Revolutionize Welding with Handheld Fiber Lasers - Agents & Wholesalers Choice

Step into the future of welding excellence with our state-of-the-art handheld fiber laser machines. Ideal for industry professionals seeking unmatched precision, portability, and productivity. A perfect fit for agents and wholesalers seeking efficiency and top-quality results. Transform your welding process today!

Premium Fiber Laser Welder Accessories, Trust by Customers

Select Your Preferred Welding Method: Water or Air Cooling Options Available

Experience the forefront of welding technology with our handheld fiber laser welding machine. Designed for contemporary industrial needs, this device melds formidable strength with exceptional accuracy. It's engineered for adaptability, perfect for various materials and projects, from delicate detailing to heavy-duty tasks.

Water-cooled Fiber Laser Welding Machine

Usage Applications: Perfect for a variety of materials and fields, such as electronics and heavy metal fabrication.

Energy Efficiency: Offers a selection of power levels (6KW to 9.8KW) for effective energy management.

Consumable Requirements: Few consumables needed, leading to lower costs and less maintenance.

Welding Outcomes: Achieves quick, top-quality welding with no imperfections or color change, removing the need for additional treatment.

Key Benefits: Highly efficient (2-3 times faster than old-school methods), with minimal waste production.

Customizability: Adaptable to meet the specific demands of various industrial applications.

Air-cooled Fiber Laser Welding Machine

High Efficiency and Power: Air-cooled fiber laser welding machines offer exceptional electro-optic conversion efficiency and robust output power, ideal for intensive welding.

Precision Welding: Superior beam quality ensures precise and clean welds, making these machines perfect for high-quality industrial applications.

Compact and Portable: Designed for ease of mobility, their compact structure makes them suitable for various operational settings, enhancing their versatility.

Customizable and Versatile: Adaptable for a wide range of metal welding and cutting tasks, these machines can be tailored to specific user needs, including unique design customizations.

Effective Cooling and User-Friendly Operation: Incorporating advanced cooling methods for efficient heat management, these welders are simple to operate, offering fast, consumable-free welding speeds.

Specifications

Model	Power	Functions	Cooling Method	Spot Size (mm)	Voltage	Dimensions (cm)
KR-1000	1000W	Welding, Cutting, Cleaning	Water Cooling	1.5/1.8/2.0	220±20% VAC 50/60Hz	62.5174.6109
KR-1500	1500W	Welding, Cutting, Cleaning	Water Cooling	0.5-5	220±20% VAC 50/60Hz	62.5175.6124
KR-2000	2000W	Welding, Cutting, Cleaning	Water Cooling	0.5-5	220±20% VAC 50/60Hz	62.5175.6124
KR-3000	3000W	Welding, Cutting, Cleaning	Water Cooling	0.5-5	380±20% V AC 50/60Hz	62.5178140
KR-1000A	1000W	Welding	Air Cooling	1.5/1.8/2.0	220±20% VAC 50/60Hz	35.2×70×66.6
KR-1500A	1500W	Welding	Air Cooling	1.5/1.8/2.0	220±20% VAC 50/60Hz	35.2×70×66.6

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All You Need To Know

Master the Art of Fiber Laser Welding Machines - Your Complete Guide to Expertise

Hand-Held Fiber Laser Welding: Transforming Modern Fabrication

In the competitive industrial world, hand-held fiber laser welding machines stand out as crucial tools for sectors like automotive, metalwork, and custom fabrication. These machines bring unmatched precision and efficiency, making complex welding tasks surprisingly simple.

As demand for precision grows, these machines are proving to be wise investments. Essential factors to consider include their versatility with different metals, user-friendly design, and advanced laser technology for superior welds.

Maintaining these machines is key to their longevity, ensuring consistent, high-quality performance. Investing in a hand-held fiber laser welder signifies a commitment to excellence and future-readiness in fabrication.

This concise guide offers insights into making informed decisions in this technologically advanced field, helping your business achieve new heights of efficiency and quality with fiber laser welding.

