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SMARTECH
Automatic Fiber Laser Tube Cutting Machine
Main Configurations:
Model: SFT1260
#Cast Aluminum gantry
#Working diameter:8-120mm
#Laser Source:- Max- 3000W
#auto focus laser cutting head :3.2D
#Cypcut Controller --itube se
#Tubepro software
#4566E+Industrial CPU +DSP
#Independent control box
#High precision Chuck 8-120mm
#Leadshine servo motor X:750w Y1:Cylinder type Y2:1800w Z 750w W1:1300w W2:1300w
# Beto Reducer
#Rack- YYC
#Rails - penak
#Support DXF,DXP,NC,G,etc
#Water chiller -S&A
#Annealing , anti vibration heavy bed.
#AVENTICS ED05 Control valve
#Protective Big Covers for free
| Model | SFT1260 |
| Working Area | Chuck size 8-120 mm |
| Effective Cutting Length | 6000mm |
| Fiber Laser Source | MAX (Options: RAYCUS / IPG ) |
| Laser Type | Raytools (Options:Au3tec /FSCUT/Ospri/ WSX / PRECITEC) |
| Laser Power | 1500W 2000W 3000W 4000W 6000W 8000W 10000W 20000W |
| Maximum acceleration | 1.5G |
| Chuck speed | 2-6 seconds/rev |
| Beam Quality M2 | < 0.373 |
| Positioning Accuracy | ± 0.01 mm/m |
| Re-positioning Accuracy | ± 0.01 mm/m |
| Max Movement Speed | 0-6000mm/min (depending on material and thickness) |
| Max Cutting Speed | 0-2000mm/min (depending on material and thickness) |
| Power Supply Voltage | 3-phase 380V/50Hz |
| Working Table | Rack working platform |
| Control System | Cypcut control system(Options:Fangling/Au3tech) |
| Reducer | Japan Shimpo (Options: Italy MOTOVARIO ) |
| Minimum Clamping Wall Thickness | Red dot indicator |
| Compatible Software | CorelDraw/AutoCAD/Photoshop/AI Support Graphic Format |
| Support Graphic Format | LXD/.DXF/.PLT/.AI/.Gerber/.DWG |
| Water Cooling System | Constant temperature water chiller |
| Machine Weight | 2300 kg |
| Auxiliary Gas | oxygen,nitrogen,air |
| Electrical components | Schneider made in France |
| Automatic feeding time | First feeding time ≤13s，Next feeding time ≤7s |
| Total load-bearing capacity of automatic loading | 1200KG |
Rotary device pneumatic ATC chunk
The chuck is divided into front and rear two pneumatic full-stroke chucks, both of which can move in the Y direction. The rear chuck is responsible for clamping and feeding the pipe, and the front chuck is installed at the end ofthe bed for clamping materials. The front and rear chucks are respectively driven by servo motors to achieve synchronous rotation. Under the joint clamping of double chucks, short tail cutting can be realized, and the short tail of the mouth can reach 20-40mm, while supporting the short tail cutting of longer tail.
Side-hanging structure one-piece welded bed
Annealed to eliminate internal stress.After rough machining, vibration aging is performed before finishing machining Both the Y-axis rack and linear guide rail are made of high-precision products, which effectively guarantee the accuracy of the transmission; The limit switches at both ends of the stroke are controlled, and a hard limit device is installed
X/Z AXIS DEVICE
The X/z axis has its own organ cover to protect theinternal structure and achieve better protection anddust removal effects. The Z-axis can be used as a CNC axis to perform itsown interpolation movement, and at the same time, itcan be linked with the X and Y axes, and can also beswitched to follow-up control. The capacitive sensor in the Z-axis ensuring theconstant distance between the nozzle and the plate,effectively ensuring cut quality.
Front Feeding device
The front feeding device includes a support plate controlled by an air cylinder, which supports thepipe when the cut pipe is long and prevents it from sagging. When the work piece is being cut, the raised support cylinder supports the support plate to support the pipe and prevents it from sagging.When the work piece is cut, the raised support cylinders are all retracted, and the work piece falls tothe blanking plate and slides to the storage place. Cylinder action is automatically controlled bythe system. The front section is also divided into follow-up type and manual adjustment type.
