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COMPANYPROFILE名扬激光
Jiangsu Mingyang Laser Intelligent Equipment Co., Ltd.\*\* is a laser equipment manufacturer integrating R&D, production, and sales, dedicated to providing high-quality industrial laser complete equipment for customers. The company's main product range is diverse, covering laser equipment in multiple fields, including laser soldering machines, laser welding machines, laser welding robots, ultrafast laser processing equipment, precision laser cutting machines, laser marking machines, laser cleaning machines, and automated laser equipment. These devices are widely used in industries such as electronics, automotive, medical, and aerospace, meeting customer production needs in various scenarios.
Since its establishment, the company has consistently adhered to technological R&D and innovation as the core driving force for its development. Through continuous exploration and practice, it has gradually accumulated extensive technical expertise. In this process, the company has obtained multiple utility model patents, fully demonstrating its strength in technological innovation. At the same time, to further enhance its management standards, the company has successfully achieved ISO9001 Quality Management System certification, ISO14001 Environmental Management System certification, and ISO45001 Occupational Health and Safety Management System certification.
The company possesses a modern, independent factory building, which serves as the core area for production and R&D and is a crucial guarantee for efficient operation. The factory building is divided into multiple functional zones, including production workshops, process rooms, inspection rooms, R&D rooms, warehouses, design offices, and sales offices. The layout of each functional zone has been carefully planned to be scientific, rational, efficient, and orderly, ensuring smooth production processes.
Additionally, the company's R&D department is a professional and innovative team, bringing together outstanding talents from fields such as mechanical design, software engineering, optical principles, and process innovation. Team members possess not only extensive industry experience but also profound technical backgrounds, enabling them to quickly propose effective solutions in response to market demands. In recent years, our R&D team has achieved remarkable results in technological innovation and product upgrades, successfully launching several highly competitive products and receiving multiple patents. These new products have not only enhanced the company's market position but also created greater value for customers.
Looking to the future, Mingyang Laser will continue to uphold its business philosophy of "Quality First, Customer Supreme, Revitalize Industry with Quality, Win with Excellence," focusing on the R&D and manufacturing of laser equipment, and committed to delivering even better products and services to customers. With technological innovation at its core, the company will continuously optimize production processes, steadily improve product performance and reliability, and strive to maximize customer value. At the same time, we look forward to joining hands with more partners to jointly promote the development and application of laser technology, injecting new vitality into the industry's growth.
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15
18
Welding Series
26
Cutting Series
Marking Series
Laser cleaning machine
Laser Solder Ball Soldering Machine
> Application fields
Laser solder ball jetting machines are widely used in semiconductor packaging, wafer-level CSP packaging, single-chip BGA packaging, camera module (CCM), voice coil motor (VCM), FPC laser soldering, and various wire bonding applications.
> Equipment Features
• Single-point welding takes only 0.1-0.3 seconds,
offering high welding efficiency.
• Equipped with CCD vision positioning,
it ensures high yield and excellent consistency.
• Extremely small heat-affected zone prevents product deformation or damage.
• Large granite platform with standard dual workstations provides high flatness and strong stability.
Laser solder wire soldering machine (solder paste, solder ring)
> Application fields
Laser tin wire soldering machines are widely used in industries such as 3C electronics, intelligent manufacturing, optical communications, automotive electronics, and electroacoustics, for soldering products including power boards, speakers, microphone heads, RF antennas, transistors, magnetic cores, and more.
> Equipment Features
• Coaxial temperature measurement system,
precise temperature control without damaging solder pads.
• Coaxial vision positioning, high soldering yield and good consistency.
• Real-time monitoring of wire feeding speed and solder volume,
dynamically adjusting welding parameters.
• Extremely small heat-affected zone, avoiding product deformation or damage.
• Large worktable platform, standard dual stations, high flatness and strong stability.
> Sample image
Continuous Fiber Laser Welding Machine
> Application fields
Continuous fiber laser welding machines are widely used in welding applications across various industries, including automotive manufacturing and parts, new energy (such as lithium batteries and photovoltaics), 3C (computers, communications, and consumer electronics), medical devices, aerospace and defense, pipelines and pressure vessels, as well as molds and tools.
> Equipment Features
• Continuous welding uses a continuously stable laser beam (rather than pulsed) acting on the workpiece, with uniform energy density;
• Fiber optic transmission of laser light results in low energy loss and precise power adjustment;
• The laser energy is concentrated, with short action time, resulting in minimal thermal deformation of the workpiece, making it especially suitable for precision part welding;
• The weld seam is smooth and crack-free, with strength close to that of the base material, and excellent sealing performance, meeting demanding conditions such as high pressure and corrosion resistance;
• The laser head is compact and lightweight, and can be integrated with robotic arms and conveyors to form an automated production line, enabling multi-angle and complex trajectory welding.
