12KW Fiber Laser – The All-In-One FAQ Guide
In the vast landscape of fiber lasers, power rating (RP) serves as a crucial distinguishing factor. Ranging from modest 10W systems to powerful 12KW variants, there’s a wealth of options available in the market. At SOHO Cutting, we take immense pride in the caliber of our fiber lasers, with a particular focus on the remarkable 12KW models.
Within this FAQ guide, we’ll provide you with a concise exploration of the 12KW fiber laser. We’ll delve into its features, appearance, functionality, and practical applications for your business operations. Rest assured, we aim to leave no stone unturned in delivering comprehensive insights.
Understanding What a 12KW Fiber Laser Machine Is
A 12KW fiber laser machine represents a pinnacle of laser cutting technology, harnessing an impressive 12,000 watts of laser power to achieve exceptional cutting capabilities. 12KW fiber laser machines are versatile tools suitable for various industries.
12,000W Fiber Laser Machine Price
Like other machines, 12KW fiber laser machines aren’t made equally. There are good-quality machines to great-quality machines. Here are crucial information about the rates and prices of 12KW fiber lasers:
- Entry-Level:Entry-level or smaller-scale 12KW fiber laser machines may start at around $200,000 to $300,000.
- Mid-Range:Mid-range 12KW fiber laser machines with more advanced features and capabilities can range from $300,000 to $500,000.
- High-End and Industrial:High-end and industrial-grade 12KW fiber laser machines, often equipped with automation and customization options, can range from $500,000 to over $1 million.
NOTE: These are approximate price ranges, and actual prices may vary based on specific configurations and the manufacturer’s pricing strategy.
Check out Made-In-China’s lineup of 12KW fiber laser cutters here!
Working Principle of a 12,000W Fiber Laser Machine
A 12KW fiber laser operates on the principles of fiber laser technology. It begins with a gain medium containing rare-earth elements doped into a fiber optic core. When energized, this medium generates photons through stimulated emission.
So, these photons amplify within the core, creating a powerful laser beam. The beam is then shaped and focused using optical components.
During material processing, the laser beam interacts with the target. For cutting, the beam’s intense energy rapidly heats and vaporizes the material along a precise path, while for marking, it creates engravings or patterns. Computer control ensures accuracy, and a cooling system dissipates heat.
The 12KW power output distinguishes it for high-speed and efficient processing of various materials, making it suitable for industrial applications like cutting thick metals, welding, and surface marking.
How Thick Can a 12KW Laser Cut?
As mentioned, not all 12KW laser cutters are made equally. They have varying strengths, speeds, and power ratings, and are far different from one another. To give you information about their strength, here’s a quick list of the different thicknesses it can cut:
- Aluminum: 35mm
- Mild Steel: 18mm
- Brass: 14mm
NOTE: These are information taken from Machine Mfg. They are not to be taken literally, as these data could have changed from the time of writing.
How Thick Can a 1.5KW Laser Cut?
A 1.5KW (1500 watts) laser cutting machine is capable of cutting various materials with varying thicknesses. The thickness it can cut through depends on the type of material.
For you to have a better understanding of it, here’s a guideline you can follow on the minimum and maximum thickness that 1.5KW lasers can process:
- Aluminum: 8mm to 10mm
- Acrylic & Plastic: 20mm to 25mm
- Wood: 20mm to 25mm
- Stainless Steel: 6mm to 8mm
Can a 20W Fiber Laser Cut?
Yes and no–let me explain.
Fiber lasers are great-quality lasers that have been used in a wide array of industries and sectors, but they’re not entirely the best, especially in low-power situations. So, would a 20W fiber laser cut? Yes, it will be able to cut textiles, cloth, and thin wood.
However, it would be far from capable of cutting any metal in this power. It can mark and engrave laser, but it’s far from cutting it.
