Floor Type Boring Mills
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Floor Type Boring Mills

Floor Type Boring Mills are heavy-duty machine tools developed for machining oversized components that require long-axis movement, substantial workpiece capacity, and flexible boring access. Unlike conventional enclosed machining centers, the floor-type configuration provides an open working area that can accommodate large components and support machining requirements across extended distances.
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Product Introduction
 
Product Overview
 

Floor Type Boring Mills are heavy-duty machine tools developed for machining oversized components that require long-axis movement, substantial workpiece capacity, and flexible boring access. Unlike conventional enclosed machining centers, the floor-type configuration provides an open working area that can accommodate large components and support machining requirements across extended distances.

The JFB series includes JFB130B, JFB160B, JFB130BZ, and JFB160BZ, with 130 mm and 160 mm spindle diameter options. The machines are designed for demanding industrial applications where large workpieces require boring, milling, drilling, and other machining operations within a stable production environment.

With a maximum X-axis travel of up to 20 meters, table load capacity of up to 30,000 kg, and a 360° B-axis, these Floor Type Boring Mills provide a flexible machining solution for manufacturers working with large-scale machinery and complex industrial components.

 

 
Built for Large-Scale Machining
 

Large workpieces can present challenges in terms of positioning, accessibility, machining range, and stability. Floor Type Boring Mills address these requirements through an extended floor-type machining layout that allows large components to be positioned within a spacious working area.

The JFB series can accommodate table loads of up to 20,000 kg on the JFB130 models and up to 30,000 kg on the JFB160 models. This makes the equipment suitable for manufacturers processing heavy mechanical components that require substantial support during machining.

The extended machining range is also beneficial when working with long structural parts or components with multiple machining locations. Instead of repeatedly moving a large workpiece between machines, the extended travel allows more machining operations to be completed within the same setup.

 

 
Versatile Boring and Machining Operations
 

Boring is commonly required when large components need accurate internal holes, bearing seats, mounting holes, or other precision-machined surfaces. The horizontal spindle arrangement allows the cutting tool to access large components effectively while maintaining a suitable machining orientation.

In addition to boring, the machine can support a variety of machining operations according to the selected configuration and tooling system, including:

  • Horizontal boring
  • Face milling
  • Drilling
  • Tapping
  • Reaming
  • Surface machining
  • Multi-directional machining
  • Large-hole machining

This combination makes Floor Type Boring Mills suitable for production environments where several machining processes need to be performed on large industrial components.

 

 
Model Selection
 

The JFB130B and JFB130BZ models use a 130 mm spindle, while the JFB160B and JFB160BZ models are equipped with a 160 mm spindle.

The different model configurations allow manufacturers to select equipment according to the required spindle capacity, workpiece size, table dimensions, machining range, and production requirements.

The spindle system uses an ISO 50 taper and provides a speed range of 10–2,000 rpm. Depending on the model, spindle motor power ranges from 25/30 kW to 31/30 kW.

For applications involving demanding cutting conditions, the available spindle torque and axial thrust provide the machining capacity required for large industrial workpieces.

 

 
Technical Specifications
 

Parameter

JFB130B

JFB160B

JFB130BZ

JFB160BZ

Spindle Diameter

130 mm

160 mm

130 mm

160 mm

Spindle Taper

ISO 50

ISO 50

ISO 50

ISO 50

Spindle Speed

10–2,000 rpm

10–2,000 rpm

10–2,000 rpm

10–2,000 rpm

Spindle Motor Power

25/30 kW

31/30 kW

25/30 kW

31/30 kW

Max. Spindle Torque

2,500/2,900 Nm

3,000/2,900 Nm

2,080/2,490 Nm

2,570/2,490 Nm

Max. Spindle Axial Thrust

20,000 N

20,000 N

20,000 N

20,000 N

X-Axis Travel

6–20 m

6–20 m

6–20 m

6–20 m

Y-Axis Travel

2.5/3 m

2.5/3 m

2.5/3 m

2.5/3 m

W-Axis Travel

0.8 m

0.8 m

0.8 m

0.8 m

U-Axis Travel

2/3 m

2/3 m

2/3 m

2/3 m

B-Axis Rotation

360°

360°

360°

360°

Table Size

1800×2200 / 2000×2000 mm

2000×2500 / 2500×2500 mm

1800×2200 / 2000×2000 mm

2000×2500 / 2500×2500 mm

Max. Table Load

20,000 kg

30,000 kg

20,000 kg

30,000 kg

Rapid Traverse X/Y/Z/W/V

10,000 mm/min

10,000 mm/min

10,000 mm/min

10,000 mm/min

Rapid Traverse B

2 rpm

1.75 rpm

2 rpm

1.75 rpm

Cutting Feed X/Y/Z/W/V

8,000 mm/min

8,000 mm/min

8,000 mm/min

8,000 mm/min

Cutting Feed B

0.003–1.5 rpm

0.003–1.5 rpm

0.003–1.5 rpm

0.003–1.5 rpm

Positioning Accuracy X

0.015 mm/m

0.015 mm/m

0.015 mm/m

0.015 mm/m

Positioning Accuracy Y/Z/W/V

0.012 mm/m

0.012 mm/m

0.012 mm/m

0.012 mm/m

Positioning Accuracy B

8″

8″

8″

8″

Repeatability X

0.012 mm

0.012 mm

0.012 mm

0.012 mm

Repeatability Y/Z/W/V

0.010 mm

0.010 mm

0.010 mm

0.010 mm

Repeatability B

5″

5″

5″

5″

Guideway Type

Steel / Hardened Guideway

Steel / Hardened Guideway

Steel / Hardened Guideway

Steel / Hardened Guideway

CNC Control System

SIEMENS 828D / FANUC 0i

SIEMENS 828D / FANUC 0i

SIEMENS 828D / FANUC 0i

SIEMENS 828D / FANUC 0i

Tool Magazine

40 Tools, Optional 60/80/100

40 Tools, Optional 60/80/100

40 Tools, Optional 60/80/100

40 Tools, Optional 60/80/100

 