Laser welding robot
> Application fields
Laser welding robots are widely used for welding in industries such as automotive manufacturing and parts, new energy (lithium battery, photovoltaic, etc.), 3C, medical devices, aerospace and military, pipelines and pressure vessels, molds and tools, and more.
> Equipment Features
• Smooth weld seam, no cracks, strength close to base metal, and strong sealing — suitable for high-pressure, corrosion-resistant, and other demanding scenarios.
• Can be integrated with automatic loading/unloading mechanisms, visual positioning systems,
and weld inspection equipment to form an integrated "loading - positioning - welding - inspection" production line.
• Capable of complex trajectory welding — robot multi-axis linkage enables 360° spatial motion, easily handling complex workpieces such as curved surfaces, corners, and deep cavities.
• Laser welding speed is 3-5 times that of traditional arc welding; combined with continuous operation,
it significantly improves time-based productivity.
• Robots replace manual operations, eliminating human-induced errors and reducing labor and management costs.
> Sample image
Laser welding robot workstation
> Application fields
A laser welding robot workstation is a high-end piece of equipment that integrates laser technology, robotics, and automation control. It performs particularly well in scenarios with stringent requirements for welding quality and consistency. Its main applications include the automotive and new energy vehicle industry, the aerospace industry, the electronics and electrical industry, and the medical device industry.
> Equipment Features
• The workstation integrates the entire process of loading, positioning, welding, inspection, and unloading, reducing time spent on process transfers.
• With a dual-station or multi-station rotary table design,
welding operations and workpiece loading/unloading can be performed simultaneously, reducing waiting time for loading/unloading.
• Optional monitoring modules such as vision inspection and seam tracking enable real-time correction of welding deviations.
• Workstation specifications are designed for workpieces of different sizes; from miniature workstations for electronic components to larger ones, all can be customized via robot model selection, rail extension, etc. to meet requirements.
Vision positioning laser welding machine
> Application fields
Vision positioning laser welding machines are used for parts with tiny dimensions (millimeter/micron level), high precision requirements, consistency variations in mass production, and complex structures (three-dimensional curved surfaces, irregular contours). Examples include miniature connectors, sensor packaging, battery tabs, battery casings, medical catheters, surgical instruments, camera modules, and other products.
> Equipment Features
• High-precision visual positioning for adapting to workpiece errors: real-time image recognition, dynamic trajectory correction, and 3D positioning capability.
• Intelligent control for improved welding consistency: adaptive parameter adjustment, online quality monitoring, and multi-scenario compatible programming.
• High-stability welding for reduced thermal effects: precision laser output, high-speed motion coordination, and strong anti-interference capability.
• High automation integration for industrial production: flexible production compatibility,
Integrated Cutting and Welding Machine
> Application fields
The core advantages of integrated cutting and welding lie in improved efficiency, guaranteed precision, and functional integration, making it especially suitable for industries with high demands on production rhythm and product consistency.
> Equipment Features
• The equipment enables efficient integrated production of metal material cutting and welding, saving processes and time.
• One machine supports both processing methods: cutting first, then automatic welding.
• High-precision coordinated processing reduces positioning errors and ensures welding quality.
• Equipped with automatic loading and unloading for efficient continuous production, suitable for batch manufacturing.
> Sample image
QCW Fiber Laser Welding Machine
> Application fields
QCW fiber laser welding machines are widely used for thin-sheet welding in applications such as 3C precision components, medical endoscopes, precision motors for mobile phones, and battery electrodes. They are also employed in industries including automotive manufacturing, aerospace manufacturing, precision instruments, hardware and sanitary ware, eyewear, and more, for welding various metal materials such as carbon steel, stainless steel, copper, and aluminum.
> Equipment Features
• Capable of achieving precise solder joint control to meet the stringent requirements for welding accuracy in the electronics industry.
• Featuring high peak power and low heat input, it effectively avoids thermal damage during the welding process.
• Constant beam quality across the full power range enables it to meet diverse welding needs, with uniform energy distribution on the welding spot and fine, aesthetically pleasing weld seams.
> Sample image
Galvo Laser Welding Machine
> Application fields
Galvanometer laser welding machines are primarily used in the electronics industry for spot welding or hermetic sealing of components such as mobile phone shielding covers, metal phone casings, and electronic connectors. They are also widely applied in the new energy lithium battery field for busbar welding, nickel-to-aluminum welding, tab welding, and more.
> Equipment Features
• High welding speed: The galvanometer can rapidly change the direction of the laser beam for high-speed scanning over the welding area.
For single-point welding, it greatly reduces idle positioning time,
improving production efficiency by 4—10 times compared to conventional laser spot welding.
• High welding precision: It allows precise control of the laser focus position, making it suitable for welding precision microelectronic components, integrated circuit leads, and more.
