Tube and Sheet Fiber Laser Cutting Machine
Flat sheet and tube on one platform, with a rotary chuck and the FSCUT control system.
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Chuck-Fed Tube & Profile Cutting
2D-3D Pipe Fiber Laser Cutting Machine
Round, square and shaped tube is cut from the chuck, not from a flat table. The machine rotates the tube on three axes while the head works in 2D and 3D, so holes, slots, fish-mouth ends and bevels are produced in a single set-up. Four models cover tube from 10 mm to 630 mm in diameter, up to 6100 mm long, with a single chuck load reaching 1200 kg.
4Models
Ø10–630 mmTube range
6100 mmMax length
1200 kgSingle chuck load
Designed Around Rotation
When the Workpiece Is a Tube, the Table Is the Wrong Answer
Flat-bed cutting cannot reach the far side of a closed profile without turning the part. A chuck-fed machine solves this by holding the tube and rotating it, so the head only ever works on the surface facing it.
- Three rotary axesThe ABC axes position and rotate the stock so joints, mitres and coped ends land accurately by programme.
- Uniform modular platformEvery model shares the same modular architecture, so chucks, loading lengths and options are configured to the tube you actually cut.
- Processing databaseAn intelligent control system with a handling database keeps parameters repeatable across a batch of mixed profiles.
- Shape flexibilityRound, square, rectangular and open profiles are all catered for, without dedicated fixtures.
Clamping & 2D/3D Geometry
The Chuck and the Bevel Decide the Quality of the Joint
The chuck holds the tube rock-steady while the axes rotate it, and the head reaches the tube at an angle so ends can be bevelled for welding rather than cut square.
Precision Gripping
The chuck fixes the material firmly so it cannot shift mid-cut, which is what keeps accuracy and consistency on repeated tube batches.
Multi-Profile Holding
Different chuck types are matched to the task, so round, square and shaped sections are held without dedicated jaws for each job.
2D & 3D Bevel Ends
Angled ends, mitres and coped joints are cut in the same pass as the holes, so the part goes to welding without a second operation.
Chuck + Conveyor Feed
The feed system pushes stock smoothly into the cutting zone and holds consistent rotation even through dense cutting sequences.
Technical Data
KR16560, KR23060, KR35060 and KR650120 Compared
Tube capacity, load and speed across the four pipe cutting models.
| Parameter | KR16560 | KR23060 | KR35060 | KR650120 |
|---|---|---|---|---|
| Tube processing range | 10–160 mm | 10–230 mm | 20–350 mm | 40–630 mm |
| Maximum processing length | 6100 mm | 6100 mm | 6100 mm | 6100 mm |
| ABC axis maximum speed | 110 r/min | |||
| X axis idle speed | 50 m/min | |||
| Maximum acceleration | 1.0G | |||
| Single chuck maximum load | 120 kg | 300 kg | 900 kg | 1200 kg |
| Loading length | 6000–12000 mm | |||
| Tail length | ≥50–100 mm | |||
| Laser power options | 1000W–6000W | |||
Chuck type, loading length and tail length are confirmed against your tube drawing and wall thickness before production. Ask for the parameter set matched to your material.
Key Numbers
Four Figures That Set the Machine's Range
Everything else follows from how big and how heavy a tube you need to turn.
630mmMaximum tube diameter
6100mmMaximum processing length
110r/minABC axis rotation speed
1200kgSingle chuck load, largest model
1.0G Acceleration
Fast repositioning between holes and profiles keeps the cycle short on high-feature tube parts.
2-Year Warranty
Welded, annealed bed and covered parts, with lifetime engineering support.
1000–6000W
Power is matched to wall thickness, from thin furniture tube to heavy structural sections.
Material & Thickness
What Each 1000W–6000W Source Will Cut
The figures below are the maximum section thickness at the top of the power band. Wall thickness, not diameter, is what governs feasibility.
| Material | Power band | Maximum thickness |
|---|---|---|
| Carbon steel | 1KW–6KW | ≤25 mm |
| Stainless steel | 1KW–6KW | ≤20 mm |
| Aluminium | 1KW–6KW | ≤20 mm |
| Brass | 1KW–6KW | ≤12 mm |
A
Structural Tube
Square and rectangular hollow section for frames, racks and machine bases, cut to length with coped ends for welding.