Automatic Fiber Laser Tube Cutting Machine
Main Configurations:
Model: SFT1260
#Cast Aluminum gantry
#Working diameter:8-120mm
#Laser Source:- Max- 3000W
#auto focus laser cutting head :3.2D
#Cypcut Controller --itube se
#Tubepro software
#4566E+Industrial CPU +DSP
#Independent control box
#High precision Chuck 8-120mm
#Leadshine servo motor X:750w Y1:Cylinder type Y2:1800w Z 750w W1:1300w W2:1300w
# Beto Reducer
#Rack- YYC
#Rails - penak
#Support DXF,DXP,NC,G,etc
#Water chiller -S&A
#Annealing , anti vibration heavy bed.
#AVENTICS ED05 Control valve
#Protective Big Covers for free
| Model | SFT1260 |
| Working Area | Chuck size 8-120 mm |
| Effective Cutting Length | 6000mm |
| Fiber Laser Source | MAX (Options: RAYCUS / IPG ) |
| Laser Type | Raytools (Options:Au3tec /FSCUT/Ospri/ WSX / PRECITEC) |
| Laser Power | 1500W 2000W 3000W 4000W 6000W 8000W 10000W 20000W |
| Maximum acceleration | 1.5G |
| Chuck speed | 2-6 seconds/rev |
| Beam Quality M2 | < 0.373 |
| Positioning Accuracy | ± 0.01 mm/m |
| Re-positioning Accuracy | ± 0.01 mm/m |
| Max Movement Speed | 0-6000mm/min (depending on material and thickness) |
| Max Cutting Speed | 0-2000mm/min (depending on material and thickness) |
| Power Supply Voltage | 3-phase 380V/50Hz |
| Working Table | Rack working platform |
| Control System | Cypcut control system(Options:Fangling/Au3tech) |
| Reducer | Japan Shimpo (Options: Italy MOTOVARIO ) |
| Minimum Clamping Wall Thickness | Red dot indicator |
| Compatible Software | CorelDraw/AutoCAD/Photoshop/AI Support Graphic Format |
| Support Graphic Format | LXD/.DXF/.PLT/.AI/.Gerber/.DWG |
| Water Cooling System | Constant temperature water chiller |
| Machine Weight | 2300 kg |
| Auxiliary Gas | oxygen,nitrogen,air |
| Electrical components | Schneider made in France |
| Automatic feeding time | First feeding time ≤13s，Next feeding time ≤7s |
| Total load-bearing capacity of automatic loading | 1200KG |
Rotary device pneumatic ATC chunk
The chuck is divided into front and rear two pneumatic full-stroke chucks, both of which can move in the Y direction. The rear chuck is responsible for clamping and feeding the pipe, and the front chuck is installed at the end ofthe bed for clamping materials. The front and rear chucks are respectively driven by servo motors to achieve synchronous rotation. Under the joint clamping of double chucks, short tail cutting can be realized, and the short tail of the mouth can reach 20-40mm, while supporting the short tail cutting of longer tail.
Side-hanging structure one-piece welded bed
Annealed to eliminate internal stress.After rough machining, vibration aging is performed before finishing machining Both the Y-axis rack and linear guide rail are made of high-precision products, which effectively guarantee the accuracy of the transmission; The limit switches at both ends of the stroke are controlled, and a hard limit device is installed
X/Z AXIS DEVICE
The X/z axis has its own organ cover to protect theinternal structure and achieve better protection anddust removal effects. The Z-axis can be used as a CNC axis to perform itsown interpolation movement, and at the same time, itcan be linked with the X and Y axes, and can also beswitched to follow-up control. The capacitive sensor in the Z-axis ensuring theconstant distance between the nozzle and the plate,effectively ensuring cut quality.
Front Feeding device
The front feeding device includes a support plate controlled by an air cylinder, which supports thepipe when the cut pipe is long and prevents it from sagging. When the work piece is being cut, the raised support cylinder supports the support plate to support the pipe and prevents it from sagging.When the work piece is cut, the raised support cylinders are all retracted, and the work piece falls tothe blanking plate and slides to the storage place. Cylinder action is automatically controlled bythe system. The front section is also divided into follow-up type and manual adjustment type.