Diode Lasers vs. Fiber Lasers
Interested to know the difference between diode and fiber lasers? No worries, here are some of the most notable differences they have!
|Characteristic/Factor ||Fiber Lasers ||Diode Lasers |
|Cost ||Costly and expensive, especially the heaviest-duty ones ||Affordable, but not really cheap |
|Durability ||Naturally long-lasting, durable, and sturdy ||Prone to wear-and-tear, but can last long if properly maintained |
|Quality of the Beam ||Excellent and high-quality ||Poor-quality beams |
|Light Source ||Fiber-optic cables ||Semiconductor diodes |
|Wavelength ||Flexible and versatile wavelengths ||Extremely limited wavelength options |
|Portability ||Compact and lightweight, but can also be heavy ||Compact and lightweight, but can also be heavy |
|Maintenance ||Low maintenance–as low as it gets ||Medium-level maintenance |
12KW Fiber Laser Applications
Because of their strength and flexibility, you will find a ton of applications for 12,000W fiber laser cutting machines. In fact, the best and most common ones are:
- Metal Cutting:Precision cutting of metals, including stainless steel and aluminum.
- Welding: High-speed and deep penetration welding for various materials.
- AdditiveManufacturing: 3D printing of metal components with intricate designs.
- Automotive Industry:Manufacturing car parts, chassis, and body components.
- Aerospace:Fabricating aircraft parts and lightweight structures.
- Shipbuilding:Cutting and welding for ship construction and repairs.
- Oil and Gas:Pipe cutting, drilling, and equipment fabrication.
- Medical Devices:Crafting precise components for medical equipment.
- Electronics:Microscopic precision for circuit boards and electronics.
- Jewelry:Intricate engraving, cutting, and customization in jewelry making.
- Textile Industry:Fabric patterning, engraving, and cutting textiles.
- Packaging: High-speed perforating and marking on packaging materials.
Pros of 12KW Fiber Laser Cutting Machines
Using a 12,000W fiber laser cutting machine has a ton of benefits and advantages, some of which include, but are not limited to:
High Cutting Speed
One of the best things about 12KW fiber laser cutters is their speed. A 12KW fiber laser works fast, getting tasks done quickly and reducing wait times. This makes it great for projects where time is crucial.
Think of it as a sturdy machine that doesn’t need a lot of care and maintenance. It keeps working without needing constant attention, which is great for businesses that can’t afford downtime
Accuracy and Precision
Imagine a 12KW fiber laser as a highly accurate artist. It can create intricate and detailed designs with pinpoint accuracy, perfect for industries that need things to be just right.
They’re designed with safety in mind. Most models and units have things like enclosed spaces and safety locks to keep people safe while they work.
These machines can be adjusted to fit different needs. It’s like having a tool that can change its settings to do various jobs.
Flexibility and Versatility
These machines can cut and engrave a wide range of materials, from metals to plastics and more. They’re like all-in-one tools that adapt to different needs.
Cons of 12KW Fiber Laser Cutting Machines
There are also cons or drawbacks of using 12,000W fiber laser cutters, and these are:
High Initial Investment
The upfront investment for a 12KW fiber laser machine can be substantial, which may be a barrier for some businesses, especially smaller ones.
Although versatile, 12KW lasers may have limitations when it comes to highly reflective or non-conductive materials. Additional equipment or modifications may be necessary for processing such materials.
Proper ventilation and fume extraction systems are essential to manage emissions and maintain a safe working environment.
Complexity of the Operations
Operating and maintaining a high-power laser machine requires skilled technicians and operators. Adequate training is essential to ensure safe and efficient operation.
High-power laser machines can produce significant noise during operation, which may require noise-reduction measures in the workplace.
Despite the cons, the pros outweigh them heavily to the extent that they’ll still be better and be more useful.
If you’re worried about its cons, always think about the pros and advantages that you can get from it!
Where Can You Get World-Class Quality 12KW Fiber Laser Cutters?
The industry is filled with a ton of manufacturers that guarantee quality. The problem is, they’re expensive. If you want superior-quality 12,000W fiber laser cutting machines for cheap, discounted, and considerate prices, you can bank on us here at SOHO Cutting.
For almost two decades, we have been leading in the laser industry all over China. We’ve been the go-to of many industrial businesses and organizations around the world.
- We have a Research & Development (R&D) team dedicated to the innovation and improvement of laser technology
- We have engineers and experts with 50+ years of experience
- Our company has a dedicated customer service for pre-sale and after-sales service
- We have a ton of services and machines you can bank and count on
Whether you’re in the market for fiber laser high-power machines, tube fiber lasers, laser welding machines, or even the specifics of pipe laser cutters, SOHO Cutting is a call or a message away!
Contact us today and don’t miss the chance to get a free estimate of whatever product or service you need!