B
Furniture Tube
Round and shaped tube for furniture legs, handles and display frames, where clean edges matter more than speed.
C
Sports & Display Profiles
Lightweight tube for equipment and display racking, with repeatable hole patterns across long production runs.
Operating Routine
From Raw Stock to Finished Tube in Four Steps
The tube is loaded, gripped and then processed without being moved by hand until it is complete.
01
Load the Stock
Tube is fed into the chuck and conveyor system, with loading length set between 6000 mm and 12000 mm.
02
Grip and Datum
The chuck closes on the section and the fixed datum is found, so the programme starts from the same point every cycle.
03
Cut in 2D and 3D
The ABC axes rotate and index the tube while the head cuts holes, slots, mitres and bevelled ends.
04
Unload and Check
The finished part is released; the first piece is checked against the drawing before the batch is released.
Where It Earns Its Place
Tube and Profile Work Across Four Sectors
The same chuck-fed platform appears wherever a closed or shaped profile has to be cut on more than one face.
Furniture Production
Legs, frames and handles cut and coped ready for welding, with hole patterns consistent across a run.
Display & Exhibition Stands
Modular tube frames cut to length and profiled for concealed connections, so stands assemble without on-site work.
Building & Structural Work
Handrails, balustrades and structural tube cut with mitres and coped joints that fit straight into the weld bay.
Sports Equipment
Lightweight frames and tubular apparatus where clean edges and repeatable geometry carry the design.
Ordering & Support
What Comes With Every Pipe Cutting Machine
Terms are settled before production, and support does not depend on shipping the machine back to us.
Shipping
Full-unit crating by sea or air freight depending on size and destination, with the bed pre-aligned and braced in transit.
Commissioning
English manual, handling database and parameter files, plus remote guidance; on-site commissioning available on request.
2-Year Warranty
Parts and labour covered, with free replacement components and lifetime engineering support.
Sample Cutting
Send a length of tube and we return the cut sample with the parameter file we used for your profile.
- Lead timeStandard builds are scheduled in production weeks and confirmed with the order; transit time depends on destination and freight mode.
- Volume termsAgreed per order against quantity and destination — send your target volume and port.
- OEM & ODMHousing colour, nameplate, interface language and start-up screens can carry your brand.
- SparesProtective windows, nozzles and chuck jaws are stocked for repeat supply over the machine's life.
FAQ
2D-3D Pipe Cutting Questions
Across the four models the tube processing range runs from 10 mm to 630 mm. KR16560 covers 10-160 mm, KR23060 covers 10-230 mm, KR35060 covers 20-350 mm and KR650120 covers 40-630 mm. Maximum processing length is 6100 mm on every model.
Single chuck maximum load scales with the model: 120 kg on KR16560, 300 kg on KR23060, 900 kg on KR35060 and 1200 kg on KR650120. Heavier or longer stock is supported by the loading length of 6000-12000 mm and the chuck plus conveyor feed system.
Yes. The machine rotates and positions the tube on the ABC axes while the cutting head works in 2D and 3D, so straight cuts, holes, slots and bevel profiles are produced on round, square and shaped sections without re-clamping. ABC axis maximum speed is 110 r/min.
At 1KW to 6KW the machine cuts carbon steel up to 25 mm, stainless steel up to 20 mm, aluminium up to 20 mm and brass up to 12 mm. Tube, pipe and open profiles in these materials are all supported.
The X axis idles at 50 m/min, acceleration reaches 1.0G and the rotating axes turn at up to 110 r/min. Combined with the chuck and conveyor feed system, that gives stable grip and consistent tube rotation through dense cutting sequences.
The bed is a welded, annealed and vibration-aged structure, so it arrives pre-aligned. It is crated and shipped as a complete unit, and we provide an English manual, parameter library and remote commissioning support, with on-site service available on request.
The 2D-3D pipe fiber laser cutting machine carries a 2-year warranty on parts and labour plus lifetime engineering support. Volume terms are agreed per order.
Related Models
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