrical Configuration
Safety System
Machine Dimensions
Production Automation

OEM buyers, distributors, machinery importers, and manufacturers can provide technical specifications or product drawings for evaluation.

How to Select the Right Machine

Before purchasing a CNC metal spinning machine, buyers should consider the following:

Maximum Workpiece Diameter
Material Type
Material Thickness
Required Forming Force
Product Geometry
Component Height and Depth
Production Volume
CNC Control Preference
Mandrel and Tooling Requirements
Automation Requirements

By combining a heavy-duty slant bed structure, automatic CNC operation, and FANUC or GSK control options, this CNC metal spinning turning center provides a flexible solution for demanding industrial metal forming applications.

5. Why Choose Our Heavy Duty CNC Metal Spinning Machine?
1. Heavy-Duty Construction

Designed for demanding industrial metal spinning applications requiring a rigid and stable machine structure.

2. Slant Bed Design

The slant bed configuration provides a practical structure for CNC spinning and turning-center applications.

3. FANUC or GSK Control

Customers can select an appropriate CNC control system according to their production and operator requirements.

4. Automatic CNC Operation

Programmable forming sequences help reduce manual intervention and improve repeatability during production.

5. Flexible Metal Forming

Suitable for cylinders, cones, domes, reflectors, covers, containers, and other rotational components.

6. Custom Tooling

Mandrels and forming tools can be configured according to specific product geometry.

7. Industrial Applications

Suitable for lighting, automotive, HVAC, industrial equipment, cookware, architectural products, and general metal fabrication.

8. OEM & B2B Support

Suitable for manufacturers, machinery distributors, importers, and OEM customers requiring customized CNC metal forming equipment.

6. Main Applications

The Heavy Duty Slant Bed CNC Metal Spinning Machine can be used for:

Metal Spinning
Metal Forming
Sheet Metal Forming
Metal Reflector Manufacturing
Lampshade Production
Metal Container Manufacturing
Industrial Housing Production
Automotive Components
HVAC Components
Cookware Components
Machinery Parts
Architectural Metal Products
Custom Rotational Metal Parts
7. FAQ
Q1: What is a CNC Metal Spinning Turning Center?

It is a CNC-controlled machine designed for rotational metal forming and spinning. Depending on configuration, it can combine metal spinning with turning-center functions for suitable applications.

Q2: What does the slant bed design mean?

A slant bed machine uses an inclined machine-bed structure. It provides a rigid platform for CNC machine movement and can offer practical advantages for chip management and working-area access.

Q3: Can the machine use FANUC control?

Yes. A FANUC CNC control system can be configured depending on the machine model and customer's requirements.

Q4: Can GSK CNC control be supplied?

Yes. GSK control is also an available configuration option for applicable machine models.

Q5: Is the machine automatic?

The machine is designed for automatic CNC operation after the appropriate program, tooling, mandrel, and process parameters have been established.

Q6: What materials can it process?

Depending on the machine capacity and tooling, suitable materials may include aluminum, stainless steel, mild steel, carbon steel, copper, brass, and other formable metals.

Q7: What products can be manufactured?

The machine can produce rotational components such as cones, cylinders, domes, reflectors, lampshades, containers, covers, housings, and custom metal parts.

Q8: Can custom shapes be produced?

Yes. Custom CNC programs, mandrels, and forming tools can be developed or configured for suitable rotational product geometries.

Q9: Is this machine suitable for mass production?

Yes. Automatic CNC operation and programmable forming sequences make it suitable for repetitive production when the machine capacity and tooling match the application.

Q10: Can custom mandrels be supplied?

Yes. Custom mandrels can be designed according to product drawings, dimensions, and required forming profiles.

Q11: What information should I provide when requesting a quotation?

Provide the product drawing or dimensions, material type, material thickness, maximum diameter, component height, production quantity, required forming process, and preferred CNC control system if applicable.

Q12: Can the machine be customized for OEM projects?

Yes. Machine capacity, CNC control, tooling, mandrels, electrical configuration, automation, and other specifications can be discussed according to the project requirements.

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