Heavy-duty tube and profile cutting
TY-28025 Three-Chuck Laser Tube Cutting Machine
TY-28025 uses two moving chucks and one fixed chuck for long-tube and structural-profile laser cutting. Review the 6.5, 9.5 and 12 m workpiece options with the selected chuck arrangement, support, laser power and installation requirements.
Final price, delivery timing and installation layout depend on the selected chuck size, workpiece length, laser power and process package.
Specifications
TY-28025 technical data
Model and working range
- Model
- TY-28025
- Listed laser power
- Up to 60,000 W
- Listed chuck diameter options
- 350 / 560 / 680 mm
- Workpiece length options
- 6,500 / 9,500 / 12,000 mm
- Supported profiles
- Round, square, angle, channel, I-beam, flat oval, elliptical and polygonal profiles
Motion and accuracy
- Positioning accuracy
- ±0.05 mm/m
- Repeat positioning accuracy
- ±0.03 mm/m
- Maximum linkage speed
- 100 m/min
- Maximum acceleration
- 1.0 G
Chuck and cutting system
- Chuck structure
- Three chucks: two moving + one fixed
- Cutting stations
- Dual cutting stations
- Maximum chuck load
- 1,000 kg
- Listed minimum tail length
- 0 mm with the third-chuck process
- Cutting head
- 3D fiber laser cutting head
- Control
- Professional tube-cutting software
Machine and commercial facts
- Laser source options
- Raycus / IPG / MAX
- Power supply
- 380 V / 50 Hz
- Listed machine weight
- 16,600-28,700 kg
- Whole-machine warranty
- 2 years
Three-chuck system
Workholding designed around long, heavy profiles
Two moving chucks and one fixed chuck
Coordinated three-chuck workholding supports long workpieces across the cutting path.
Dual cutting stations
The listed two-station arrangement supports different cutting positions while the chucks coordinate workpiece support and transfer.
Third-chuck tail handling
The third-chuck process is configured for a listed 0 mm minimum tail length; the final sequence is confirmed against the selected profile.
Large-diameter workholding options
Three listed chuck sizes cover 350, 560 and 680 mm configurations for large tube and structural-profile requirements.
3D profile-cutting package
A 3D cutting head and tube-cutting control package support round tube and listed structural or non-circular profiles.
Floating workpiece support
Floating supports help reduce sag while long workpieces are fed and rotated.
Production and inspection
From machine-bed preparation to delivery
- 01
Machine-bed welding
- 02
Beam preparation
- 03
Heat treatment
- 04
Precision machining
- 05
Pre-assembly inspection
- 06
Machine assembly
- 07
Testing, debugging and acceptance
- 08
Delivery
Explore industry solutions
Browse our industry solutions and discuss the equipment, fixtures and process requirements for your application.
View all industry solutionsEvaluate three-chuck support against the full workpiece
Distinguish chuck size from usable tube capacity
The 350, 560 and 680 mm values identify listed chuck options. The usable range depends on the profile geometry and selected workholding. Provide the section drawing and workpiece mass instead of treating a chuck diameter as a universal maximum tube diameter.
Define the tail-handling sequence
The third-chuck process lists a 0 mm minimum tail length under a configured cutting sequence. Confirm how the selected profile will be held and transferred through that sequence. It is not a guarantee of zero material loss on every job.
Include support and installation in the comparison
Long workpieces and the listed machine-weight range affect the handling and installation plan. Review the selected machine length, material access, lifting requirements and workpiece support with the project layout before confirming the equipment package.
Machine selection questions
What do the three chucks do?
The configuration uses two moving chucks and one fixed chuck to coordinate workholding and transfer during cutting. Compare that arrangement with the part length, support needs and cutting sequence; chuck count does not specify automatic stock loading.
Do the 350–680 mm chuck options define the maximum tube diameter?
No universal tube diameter follows from those chuck sizes. The usable workpiece range depends on section geometry and the selected chuck configuration. Submit the profile drawing for confirmation.
Is zero tail length guaranteed for every workpiece?
The page lists 0 mm minimum tail length with the third-chuck process. The result depends on the selected workholding and cutting sequence, so it must be reviewed for the actual profile and part program.
Does selecting 60 kW establish a fixed cutting thickness?
The range includes a power option up to 60 kW, but power alone does not define the result on a particular profile. Material, wall thickness, geometry and required edge quality are reviewed before selecting the cutting configuration.
What is needed to quote a heavy tube or structural-profile job?
Provide section drawings, material, wall thickness, stock and finished-part lengths, workpiece mass and cut features. Include loading and collection methods, lifting access and the proposed installation layout so the chuck, support and machine package can be assessed.
Request a quote
Tell us the part. We will tell you the machine.
Price depends on chuck size, workpiece length, laser power, profile geometry, loading method and installation requirements.
- Phone+86 153 6281 4831
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