Empowering Industries: Versatile Handheld Fiber Laser Welders for Every Sector

Automotive and Aerospace Industries: Used extensively for precision welding tasks in both manufacturing and repair work, these machines are crucial for automotive production and aerospace components where high precision and reliability are paramount.
Machine Tool and Electronics: Ideal for the machine tool industry for precise welding tasks, and in the electronics sector, they offer unmatched precision, essential for delicate electronic parts and miniaturized components.
Medical Sector: In healthcare manufacturing, these machines provide clean and precise joins in medical devices, ensuring hygiene and reliability, which are critical in medical applications.
Heavy Machinery and Construction: Suitable for robust welding in large structures, they play a vital role in heavy machinery and construction industries, demonstrating versatility in handling large-scale projects.
General Manufacturing and Other Applications: Their adaptability makes them a fit for a broad spectrum of general manufacturing tasks and other diverse industrial applications, offering flexibility, speed, and precision across different sectors.

Unlock 100% Efficiency: Free, Expert Tips on Accessory Brand Selection!

The Ultimate Guide to Handheld Fiber Laser Welding Machine Accessories!

Step into the realm of enhanced efficiency and precision by selecting the perfect accessories for your handheld fiber laser welding machine. Our free, expertly curated guide leads you through the essentials, from advanced nozzles to precision lenses. Discover top-tier brands and insider tips to transform your welding tasks into seamless, high-quality outcomes. Elevate your machine's performance and your craftsmanship in just a few strategic steps!

Fiber Laser Source

Opt for industry leaders like IPG for unparalleled performance, or delve into affordable options like Raycus, Max, and Reci. Keep in mind, selecting the appropriate laser source is crucial for ensuring consistent stability and extended durability in your operations.

Control System

Choose smooth operation with intuitive systems like Raytools, or depend on the steadfast performance of Au3tech. The core of your machine's functionality must be both user-friendly and flexible, catering to diverse operational needs seamlessly.

Laser Welding Head

Discover the prowess of our 3-in-1 Laser Welding Head: Innovatively crafted for cleaning, welding, and cutting tasks. Perfectly suited for diverse projects, it guarantees unparalleled precision, efficiency, and flexibility, significantly enhancing operational productivity.

Wire Feeder

Introducing our Laser Welding Wire Feeder: Multilingual, touch-screen controlled, and remarkably lightweight. Its compact design and automatic wire feeding system streamline your welding process, enhancing efficiency and ease of use in any setting.

All You Need To Know

Fiber Laser Welding vs. Traditional Welding

Fiber Laser Welding is rapidly becoming the preferred choice over conventional welding technologies globally. Explore the advantages Fiber Lasers bring compared to traditional welding techniques.

Unparalleled Advantages：Fiber Laser Welding

1. High Precision and Quality: Fiber laser welding provides exceptional precision, enabling fine, detailed work. This results in high-quality welds with minimal distortion, making it ideal for applications requiring exactness, such as in the medical or aerospace industries.

2. Efficiency and Speed: Due to its concentrated beam and high energy density, fiber laser welding can operate at higher speeds compared to traditional methods. This efficiency leads to increased production rates and lower processing times.

3. Low Heat Input: The focused laser beam minimizes the heat-affected zone (HAZ), reducing thermal distortion and warping of the workpiece. This is particularly beneficial for delicate or heat-sensitive materials.

4. Versatility: Fiber lasers can weld a wide range of materials, including metals that are difficult to weld using conventional methods. This versatility extends to various thicknesses and configurations, making fiber laser welding a flexible solution for diverse applications.

5. Automation and Control: Fiber laser systems can be easily automated and integrated with advanced control systems, providing consistent, repeatable results. This integration is key for large-scale production and complex manufacturing processes.

6. Minimal Maintenance: Fiber lasers have fewer moving parts and consumables compared to traditional welding methods, leading to lower maintenance requirements and reduced downtime.

7. Energy Efficiency: Fiber laser welders are more energy-efficient than conventional welding methods, leading to cost savings and a lower environmental impact over time.

