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
3015 E 3000w Fiber Laser Cutting Machine
The WH-3015E is a single-platform fiber laser cutter with a 1500 x 3000 mm rated sheet size and a laser source selectable at 1500 W, 2000 W or 3000 W. At 3000 W it cuts carbon steel up to 14 mm, stainless steel up to 6 mm and aluminium alloy up to 5 mm.
Product Overview
What This Machine Is Built To Do
The WH-3015E is a single-platform fiber laser cutter with a 1500 x 3000 mm rated sheet size and a laser source selectable at 1500 W, 2000 W or 3000 W. At 3000 W it cuts carbon steel up to 14 mm, stainless steel up to 6 mm and aluminium alloy up to 5 mm. The bed is annealed and aged before precision welding and the gantry is cast aviation aluminium, so the machine holds 0.03 mm positioning accuracy and 0.01 mm repeat positioning accuracy while moving at up to 90 m/min on X and Y. It is built for job shops and sheet metal suppliers that cut mixed-thickness plate every day and cannot afford to re-level a bed every quarter.
- Cuts carbon steel to 14 mm, stainless to 6 mm and aluminium to 5 mm from one machine at 3000 W
- 0.01 mm repeat positioning accuracy keeps hole patterns interchangeable across a whole production batch
- Raytools auto-focus head changes focus about ten times faster than manual adjustment between thicknesses
- High-temperature heat treated bed releases welding stress so geometry stays stable over years of running
- Aviation aluminium gantry lowers moving mass, giving 1.4 G acceleration on short contours and small holes
- Three power options on the same frame let you buy the source your material mix actually needs
Where It Is Used
Application Scenarios
- Sheet metal job shops cutting mixed carbon and stainless orders in small batches
- Kitchen equipment and cabinet makers cutting 1 to 3 mm stainless panels
- Agricultural and construction machinery workshops cutting 8 to 14 mm carbon steel brackets
- Advertising metal letter producers cutting thin stainless and aluminium faces
- Electrical cabinet manufacturers cutting perforated panels with repeated hole patterns
Buyer Fit
Who It Is For
- Sheet metal subcontractors replacing plasma or punching for parts under 14 mm
- Machine dealers who need a compact 3015 platform with a recognised laser head brand
- Fabricators whose current cutter cannot hold hole position across a full sheet
- Workshops with limited floor space that cannot fit an exchange-table cutter
Process Problems
Problems It Solves
- Plasma cut edges need deburring and secondary machining before welding or coating
- Manual focus adjustment wastes minutes on every thickness change during mixed-order days
- A stress-relieved bed prevents the slow loss of accuracy that shows up as scrap after a year
- Punching tooling cost and lead time disappear when hole patterns change with every order
- Small contours are lost when a heavy gantry cannot accelerate fast enough to follow them
Engineering
Technical Features
- High-temperature heat treatment bed, annealed and aged, then welded with precision welding technology
- Third generation aviation aluminium extrusion gantry for low moving mass and high hardness
- Raytools auto-focus laser head that adjusts the focusing lens for each plate thickness
- Servo motors with closed-loop control and dynamic response acceleration up to 1.4 G
- Laser dedicated control system with a handheld terminal for laser specific functions
- Same E series frame available as WH-3015E, WH-4020E and WH-6020E
Specifications
Published Figures For 3015 E 3000w Fiber Laser Cutting Machine
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-3015E |
|---|---|
| Rated Sheet Size | 1500 x 3000 mm |
| Machine Tool Travel | X 1530 mm, Y 3050 mm, Z 110 mm |
| Laser Power | 1500 W / 2000 W / 3000 W |
| Power Adjustment Range | 300 to 3000 W |
| Max Cutting Thickness Carbon Steel | 14 mm |
| Max Cutting Thickness Stainless Steel | 6 mm |
| Max Cutting Thickness Aluminium Alloy | 5 mm |
| X/Y Maximum Positioning Speed | 90 m/min |
| Linkage Maximum Positioning Speed | 132 m/min |
| Max Acceleration | 1.4 G |
| Positioning Accuracy | 0.03 mm |
| Repeat Positioning Accuracy | 0.01 mm |
| Max Load of Worktable | 800 kg |
| Laser Head | Raytools auto-focus |
Materials
Materials It Handles
- Carbon steel plate up to 14 mm
- Stainless steel sheet up to 6 mm
- Aluminium alloy sheet up to 5 mm
Working Process
From File To Finished Part
Import DXF or AI part geometry into the laser dedicated control system
Nest parts on the 1500 x 3000 mm sheet to reduce offcut
Set power and assist gas by material and thickness
Auto-focus head sets focal position for the loaded plate
Cut with closed-loop servo motion at up to 90 m/min positioning speed
Unload parts and clear slag from the slat bed
Quality Control
Quality Control Before Shipment
- Bed is annealed and aged before precision welding to release internal stress
- Positioning and repeat positioning accuracy are checked before the machine leaves the workshop
- A secondary configuration check is carried out before each machine runs idle
- Every additional component is counted before packaging to prevent missing parts
Options
Customisation Options
- Choose 1500 W, 2000 W or 3000 W laser source on the same frame
- Step up to WH-4020E for 2000 x 4000 mm or WH-6020E for 2000 x 6000 mm sheets
- 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
| Full enclosure fiber laser cutter with exchange table | The single platform costs less and takes less floor space, but you load and unload on the same table, so it suits smaller batches |
|---|---|
| CO2 hybrid metal and nonmetal cutter | The fiber source cuts metal far faster but cannot cut acrylic or wood, which the CO2 machine can |
| Plasma cutting | Laser edges need no deburring and hold a much tighter kerf, though plasma still wins on plate much thicker than 14 mm |
Operating Notes
Use Guide
- Match assist gas to material: oxygen for thicker carbon steel, nitrogen for oxide free stainless edges
- Let the auto-focus head reset focus after every thickness change instead of running the previous setting
- Keep the protective lens clean, since spatter on the lens is the most common cause of lost cutting power
- Clear slag from the support slats regularly so thin sheet stays flat on the bed
- Check water chiller temperature before long runs to keep source output stable
Buyer Questions
3015 E 3000w Fiber Laser Cutting Machine FAQ
What is the thickest carbon steel this machine can cut?
With the 3000 W source the rated maximum is 14 mm carbon steel. Stainless steel is rated to 6 mm and aluminium alloy to 5 mm.
What accuracy can you hold across a full sheet?
Positioning accuracy is 0.03 mm and repeat positioning accuracy is 0.01 mm, which is what keeps hole patterns interchangeable between parts.
Can I get a larger bed later?
The E series uses the same structure in three sizes: WH-3015E at 1500 x 3000 mm, WH-4020E at 2000 x 4000 mm and WH-6020E at 2000 x 6000 mm.
What warranty do you give?
Two years on the whole machine, with free repair and return postage for accessory quality problems inside the warranty period, and free technical support for life afterwards.
How do you support installation overseas?
English user manuals and video guidance are supplied, with email, phone, video and online remote technical support, plus on-site service when it is required.
How is the machine shipped?
By sea, air or international express, depending on your destination and how quickly you need the machine.
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