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DPLASER began to mak expert team in 2008, and launched a new generation of laser marking machine. DPLASER provides customized laser cleaning machine solutions according to customer requirements, achieving efficient, non-destructive, and environmentally friendly cleaning processes that improve production efficiency and enhance product quality. DPLaser has production bases in Shenzhen, Wenzhou, Kunshan and Jiangsu, a large laser cutting machine production base in Dongguan, and more than 20 offices in major cities and regions in China and the world. DPLASER has set up production and R&D bases in more than 27 major cities across the country. We are committed to assisting industrial application laser equipment and helping partners to obtain more business value and benefits. Founded in 2011, DPLASER is a collection of innovation, manufacturing, sales and customer support in one of the high-tech laser equipment enterprises. We provide range of customized laser equipment caters to all your machining needs, enhancing productivity and consistently delivering high-quality results. Founded in 2011, Shenzhen Dapeng Laser Technology Co., LTD.
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Featured
6 Axis Robotic Laser Welding Machine
... The industrial laser welding robot is a sophisticated industrial automation system that combines robotics and laser welding technology to perform precise and efficient welding on metal components. ...
Orlando, United States
51-100 Employees
1957
LaserStar Technologies was founded in 1957 in Riverside, Rhode Island. The company continually strives to enhance the quality, performance, and innovation of its laser products to help ensure its customers are operating at their highest potential. LaserStar offers modern, lean manufacturing, engineering, and application laboratory facilities located in Warwick, Rhode Island, Orlando, FL, and Arcadia, CA. We also offer international sales and support with corporate partners and sales representatives throughout the world.Our laser education, applications engineers, and service technicians are highly qualified in all areas of laser technology and are available to offer our customers a choice of programs. We offer installation, in-house, on-site and virtual training as well as other education and service programs.
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Laser Welding Technology
... Laser Welding Technology | ...
Chennai, India
11-50 Employees
2004
I Tech Laser is a pioneer in the field of lasers for the last 10 years, proudly presenting its latest laser machines for various applications. Since the day of its establishment, I Tech Laser brand has been devoted to the research and development, innovation and production of high quality machines. So far, we have successfully installed our products in India. The founder of I Tech Laser, Vijayakumar J began the business with three core values. His entrepreneurial dream was to create a widely respected, well-organized and ultramodern workplace where individuals are motivated to learn and grow professionally.
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Handheld Fiber Laser Welding Machine HW-Series
... Handheld Fiber Laser Welding Machine HW-Series – Construction ...
Dongguan, China
51-100 Employees
2006
Dongguan Mactron Technology Co., Ltd (referred to Mactron), was founded in 2008 by Mactron Technology Co., Limited., specializing in developing, manufacturing and selling of industrial laser equipment system and customized automation devices. At present, it has developed into a global laser intelligent equipment service provider integrating laser equipment, precision machinery, digital control and modern management.
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QCW Laser Welding Machine
... QCW Laser Welding Machine | Mactron ...
Garching bei München, Germany
11-50 Employees
2008
Innovative Scan-Lösung mit integrierter OCT-Prozessüberwachung wird mit Innovation Award Laser Technology 2022 ausgezeichnet. Forschungsprojekt untersuchte OCT für Remote-Laserschweißen zur Flexibilisierung der Fertigung im Karosseriebau und bei der E-Mobilität. Blackbird Robotersysteme ist der Experte für Systemlösungen im Bereich Remote-Laser-Schweißen. Unsere Kernkompetenz ist die Entwicklung leistungsfähiger Steuerungstechnik, intuitiver Anwendersoftware und ergänzender Prozessüberwachungslösungen für 2D- und 3D-Scan-Systeme der Schwesterfirma SCANLAB. Damit bietet Blackbird Maschinen- und Anlagenbauern weltweit ein breites Spektrum an hoch effizienten, vorintegrierten Lösungen für die Serienfertigung im Automobilbau, in der Elektromobilität und in zahlreichen anderen Industriezweigen.
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Featured
Products: Technology experts for remote laser welding
... Products: Technology experts for remote laser welding ...
Cherwell District, United Kingdom
11-50 Employees
1975
Laser Lines was founded in 1975 and has grown to become one of the UK’s leading suppliers of 3D printers, additive manufacturing systems, laser processing solutions, laser photonics products and associated accessories. We also have a sub-contract facility for 3D printing and additive manufacturing requirements. Our customers come from sectors as diverse as university research, automotive production, tooling manufacturing and product design. From universities, research and development and automotive production, to tooling manufacturing and jewellery design, the industries we work with expect continual developments: better, faster products at more economical and lower price points. By keeping up with these advances we are able to tailor our solutions to vastly different business sectors and expand the range of industries using laser solutions and 3D printing. We know we can rely on them for excellent quality products and service, supported by experience and technical knowledge.” Neal Croxford, Director - DeBe Lasers. Laser Lines is one of the UK’s leading suppliers of 3D printers, additive manufacturing systems, laser processing solutions, laser photonics products and associated accessories. Representing over 20 suppliers of proven technology, our experienced sales and support teams offer an end-to-end service which includes training, installation, maintenance and repair services for all of our products.