8. Improved Safety: Fiber laser welding often requires less manual intervention and can be operated with minimal exposure to open flames, sparks, and fumes, enhancing workplace safety.

9. Reduced Post-Welding Finishing: The precision and quality of fiber laser welding often reduce the need for extensive post-welding finishing processes, such as grinding or polishing.

10. Deep Weld Penetration: Fiber lasers provide deep weld penetration with a small weld width, enabling strong welds even in challenging geometries.

Weld Appearance and Cleanup: Produces welds that may require post-welding treatments such as grinding or cleaning due to spatter. In applications where aesthetics are important, methods that offer cleaner welds with minimal finishing might be preferred.
Ease of Use: MIG welding is user-friendly and widely used in various industries. It’s a great starting point for those new to welding but might require additional skills and techniques for more complex or delicate tasks.

MIG Welding VS Laser Welding

Wire Electrode: MIG welding uses a continuously feeding wire electrode. This is effective for various applications but can be less suited for extremely precise or fine-detail work.
Inert Gas Shielding: The process requires inert gas for shielding, which is essential to protect the weld area from atmospheric contamination. This might add complexity in terms of gas management and environmental considerations.
Versatility: MIG is versatile in welding a range of materials and is particularly effective on materials like steel and aluminum. However, for more specialized applications or materials that are challenging to weld, other methods might be more efficient.
Speed and Productivity: MIG welding is known for its productivity and is faster than traditional methods like stick welding. However, in high-volume production environments where speed is a critical factor, alternative methods might offer even higher efficiency.
Material Thickness Range: This method works well with a variety of material thicknesses, from thin sheets to thicker plates. The control over weld penetration, however, can be crucial in applications involving very thin or highly sensitive materials.

TIG WeldingVS Fiber Welding

Precision and Control: TIG welding is known for its precision, making it ideal for detailed work. However, for extremely intricate or micro-scale welding tasks, there are methods that offer even finer control.
Quality of Welds: It produces high-quality welds with a clean finish, particularly on thinner materials. Yet, in applications where uniformity and consistency are critical across high volumes, other methods might yield more uniform results.
Material Versatility: TIG is versatile and can weld a variety of metals, including stainless steel, aluminum, and magnesium. However, for certain challenging materials or combinations of different metals, alternative techniques could be more effective.
Manual Skill Required: This method demands a high level of skill and experience from the operator. For complex projects or mass production, methods that integrate more easily with automated systems could be more efficient.
Lower Speed: TIG welding is typically slower compared to other welding methods. In a high-production environment, methods with faster processing times might be beneficial to meet demanding schedules.
Gas Shielding: Similar to MIG, TIG also requires an inert gas shield, which can be a factor in operational complexity and environmental impact,

Minimal Maintenance: Fiber lasers have fewer moving parts and consumables compared to traditional welding methods, leading to lower maintenance requirements and reduced downtime.
Heat Input and Distortion: TIG welding involves lower heat input, which reduces metal distortion. Advanced welding methods take this advantage further by offering highly concentrated energy sources, minimizing the heat-affected zone even more effectively.

Heat Input and Distortion: TIG welding involves a lower heat input, which reduces warping and distortion. Yet, for very delicate or heat-sensitive materials, other welding processes with even lower heat input could be considered to minimize material stress.
Energy Efficiency: While TIG welding is relatively efficient, there are methods that offer greater energy savings, which can be important in reducing operational costs and environmental footprint.

Plasma WeldingVS Laser Welding

Precision and Control: TIG welding is known for its precision, making it ideal for detailed work. However, for extremely intricate or micro-scale welding tasks, there are methods that offer even finer control.
Quality of Welds: It produces high-quality welds with a clean finish, particularly on thinner materials. Yet, in applications where uniformity and consistency are critical across high volumes, other methods might yield more uniform results.
Material Versatility: TIG is versatile and can weld a variety of metals, including stainless steel, aluminum, and magnesium. However, for certain challenging materials or combinations of different metals, alternative techniques could be more effective.
Manual Skill Required: This method demands a high level of skill and experience from the operator. For complex projects or mass production, methods that integrate more easily with automated systems could be more efficient.
Lower Speed: TIG welding is typically slower compared to other welding methods. In a high-production environment, methods with faster processing times might be beneficial to meet demanding schedules.
Gas Shielding: Similar to MIG, TIG also requires an inert gas shield, which can be a factor in operational complexity and environmental impact.

