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Gantry-Moving Gantry Series

Gantry-Moving Gantry Series

High rigidity | Heavy cutting | High versatility

 

Integral structure, three-axis composite guide rail with hardened rails, fixed worktable, gantry movement, small floor space, strong load-bearing capacity, and large torque.

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PRODUCT INTRODUCTION

Integrated structure, compact and affordable

Integral structure, three-axis composite guide rail with hardened rails, fixed worktable, gantry movement, small floor space, strong load-bearing capacity, and large torque.

The Z-axis is equipped with a 490X320 composite type guide rail and a square slide rest. By replacing the traditional inserts with linear guides, the guiding accuracy is significantly improved, while maintaining the rigidity of the square slide. It is particularly suitable for processing with large cutting volumes and difficult-to-machine materials.

 

For the Y-axis, our company has developed a proprietary technology for a composite guide rail. Specifically, on the crossbeam, two original linear guides were replaced with one rectangular guide, which increased the cutting resistance moment and the bearing area, significantly enhancing the cutting resistance and effectively overcoming the common weakness of long cutting point cantilevers in gantry machines and large vertical lathes.

The workbench is firmly fixed and has a large load-bearing capacity. Theoretically, there are no restrictions on the working weight. When processing heavy workpieces, it is easy to achieve higher contour accuracy. Moreover, since it is not affected by the weight of the workpiece, its accuracy can be maintained for a long time.

 

The X direction adopts our proprietary composite guide rail technology. Both the forward and reverse directions use two heavy-duty linear guides and a rectangular guide rail, effectively preventing the overturning force of the gantry during rapid movement and cutting operations.

GMI Integrated 20 and 25 Series Technical Specifications

Technical Specs

unit

GMI3020

GMI4025

Workbench area

mm

3000×1800

4000×2300

Maximum load of the workbench

t

30

35

Y1/Y2 travel

mm

2000/2500

2500/3000

X/Z Axis Travel

mm

3200×1000

4200×1000

 

Guide rail type

 

The X-axis is precisely driven on both sides, with each side supported by two

linear guides plus a rectangular rail. The Y-axis has dual parallel linear rails

supplemented by rigid guide support. The Z-axis uses a hard guide plus

double linear rails on the sides for a composite sliding block.

Spindle end face to worktable surface

mm

200-1200 (customizable)

Spindle speed

rpm

Standard with BT50-8000, choose 1:4 high-speed gearbox

spindle motor

 

20/25L Series: 22/26 Kw 140/210 Nm (560/840 Nm)

Tool magazine capacity

 

24-bit disc

Maximum loading width (above the hood)

mm

2000

2500

Rapid/Feed Speed

m/min

15 / 0-15

Positioning Accuracy / Repeat

Positioning Accuracy

mm

0.01/0.005

Overall weight

t

32

37

Dimensions (excluding electrical cabinet)

mm

6700×5200×4200/5200

7800×5800×4200/5000

Typical CNC system configuration

 

Standard with Siemens 828D and Fanuc 0i MF plus, optional Siemens ONE

A solution for heavy cutting processing of extremely large and extremely heavy wide-width parts

The Z-axis slide ram is equipped with a 500X580 ductile iron square slide ram. After fine grinding and further processed with advanced German injection molding technology, it achieves extremely strong rigidity.

 

Optional: Equipped with an imported 2500rpm BT50 (or 2000rpm BT60) spindle, which is paired with imported roller bearings and is extremely rigid, capable of withstanding heavy cutting operations. The use of an imported high-performance high-speed reduction gearbox further enables the machine tool to have a cutting torque of 3000Nm.

Square slide rest: 500 × 580 mm

Square slide rest: 500 × 580 mm

Processing Range Diagram

Processing Range Diagram

Hexahedral structure is highly efficient! High precision! Heavy cutting!

The smallest unit for the pentahedral head's segmentation is 5 degrees. It can also be adjusted to 1 degree. The positioning accuracy is 1 second.

 

Beam-moving rocking cradle five-axis machining center

 

MS Splitter Series 30 and 35

Technical Specs

unit

GMS60/80- 30

GMS60/80- 35

GMSXXX35

Workbench area

mm

2100×6000/8000

2600×6000/8000

2600×XXX

Maximum load of the workbench

t/㎡

5

5

5

Y1/Y2 travel

mm

3000/3500

3500/4000

X/Z Axis Travel

mm

6200/8200×1200

6200/8200×1200

/

Guide rail type

 

The X-axis isdriven preciselyin bothdirections,with bothsidessupported bytwo linearguides plusa rectangular rail.TheY-axis hasdual linear railssupplemented by hardguidesforstrongvertical support,andtheZ-axis hasasquareslidewitha hardguide.

From spindle end face to worktable surface

mm

Standard 350-1550, optional 350-1850

Spindle drive type

rpm

Standard with built-in short direct-connect BT50-6000 dual-speed gearbox (BT50-3000 roller bearing / BT60-2000 roller bearing) / Optional top-mounted long direct-connect with central water outlet

spindle motor

 

30/35L Series: Standard 37/55.5 kW (rated 1500 rpm) 236/354 Nm (twin-speed gearbox 944/1416

Nm); Optional 28/42 kW (rated 1000 rpm) 268/401 Nm (twin-speed gearbox 1070/1604 Nm)

Tool magazine capacity

 

24-position rotary/cassette tool magazine

Column spacing

mm

3000

3500

Rapid/Feed Speed

m/min

15 (screw drive) 20 (rack drive) / 0-10

Positioning Accuracy /

Repeat Positioning Accuracy

mm

0.01/0.005

Overall weight

t

53/62

58/67

/

Dimensions

(excluding electrical cabinet)

mm

11650/13650×6850×5200

11650/13650×7750 ×5200

/

Typical CNC system configuration

 

Standard with Siemens 828D, Fanuc 0i MF plus; optional Siemens ONE

 

For X direction, when the distance is 6 meters, it is driven by a screw transmission nut for rotation. For distances of 8 meters and above, it adopts a double gear and rack compensation structure.

