12000x2500mm (39x8 ft) 40000w fiber laser cutting machine
- Brand:DOWELL LASER
- Power: 40000w fiber laser
- 12000x2500mm (39x8 ft)
- Batch cutting of 6-50MM plates
- Cutting thickness up to 200mm
- Can cut 20mm carbon steel at a speed of 6m/min
- Cutting 30mm metal in just 3 seconds
Introduction
The launch of the 40,000W ultra-high power fiber laser cutting machine is undoubtedly a major breakthrough. In actual demonstrations, users can personally experience the many benefits of increasing laser power: the ability to cut thicker materials faster, with higher precision, and with better cutting quality. In addition, this high-power laser cutting machine also has higher economic benefits, helping laser processing manufacturers to broaden their market scope, further improve production efficiency and reduce costs.
Features
- High Power Output: 40,000W laser ensures cutting thickness up to 200mm.
- High-Speed Cutting: Cutting speed of 6m/min allows for rapid production.
- Superior Precision: Accuracy up to ±0.03mm ensures precise cuts every time.
- Intelligent Control System: Advanced control system simplifies operation and enhances productivity.
- Patented hollow dual-bed frame and modular workbench design
- Full servo control system for high precision
- Efficient dust removal system and safety light curtains
- Mixed gas cutting capability for faster, more efficient, and environmentally friendly operation
- Intelligent protection systems like auto oil injection and air pressure monitoring
Technical Specifications
- Brand: Dowell Laser
- Laser Power: 40,000W
- Maximum acceleration of 2G
- Laser Wavelength: 1070nm
- Maximum Cutting Thickness: 200mm
- cutting area up to 12000x2500mm (39x8 ft)
- Cutting Speed: 6m/min (20mm carbon steel)
- Positioning accuracy (mm/m):±0.03
- Customizable designs
- Production place: China
- Cutting Speed: 3 seconds (30mm metal)
- Cooling Method:Water Cooling Protection System
- Compatible Software:CorelDraw / AutoCAD / Photoshop / AI
- Power Supply Requirement:380V 50/60Hz 65KVA
- Customizable super large format
Configuration
boci fiber laser cutting head
40kw fiber laser
Fscut 8000 SYSTEM
Heavy duty bed
GUIDE
servo motor
40000w laser cutting capability
Can effortlessly cut through and perforate thick metal plates up to 100mm (3.94 inches) thick
Suitable for cutting stainless steel, mild steel, carbon steel, aluminum, copper, brass, bronze, alloy steel, galvanized steel, titanium, nickel alloys, and more
Cutting thickness ranges: Stainless steel 1-100mm, Aluminum 1-80mm, Carbon steel 1-100mm, Brass 1-30mm
application
- Automotive Manufacturing: Precise cutting of car bodies and components, enhancing production efficiency and quality.
- Aerospace: High-precision cutting meets the stringent requirements of the aerospace industry
- Metal Processing: Widely used for cutting various metal materials.
- Electronics: Provides precise metal cutting solutions for electronic products.
40000w fiber laser cutting machine price
$320,000 and $600,000, 40,000W is a relatively high power level, and these types of machines are typically used in industrial-grade applications. They can be very expensive and may need to be customized based on specific application needs. Therefore, if you need to know the exact price of 40000W fiber laser cutting machine, it is recommended to contact the manufacturer or supplier directly to get the latest quotation.
When considering such an investment, it is important to factor in additional costs such as shipping, taxes, and potential customization based on your specific needs. It’s also beneficial to request quotes from multiple suppliers to compare prices and features comprehensively.
differences between a 40000w and a 20000w fiber laser cutting machine
Cutting Thickness Capabilities:
A 40000W machine can cut through much thicker materials compared to a 20000W machine.
For stainless steel, a 40000W can cut up to 100mm (3.94″) thick, while a 20000W is limited to around 60mm (2.36″) thick.
For aluminum, a 40000W can cut up to 80mm (3.15″) thick, whereas a 20000W maxes out at around 50mm (1.97″) thick.