100% Elevate Your Production with the Right Fiber Laser Welder

Unlock the Full Potential of Your Business: Key Considerations for Choosing the Right Fiber Laser Welding Machine

Elevate your business's operational excellence with the right fiber laser welding machine. When navigating this pivotal decision, consider these 10 essential factors to ensure you select a machine that aligns with your specific needs and enhances your production capabilities:

1. Multifunctionality: Determine if you need a machine that only welds or one that also offers cutting and cleaning functions. A versatile, multifunctional machine can provide more value.

2. Material Compatibility: Ensure the machine is compatible with the materials you plan to weld, considering the specific metals and alloys used in your operations.

3. Thickness Range and Precision: Evaluate the machine’s ability to handle the range of material thicknesses you work with, alongside the level of precision it offers for your specific welding tasks.

4. Production Volume and Speed: Assess whether the machine’s speed and efficiency align with your production volume needs, especially in high-throughput environments.

5. Automation and System Integration: Consider the machine’s compatibility with automation and whether it can be integrated into your existing production systems.

6. Workspace and Safety: Make sure your facility can accommodate the machine’s size and that you can adhere to the necessary safety protocols, including proper shielding and eye protection.

7. Operator Skill Requirements: Account for the level of technical skill required to operate the machine and the availability of trained personnel or the need for additional training.

8. Maintenance and Upkeep: Understand the maintenance requirements and ensure that they are manageable within your operational framework.

9. Cost, Budget, and ROI: Balance the initial investment against the long-term return on investment, considering both the machine’s cost and potential operational savings.

10. Warranty, Technical Support, and Compliance: Check the warranty and support services provided by the manufacturer and ensure the machine meets industry standards and regulatory requirements.

100% high-intensity sustainable productivity

Unmatched Reliability: The Backbone of Your Continuous Production

In the demanding realm of manufacturing, your equipment's reliability isn't just a benefit – it's essential. The Fiber Laser Welding Machine stands out as a beacon of consistent performance, especially crafted for the rigors of continuous production.

1. Enduring Durability for Uninterrupted Operations
Crafted with top-grade materials and innovative technology, our Fiber Laser Welding Machine is a testament to durability. It’s designed to last, proven by data:

99.8% Operational Uptime: Surpassing industry standards, our machine ensures your production line keeps moving.
Reduced Wear and Tear: Advanced engineering has shown a 40% reduction in wear compared to conventional models.

2. Consistent Performance, Day In and Day Out
Reliability means consistent performance under continuous demand. Our machine offers:

Constant Precision: Maintains accuracy within 0.01mm, even after 10,000 hours of operation.
Efficient Operation: Demonstrates a 30% increase in throughput efficiency over traditional models.

3. Warranty and Guarantee – Your Assurance of Quality

We back our Fiber Laser Welding Machine with a solid warranty and guarantee:

Feature	Our Machine	Industry Standard
Warranty Period	2 Years	1 Years
Response Time	24-Hour Support	48-72 Hours
Component Guarantee	Up to 10,000 Hours	5,000 Hours

4. Long-Term Performance for Future-Proof Operations

Invest in a machine that secures your future:

Software Updates: Regular updates ensure your machine stays ahead of technological advancements.
Scalability: Designed to adapt and scale with your growing business needs.

Embark on a Seamless Experience, from First Contact to Final Delivery

Excellence in Every Step: Your Journey with Our Fiber Laser Cutting Machines

we understand that investing in a fiber laser cutting machine is a significant decision. That's why we've meticulously crafted a process that assures satisfaction, quality, and transparency every step of the way for your reference!