 
Machining Flexibility for Complex Components
 

The 360° B-axis provides additional positioning flexibility when components require machining from different directions. Combined with the available axis movements, this configuration can help operators reach different machining areas without repeatedly changing the workpiece setup.

For production involving large housings, structural assemblies, or irregular industrial components, reducing setup changes can be particularly valuable. It can simplify the machining process while maintaining a consistent reference position throughout multiple operations.

The available milling head configurations include:

Vertical milling head

Universal milling head

Extended spindle head

Flat head

Other optional milling head configurations

The machine can also be equipped with a 40-tool magazine, with 60-, 80-, and 100-tool options available for applications requiring a larger selection of cutting tools.

 

 
Suitable Industries
 

Floor Type Boring Mills are commonly suited to industries where large components and heavy machining operations are part of the manufacturing process.

Construction Equipment

Suitable for machining large structural and mechanical components used in excavators, cranes, loaders, drilling machines, and related equipment.

01

Mining Machinery

The large machining capacity can support production of heavy housings, frames, support components, and other mining equipment parts.

02

Energy and Power Equipment

The machine can be applied to large components used in power-generation equipment and other heavy industrial systems.

03

Heavy Machinery

Suitable for machine bases, large housings, frames, mounting structures, and other components used in heavy machinery manufacturing.

04

Industrial Equipment

Manufacturers of pumps, valves, gearboxes, industrial machinery, and large mechanical assemblies can use the machine for a variety of boring and milling operations.

05

 

 
Typical Workpieces
 

Depending on the machine configuration and process requirements, Floor Type Boring Mills can be considered for:

Large machine bases

Gearbox housings

Heavy equipment frames

Pump bodies

Valve bodies

Mining machinery components

Construction equipment parts

Energy equipment components

Large welded structures

Industrial machinery housings

The actual suitability of a machine should be confirmed according to the dimensions, weight, material, hole requirements, machining accuracy, and production process of the workpiece.

 

 
CNC System and Production Integration
 

The JFB series can use SIEMENS 828D or FANUC 0i CNC control systems. This provides customers with a choice based on their existing machining environment and operator familiarity.

For manufacturers already operating CNC production lines, selecting a familiar control system can simplify machine integration and operator training.

The machine can also be configured with optional tooling and supporting equipment according to the intended machining process.

 

 
Selecting the Right Floor Type Boring Mill
 

A suitable Floor Type Boring Mill should be selected based on the complete machining requirement rather than a single specification.

Important factors include:

Overall workpiece dimensions

Maximum workpiece weight

Required boring diameter

Required machining depth

Material hardness

Milling requirements

Required axis travel

Machining accuracy

Spindle speed and torque

Tool quantity

CNC control preference

Workshop layout

For large or irregular workpieces, providing a 2D drawing, 3D model, workpiece dimensions, weight, material, and required machining operations can make the machine selection process more accurate.

 

 
Customized Floor Type Boring Mill Solutions
 

Every large-part machining application can have different requirements. The JFB series supports configuration adjustments based on the actual production process.

Customers can discuss requirements for spindle configuration, milling head type, tool magazine capacity, rotary table, load-bearing table, CNC control system, and other auxiliary equipment.

The final machine configuration can therefore be evaluated around the customer's actual workpiece rather than relying solely on a standard machine specification.

 

 
FAQ
 

What are Floor Type Boring Mills used for?

Floor Type Boring Mills are designed for machining large and heavy components that require horizontal boring, milling, drilling, and other precision machining operations. They are particularly useful when the workpiece requires a large machining area and extended axis travel.

What is the difference between a floor type boring mill and a conventional boring machine?

A floor-type configuration is designed around large workpieces and provides an open machining layout with extended travel and high load capacity. This makes it suitable for applications involving oversized components that may be difficult to process on smaller conventional machines.

What spindle sizes are available?

The JFB series provides 130 mm and 160 mm spindle diameter configurations.

What is the maximum table load?

Depending on the model, the maximum table load is 20,000 kg or 30,000 kg.

Can different milling heads be selected?

Yes. Vertical, universal, extended spindle, flat, and other optional milling head configurations can be selected according to the machining application.

Can the machine be customized?

Yes. The configuration can be adjusted according to workpiece size, weight, machining operations, accuracy requirements, tooling requirements, and production conditions.

 

 
Request a Quote
 

If you are looking for Floor Type Boring Mills for large, heavy, or complex workpieces, send us your workpiece drawing, dimensions, weight, material, machining requirements, and required accuracy.

Our engineering team can evaluate your application and recommend a suitable JFB series machine configuration for your production requirements.

 

 
Actual Shipment Photo
 

Actual Shipment Photo

 
Factory Showcase
 

Factory Showcase

 

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