For carbon steel, the 40000W can handle up to 100mm (3.94″) thickness, but the 20000W is limited to 60mm (2.36″) thick.
Cutting Speed:
The higher 40000W power allows for faster cutting speeds compared to a 20000W machine, especially on thicker materials.
Machine Size/Cutting Area:
40000W machines tend to have a larger overall cutting area, up to 12000x2500mm (39×8 ft), to accommodate the cutting of larger, thicker workpieces.
20000W machines likely have a smaller cutting area suitable for smaller/thinner workpieces.
Cost:
A 40000W fiber laser is significantly more expensive than a 20000W machine due to the higher laser power and larger overall size/capabilities.
The Alibaba listing shows a 40000W machine priced around $30,000-$32,000, while typical 20000W machines are lower cost.
the key differences are the 40000W machine’s ability to cut much thicker materials at faster speeds, its larger cutting area, but also its substantially higher price point compared to a 20000W fiber laser cutter
FAQ
What is the maximum cutting thickness of the machine? of 20000W laser cutting machine?
The maximum cutting thickness is 200mm.
How long does it take to cut 30mm metal?
It takes just 3 seconds to cut 30mm metal.
What after-sales services do you provide?
We offer on-site installation and commissioning, operation training, maintenance, and comprehensive technical support.
Maintenance costs associated with a 40000w fiber laser cutting machine
Electricity Costs
A 40000W fiber laser machine will have very high electricity consumption due to its powerful laser source
For a 1000W laser source, the electricity cost is estimated at around 6.6kW per hour of operation
For a 40000W machine, the electricity cost would be around 264kW per hour (40 times higher than 1000W)
This makes electricity one of the major ongoing operating costs for such a high-powered laser
Consumable Gas Costs
Assist gases like oxygen, nitrogen, or compressed air are required for laser cutting different metals
Gas consumption increases with laser power and material thickness
A 40000W machine cutting thick materials will consume very high volumes of assist gas, adding significant operating costs
Replacement of Wear Parts
Components like protective lenses, focus lenses, nozzles, and ceramic rings need regular replacement every 500 hours or so
For a 40000W machine operating frequently, these replacement costs can add up quickly
Approximate costs: Protective lens $15-30, nozzle $15-30, focus lens $150, ceramic ring $100
Maintenance and Repair
Regular maintenance is required to check alignments, lubricate components, clean the machine, etc.
Repair costs for any failures or damaged components on such a large, complex machine can be expensive
While the upfront cost of a 40000W fiber laser is very high ($30,000-$32,000 based on ), the search results highlight that the operating and maintenance costs due to high electricity, gas consumption, wear part replacements and regular maintenance/repairs can also be substantial over the machine’s lifetime, especially when running at high utilization cutting thick materials
Wearing parts that need to be replaced in a 40000w fiber laser cutting machine
Protective Lens/Window
Protects the laser optics from debris and fumes during cutting
Needs replacement every 500 hours or so due to damage/contamination
Approximate cost: $15-30 per lens
Focus Lens
Focuses the high-power laser beam for precise cutting
Requires replacement every 1000-1500 hours due to pitting/damage
Approximate cost: $150 per focus lens
Nozzle/Nozzle Tip
Delivers assist gas coaxially with the laser beam during cutting
Gets worn out from heat/debris and needs frequent replacement
Approximate cost: $15-30 per nozzle
Ceramic Ring
Protects the nozzle from heat and debris during cutting
Replacement needed annually or based on wear
Approximate cost: $100 per ceramic ring
Assist Gas (O2, N2, Air)
Consumed in large volumes for cutting different materials
Needs constant replenishment, a major ongoing operating cost.
Other components like bearings, belts, motors may also require periodic replacement, but the optics (lenses, windows), nozzles, and ceramic parts are the main consumables that get worn out rapidly on such a high-power 40000W fiber laser and must be replaced regularly to maintain cutting performance and quality.
Timely replacement of these wearing parts is crucial for the 40000W laser’s reliable and precise operation. Neglecting replacements can lead to poor cut quality, increased downtime, and even permanent damage to the laser source or other expensive components.