Pre-Sales Service: Tailored Solutions for Unique Needs

Business Meetings: Initiate your journey with a comprehensive business meeting. Here, we dive deep into understanding your specific requirements and expectations.
Engineering Collaboration: Our skilled engineers join the conversation, ensuring that every technical concern is addressed and every requirement is met with precision.
Solving Concerns: We leave no stone unturned in answering your queries, offering you a clear, confident path forward.

Production Quality Control: Precision at Every Stage

Streamlined Processes: Elevate your operations with Kirin Laser’s efficient, detail-oriented production, ensuring timely, quality results. Benefit from our precision and care, enhancing your market success.
Timeline Adherence: Value your time with Kirin Laser. We commit to on-schedule deliveries, supporting your strategic business planning. Trust us to keep your operations smooth and efficient.
Quality Checks: Kirin Laser guarantees top-notch quality. Our thorough checks ensure each machine exceeds standards, boosting your business performance. Partner with us for exceptional machinery, driving your market excellence.

Regular Updates and Transparency:

Production Status: With our commitment to open communication, you’ll receive regular, detailed updates from the start of assembly to the final touches. Our clear timeline and milestone reports enable you to track your machine’s production journey, ensuring you’re always in the loop.
Responsive Interaction: Our team is always on hand to answer your questions and provide clarifications, guaranteeing a fully engaged and informed experience.
Visual Confirmations: Dive deeper into the production process with detailed photos and videos. Each component and accessory is documented, allowing you to verify quality and specifications visually. These real-time updates and visual confirmations are key to our commitment to transparency and trust, giving you a clear view of the precision and care in every production step.

Wooden Case Installation and Verification:

Custom Wooden Case Installation: Tailoring to the specific size of your product, we recommend and install the appropriate cabinet, ensuring safety and compatibility.
Detailed Confirmations: Every detail matters. We share comprehensive photos of the cabinet installation, ensuring every aspect aligns with your expectations.

Seamless Export Procedures:

Document Preparation: From packing lists to invoices, from machine layout drawings to bills of lading, we meticulously prepare and provide all necessary documents for a smooth export process.
Complete Transparency: You’ll have every piece of information required for a hassle-free import, aligning with your local regulations and standards.

Revolutionize Welding with Handheld Fiber Lasers - Agents & Wholesalers Choice

Premium Fiber Laser Welder Accessories, Trust by Customers

Select Your Preferred Welding Method: Water or Air Cooling Options Available

Water-cooled Fiber Laser Welding Machine

Air-cooled Fiber Laser Welding Machine

Specifications

Act right way!

All You Need To Know

Master the Art of Fiber Laser Welding Machines - Your Complete Guide to Expertise

Empowering Industries: Versatile Handheld Fiber Laser Welders for Every Sector

Unlock 100% Efficiency: Free, Expert Tips on Accessory Brand Selection!

The Ultimate Guide to Handheld Fiber Laser Welding Machine Accessories!

Fiber Laser Source

Control System

Laser Welding Head

Wire Feeder

All You Need To Know

Fiber Laser Welding vs. Traditional Welding

Unparalleled Advantages：Fiber Laser Welding

MIG Welding VS Laser Welding

TIG WeldingVS Fiber Welding

Plasma WeldingVS Laser Welding

100% Elevate Your Production with the Right Fiber Laser Welder

Unlock the Full Potential of Your Business: Key Considerations for Choosing the Right Fiber Laser Welding Machine

100% high-intensity sustainable productivity

Unmatched Reliability: The Backbone of Your Continuous Production

Embark on a Seamless Experience, from First Contact to Final Delivery

Excellence in Every Step: Your Journey with Our Fiber Laser Cutting Machines

Pre-Sales Service: Tailored Solutions for Unique Needs

Production Quality Control: Precision at Every Stage

Regular Updates and Transparency:

Wooden Case Installation and Verification:

Seamless Export Procedures:

Laser Machinery Manufactures & Suppliers

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