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SISMA SW-S Laser Welding Workstation
... SISMA SW-S Laser Welding Workstation - Laser ...
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Featured
Laser Welding System
... Precision Laser Welding ...
Złotniki, Poland
1-10 Employees
We provide laser mold welding and engraving services. We are open to changes and development based on new technologies on the polish and foreign markets. We are proud to announce that this week we were honored twice at Plastpol Fair 2021! In our offer you will find high-quality equipment for laser welding and engraving, as well as all the necessary accessories, which will ensure high-level work tailored to your specific needs. In addition, we offer training in the field of welding and polishing of molds, as well as a mobile service for molds over 1 ton.
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Featured
Laser Welding Systems
... Laser Welding ...
Moritzburg, Germany
1-10 Employees
Die L & A Lasertechnik und Applikationen GmbH zählt zu den führenden Spezialisten für Lasertechnik, Laserauftragsschweißen und Edelstahlschweißen im mitteldeutschen Raum. Zum umfangreichen Produkt- und Leistungsportfolio des Unternehmens mit Sitz in Moritzburg bei Dresden zählen auch Lasergravuren bzw. Das gilt für die Verfahrens- oder Produktentwicklung, die fügetechnische Herstellung von Prototypen und auch für die Serienfertigung. Dieser Erfahrungsschatz fließt auch in die Entwicklung eigener Produkte ein. Vom (mobilen) Laserschweißen über WIG-/MIG-/MAG-Schweißen bis zur Lasergravur und -beschriftung: unser Serviceangebot deckt das gesamte Spektrum ab und lässt keine Wünsche offen. Im Rahmen des Laserauftragsschweißens bearbeiten wir hauptsächlich Aluminium und Edelstahl. Werkstoffe wie Titan oder voll-austenitische hochkorrosionsbeständige Edelstähle verarbeiten wir ebenso wie Platin, Tantal und weitere Edelmetall-Legierungen.
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Laser welding wire
... In collaboration with experienced metallurgists, users & welding filler manufacturers, we have developed a wide portfolio of welding wires for laser welding. ...
Sona, Italy
11-50 Employees
2007
ElettroLaser is an Italian company based in Sona di Verona. ElettroLaser is a dynamic, young company that, over the years, has specialized in the design and production of laser machines for micro-welding and engraving via laser, becoming more and more a reference on markets such as those of jewelry and precious metals, medicine and dentistry, industrial technology.All the strategic stages are developed within the company: research; software, hardware and mechanical engineering are carried out according to the strictest standards to offer products that are qualitatively superior and reliable. On request, ElettroLaser can supply custom and OEM products, developing them according to customer specifications. Our goal is to enable our clients and partners to achieve greater and greater success. The laser of the future is here!From the outset, we have constantly introduced new innovative standards that others then followed.The company is grounded in a solid financial base, a strong pioneering spirit and a real passion for quality. We make available a wide range of products and different solutions for different needs, always with the highest performance. Rapid deliveries, global presence and customer assistance anywhere in the worldwide. Reference point for thejewelry sector, we offer‘prestigious’ laser solutions.
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Featured
MegaHIT 300, designed for the laser welding of precious metals, especially silver
... Laser welding machine for continuous use, bulky materials or simply for intensive welding of silver, gold and metals in industry. ...
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Some interesting numbers and facts about the results you have just received for Laser Welding
| Country with most fitting companies | United States |
| Amount of fitting manufacturers | 532 |
| Amount of suitable service providers | 586 |
| Average amount of employees | 11-50 |
| Oldest suiting company | 1957 |
| Youngest suiting company | 2008 |
Laser welding, a highly precise and efficient process, utilizes a concentrated laser beam as its primary heat source to join multiple pieces of metal or thermoplastics. This advanced technique is distinguished by its ability to focus a high energy density beam onto a small area, enabling deep welds and high joining rates. The methodology behind laser welding allows for the controlled melting of the workpieces, which solidify to form a strong, durable bond upon cooling. This process is notable for its minimal heat input, leading to reduced thermal distortion and allowing for the welding of components with complex geometries or thin-walled structures. In its respective field, laser welding has revolutionized manufacturing and fabrication processes across various industries, including automotive, aerospace, and medical devices. Its precision and versatility make it ideal for creating strong welds in areas that are difficult to access with traditional welding methods. Furthermore, the ability to automate the laser welding process has significantly enhanced production efficiency, reduced costs, and improved the overall quality of the final products. The introduction of laser welding has not only increased the range of materials that can be welded but also enabled the development of innovative designs and applications, underscoring its pivotal role in advancing manufacturing technology and material science.
1. Precision and Accuracy
Laser welding offers unparalleled precision and accuracy, allowing for intricate work on small or delicate parts without damaging surrounding areas. This precision is particularly beneficial in industries requiring fine detail, such as electronics or medical device manufacturing.
