Fiber Laser Cutting Machines
Glass Laser Cutting Machine
The Glass Laser Cutting Machine uses a Wuhan Huaray picosecond laser source at 30w, 50w or 70w to cut glass on a 500 x 400 mm marble work table.
Fiber Laser Cutting Machines
T Series Metal Tube & Pipe Fiber Laser Cutter
The WH-6020T and WH-6035T are fiber laser cutters for metal tubes and pipes. They process diameters from φ20 mm to φ230 mm or φ350 mm with a maximum pipe length of 7000 mm.
Product Overview
What This Machine Is Built To Do
The WH-6020T and WH-6035T are fiber laser cutters for metal tubes and pipes. They process diameters from φ20 mm to φ230 mm or φ350 mm with a maximum pipe length of 7000 mm. The machines achieve 0.03 mm/m positioning accuracy and 0.02 mm repeat positioning accuracy. Chuck rotation reaches 100 r/min with 1G acceleration. The gantry includes a protective cover for operator safety, and the bed design reduces loading effort. These machines are built for fabricators cutting structural steel and tubing who need consistent part geometry without frequent re-clamping.
- Processes pipes up to 7000 mm long with automatic center adjustment for various diameters
- 0.02 mm repeat positioning accuracy ensures identical holes and cuts on every part
- Front and rear chuck clamping prevents pipe sagging and maintains cutting precision
- Helical gear transmission provides stable rotation with low noise and minimal vibration
- Specialized cutting head handles round, square, rectangular and structural sections
- Protective gantry cover blocks laser burns and smoke damage for operator safety
Where It Is Used
Application Scenarios
- Structural steel workshops cutting round and square tubes for frames and railings
- Automotive component suppliers processing exhaust pipes and chassis tubing
- Furniture manufacturers cutting stainless steel tubing for chair and table frames
- Agricultural machinery producers cutting channel steel and angle iron for equipment
- Signage companies fabricating metal tube structures for large outdoor displays
Buyer Fit
Who It Is For
- Tube fabricators replacing manual sawing and drilling for faster production
- Machine dealers offering pipe laser cutters to structural steel clients
- Workshops needing to cut long pipes without intermediate support stands
- Fabricators requiring tight tolerances on hole patterns in curved surfaces
Process Problems
Problems It Solves
- Manual sawing creates burrs and inconsistent lengths that require secondary finishing
- Long pipes sag during cutting, causing dimensional errors and poor edge quality
- Standard chucks wear quickly and lose grip, leading to slipping and scrapped parts
- Laser smoke and stray light cause health risks and equipment damage without covers
- Heavy loading of long pipes strains operators and slows down production cycles
Engineering
Technical Features
- Specialized cutting head for pipe materials that is lightweight and durable
- Front and rear chuck clamping design for smooth feeding and accuracy
- Automatic center adjustment suitable for various pipe materials and diameters
- Helical gear transmission for stability, low noise, and minimal vibration
- Gantry protective cover preventing laser burns and smoke damage
- Ergonomic bed height design to reduce loading effort for operators
Specifications
Published Figures For T Series Metal Tube & Pipe Fiber Laser Cutter
Every value below is taken from the machine data sheet. Where a range is given the exact figure depends on the model and power you order.
| Model | WH-6020T / WH-6035T |
|---|---|
| Maximum Length of Pipe | 7000 mm |
| Pipe Diameter | φ20-φ230 mm (WH-6020T) / φ20-φ350 mm (WH-6035T) |
| Maximum Positioning Speed | 100 m/min |
| Maximum Speed of Chuck | 100 r/min |
| Maximum Acceleration | 1G |
| Positioning Accuracy | 0.03 mm/m |
| Repeat Positioning Accuracy | 0.02 mm |
| Maximum Load of Worktable | 300 kg (WH-6020T) / 1000 kg (WH-6035T) |
| Operation Terminal | Laser dedicated system with handheld terminal |
Materials
Materials It Handles
- Round tubes
- Square tubes
- Rectangular tubes
- Angle steel
- Channel steel
Working Process
From File To Finished Part
Load the pipe onto the front and rear chucks
The automatic center adjustment aligns the pipe axis
Import part geometry into the laser dedicated control system
The specialized cutting head processes the tube surface
Chuck rotation moves the pipe for circumferential cuts
Unload the finished tube from the support structure
Quality Control
Quality Control Before Shipment
- Positioning and repeat accuracy checked before machine shipment
- Chuck clamping force tested to ensure consistent grip on pipes
- Protective cover integrity verified to prevent light leakage
- Bed height and loading ergonomics assessed for operator safety
Options
Customisation Options
- Choose WH-6020T for pipes up to φ230 mm or WH-6035T for up to φ350 mm
- Voltage and plug configuration set for your destination market
- English user manual and video guidance supplied with the machine
Comparison
How It Compares With The Alternatives
| Manual band saw and drill press | Laser cutting produces no burrs and holds tighter tolerances on hole patterns, though it requires higher initial investment |
|---|---|
| Flat bed fiber laser cutter | The T series handles long tubes and structural sections that flat beds cannot support, but it has a smaller footprint for sheet work |
| Plasma pipe cutter | Laser cutting offers finer detail and cleaner edges on thin wall tubing, while plasma is faster on very thick wall pipes |
Operating Notes
Use Guide
- Ensure the pipe is centered before starting the cut to avoid runout
- Check chuck wear regularly to maintain consistent clamping force
- Keep the protective cover closed during operation to contain smoke
- Use the automatic center adjustment for different pipe diameters
- Clean the cutting head lens to maintain power density on the surface
Buyer Questions
T Series Metal Tube & Pipe Fiber Laser Cutter FAQ
What is the maximum pipe length this machine can cut?
Both the WH-6020T and WH-6035T models support pipes up to 7000 mm in length.
What pipe diameters can you process?
The WH-6020T handles diameters from φ20 mm to φ230 mm, while the WH-6035T handles up to φ350 mm.
What accuracy can I expect on tube parts?
The machine provides 0.03 mm/m positioning accuracy and 0.02 mm repeat positioning accuracy.
Can it cut structural steel like angle iron?
Yes, the T series is designed to process round tubes, square tubes, rectangular tubes, angle steel, and channel steel.
What warranty do you offer?
We provide a two-year warranty on the whole machine and free lifetime technical support.
How is the machine shipped?
We ship by sea, air, or international express depending on your location and urgency.
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