 

Beam-moving rocking cradle five-axis machining center

GMS Ultra-wide Series 40, 50, 60 and above

Technical Specs

unit

GMS60/80- 40

GMS60/80- 50

GMS80/100- 60

GMSXXX50

Workbench area

mm

6000/8000×3100

6000/8000×4100

8000/10000×5100

XXX×4100

Maximum load of the workbench

t/㎡

5

5

5

5

Y-axis travel

mm

4000/4500

5000/5500

6000/6500                           5000/5500

X/Z Axis Travel

mm

6200/8200 ×1200

6200/8200×1200

8200/10200×1200

/

 

Guide rail type

 

The X-axis is driven precisely in both directions, with both sides supported

by two linear guides plus a rectangular rail. The Y-axis has dual linear rails

supplemented by hard rails for strong vertical support. The Z-axis has a

square sliding carriage with hard rails.

Spindle end face to worktable surface

mm

Standard 350-1550, optional 350-1850

Spindle drive type

rpm

Standard with built-in short direct-connect BT50-6000 dual-speed gearbox (BT50-3000 roller bearing / BT60-2000 roller bearing) / Optional to long direct-connect with central water outlet

spindle motor

 

30/35L Series: Standard 37/55.5 kW (rated 1500 rpm) 236/354 Nm (twin-speed gearbox 944/1416

Nm); Optional 28/42 kW (rated 1000 rpm) 268/401 Nm (twin-speed gearbox 1070/1604 Nm)

Tool magazine capacity

 

24-position rotary disk / warehouse-style tool magazine

Column spacing

mm

4000

5000

6000

5000

Rapid/Feed Speed

m/min

15 / 0-10

Positioning Accuracy /

Repeat Positioning Accuracy

mm

0.01/0.005

Overall weight

t

62/72

69/79

84/95

/

Dimensions (excluding electrical cabinet)

mm

11650/13650×7350×5200

11650/13650×8350×5200

13650/15650×9350×5200

/

Typical CNC system configuration

 

Standard with Siemens 828D, Fanuc 0i MF plus; optional Siemens ONE

 

For the Y-axis of 6 meters and above, a double-gear rack and pinion backlash elimination structure is adopted.

For the ultra-wide series of models, the length of the worktable and the Y-axis travel increase by 1 meter each, and the model will be changed accordingly.

 

Gantry cranes of 6 meters and above use rack and pinion rotation and a synchronous dual-drive four-motor, same-direction differential backlash-free motion structure.

The gear rack is made using high-precision, large-module grinding, resulting in high strength and high precision.

Synchronous dual-drive four-motor synchronized differential offset motion in the same direction.

FOR PROCUREMENT

Purchase Contract.PDF

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FOR QUALITY

01

Finite Element Analysis

The machine tool design was carried out in cooperation with renowned domestic universities, and internationally advanced finite element analysis was adopted to ensure that the dynamic and static characteristics of the machine tool are reasonable, the load is reasonable, and the load distribution is uniform.

02

Collimator

The machine tool design was carried out in cooperation with renowned domestic universities, and internationally advanced finite element analysis was adopted to ensure that the dynamic and static characteristics of the machine tool are reasonable, the load is reasonable, and the load distribution is uniform.

03

Vibration meter

The machine tool design was carried out in cooperation with renowned domestic universities, and internationally advanced finite element analysis was adopted to ensure that the dynamic and static characteristics of the machine tool are reasonable, the load is reasonable, and the load distribution is uniform.

04

Bar ballinspection

Each machine is equipped with a ball gauge from RENISHAW of the UK. It is used to calibrate the true circularity and the geometric accuracy of the machine, and at the same time, circular cutting experiments are conducted to ensure the 3D processing accuracy and circular accuracy of the machine.

05

Three axes laser inspection

Each machine of Ningqing is calibrated using the laser interferometer from RENISHAW Company in the UK. Precise inspections and compensations are carried out for pitch errors, backlash, positioning accuracy, and repeatability positioning accuracy, etc., to ensure the dynamic, static stability and processing accuracy of the machines.

06

Three-coordinate system

We have established a comprehensive quality control system covering the entire chain from raw material warehousing and processing to finished product delivery. Using a coordinate measuring machine (CMM) as the core inspection tool, we conduct dimensional and geometric tolerance checks on key components. At the final product delivery stage, each machine tool must undergo standard test piece processing and testing, and an S-piece test is performed to verify dynamic accuracy and contour deviation using universal standards. The CMM is integrated throughout the entire product lifecycle, forming a closed-loop manufacturing process of "inspection-feedback-compensation," ensuring that every CNC machine tool leaving the factory possesses verifiable accuracy.

High Quality 5-Axis CNC Machine | Self-developed by Fein brand

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