2. Speed and Efficiency
The process is significantly faster than traditional welding methods due to its automated nature and the speed at which the laser can operate. This efficiency leads to increased production rates and reduced project completion times, making it a cost-effective solution for businesses.
3. Versatility
Laser welding can be applied to a wide range of materials, including metals, plastics, and composites, offering flexibility across various applications. Its adaptability to different thicknesses and compatibility with numerous materials makes it a versatile tool in manufacturing and repair work.
4. High-Quality Joints
The technique produces high-strength, high-quality joints with minimal distortion or weakening of the welded area. This results in stronger, more reliable products and structures, enhancing their longevity and performance.
1. Capability and Experience
Ensure the supplier has extensive experience with laser welding technology and can handle the complexity of your projects. Their portfolio should demonstrate a track record of successful applications similar to your needs.
2. Quality Control Processes
Check for stringent quality control measures in place. Suppliers should have certifications like ISO 9001 to guarantee the consistency and quality of their laser welding outputs.
3. Material Compatibility
Confirm that the supplier has the capability to work with the specific materials you plan to use. Different materials require different laser welding approaches for optimal results.
4. Customization and Flexibility
The supplier should offer customization options and be flexible in adapting to your project's unique requirements. This includes the ability to scale operations up or down based on demand.
5. After-sales Support
Look for suppliers who provide robust after-sales support, including maintenance, technical assistance, and training for your team to ensure smooth operation post-purchase.
6. Cost-effectiveness
While not compromising on quality, the supplier should offer competitive pricing and demonstrate cost-effectiveness in their laser welding solutions.
Laser welding is a pivotal technique in the automotive industry, where precision and durability are paramount. Manufacturers leverage this technology to join metal parts in vehicles with high accuracy, resulting in stronger welds that enhance the safety and longevity of automobiles. This method is especially beneficial for lightweight and electric vehicles, where the integrity of battery enclosures and frames is critical. In the aerospace sector, the need for lightweight yet strong components makes laser welding invaluable. This technology facilitates the construction of aircraft and spacecraft parts, ensuring they meet the rigorous standards for safety and performance. By enabling the welding of dissimilar materials, laser welding supports the innovation of designs that contribute to fuel efficiency and overall performance enhancements in the aerospace industry. The medical device industry also benefits significantly from laser welding. It is used to manufacture small, intricate components with precision, such as in pacemakers and surgical tools. The ability to create sterile, biocompatible welds without compromising the integrity of sensitive electronics inside these devices is crucial. This aspect of laser welding ensures that medical devices remain safe and reliable for patient care. In electronics manufacturing, laser welding's precision supports the miniaturization trend. It allows for the joining of small components with minimal heat input, reducing the risk of damaging sensitive electronic parts. This capability is essential for producing high-quality, durable electronic devices, ranging from smartphones to advanced computing systems.
Laser welding, a technology widely recognized for its precision and efficiency in joining materials, currently sits at a high Technology Readiness Level (TRL) of 9. This designation reflects its mature status, having been rigorously tested and validated in operational environments. The journey to this advanced TRL is underpinned by several technical advancements and extensive real-world application. Key among these is the development of fiber lasers, which offer significant improvements in beam quality, energy efficiency, and scalability, allowing laser welding to be adapted across various industries including automotive, aerospace, and electronics. Additionally, the advent of computer numerical control (CNC) technology has facilitated the automation of laser welding processes, enhancing repeatability and precision. Innovations in real-time monitoring and control systems have further bolstered its reliability, enabling the detection and correction of defects in real-time. These technical milestones collectively underscore laser welding's evolution into a highly dependable and versatile manufacturing tool, capable of meeting stringent quality standards and accommodating complex geometries. Its high TRL signifies not only a proven track record in diverse applications but also a readiness for future innovations that may expand its utility even further.
In the Short-Term, laser welding is set to become more accessible and versatile. Advancements in fiber laser technology will lead to more compact, energy-efficient systems that can be easily integrated into existing manufacturing lines. The focus will also be on developing user-friendly interfaces and software that simplify the process for operators, making precision laser welding achievable with minimal training. The Mid-Term phase will witness significant improvements in laser power and control, enabling the welding of a broader range of materials, including high-reflectivity metals like copper and aluminum, with unprecedented precision. Adaptive welding techniques, powered by AI and machine learning, will emerge, allowing real-time adjustments to laser parameters based on in-process monitoring. This phase will also see the introduction of hybrid welding technologies that combine laser welding with traditional methods to overcome limitations in speed, thickness, and material compatibility. In the Long-Term, the focus will shift towards fully autonomous laser welding systems, capable of self-optimization for different tasks without human intervention. Breakthroughs in ultrafast laser technology will enable the welding of dissimilar materials without compromising their individual properties, opening up new possibilities in manufacturing and design. Additionally, advancements in laser safety and the miniaturization of equipment will facilitate the deployment of laser welding in novel, field-based applications, significantly expanding its utility beyond traditional settings.