• High flexibility: Welding paths and parameters can be easily adjusted to accommodate workpieces of different shapes and sizes. By adjusting the position and direction of the laser beam, a variety of welding shapes can be achieved. Additionally different field lenses and welding powers can be optionally configured.
Plastic Laser Welding Machine
> Application fields
Plastic laser welding machines, featuring advantages such as a noncontact welding process, a small heat-affected zone, excellent weld seam sealing, and no pollutant generation, are widely used in fields that demand high-quality plastic connections, including the automotive industry, medical and healthcare, electronics and electrical appliances, and the packaging industry.
> Equipment Features
• With the aid of a high-precision galvanometer scanning system, micron-level welding precision can be achieved, meeting the welding requirements of precision components.
• Laser energy is highly concentrated, enabling "cold welding" of heat-sensitive plastics such as LCP and PTFE while preserving the base material's properties.
• Non-contact welding produces uniform weld seams without melt inconsistencies or spatter, enhancing the product's surface quality and sealing performance.
• The closed-loop feedback control of the galvanometer laser enables rapid scanning and deflection, facilitating easy integration into automated systems and mass production, thereby improving production efficiency.
> Sample image
Water Cooling Plate Laser Welding Machine
> Application fields
Laser welding of water cooling plates, characterized by high precision, high sealing performance, and high efficiency, has become the mainstream process for water cooling plate manufacturing. It effectively enhances product reliability and production efficiency, particularly in fields such as power battery water cooling plates for new energy vehicles and industrial liquid cooling systems.
> Equipment Features
• High welding precision with a small heat-affected zone,
enabling accurate welding of small components on water-cooling plates (e.g., microchannels, thin fins).
• Excellent weld quality: laser welding produces uniform penetration depth and fine grains,
with extremely low porosity and crack rates.
• Adaptable to complex structures: supports 3D welding via robotic or automated systems,
easily handling non-planar and multi-angle welding requirements.
• High welding efficiency: integrated with automated loading/unloading and vision positioning systems
for "one-key" continuous production.
• Wide material compatibility: suitable for aluminum alloys (e.g., 6xxx and 5xxx series), copper alloys (pure copper, brass), stainless steel, and more.
> Sample image
Non-standard Customized Laser Welding Machine
Picosecond and Femtosecond Precision Laser Cutting Machine
> Application fields
Picosecond and femtosecond precision laser cutters are suitable for cutting, drilling, surface microstructuring (biomimetic structures), scribing, and grooving of ultra-thin metal materials (copper, gold, silver, aluminum, titanium, nickel, stainless steel, etc.), flexible materials (PET, PI, PP, PVC, Teflon, electromagnetic film, adhesive film, etc.), graphene, carbon fiber, silicon wafers, ceramics, FPC, as well as micromachining of polymer materials and composite materials.
> Equipment Features
• Choose picosecond or femtosecond lasers, featuring ultra-short pulses with virtually no heat conduction.
• Suitable for high-speed cutting, etching, scribing, grooving, and drilling of any organic or inorganic material.
• High-precision CCD automatic positioning system capable of recognizing and locating arbitrary shaped mark points.
• Equipped with an optical-grade granite platform and high-precision linear motors for accurate positioning and high stability.
> Sample image
Ceramic laser precision cutting and drilling equipment
> Application fields
The main application areas of ceramic laser precision cutting and drilling equipment include: Electronic Packaging and Substrates, LED and Power Semiconductors, Consumer Electronics Aesthetic Components, 5G Communication and RF, New Energy and Automotive Electronics, Aerospace and Defense, Medical Electronics and Sensors, Industrial Ceramics and Molds, Displays and Optics.
> Equipment Features
• CCD visual positioning with laser height measurement feedback.
• Fine cutting kerf with minimal graphitization.
• Dual-station operation for high processing efficiency.
• High-quality cutting head for excellent cutting results.
• Linear motor motion platform and high-precision granite base for guaranteed precision and stability.
> Sample image
Precision Laser Cutting Machine
> Application fields
Precision laser cutting machine is a cutting technology for thin plates, featuring high machining accuracy, fast speed, smooth and flat cut surfaces, a small heat-affected zone, and no deformation. It is widely used in new energy, 3C electronics, ceramics, silicon steel sheets, mobile communications, digital products, electronic components, precision devices, and more.
> Equipment Features
• The equipment uses marble and aluminum profiles, offering excellent overall rigidity and high strength to effectively prevent structural deformation.
• Equipped with imported precision linear guides, it achieves high positioning accuracy and maintains high precision over long periods.
• The EtherCAT bus-based CNC system enhances equipment flexibility and scalability.
• Various modes of axis pitch compensation are supported, ensuring the machining accuracy of the machine tool.
• An optional vision positioning system enables automatic cutting with visual alignment.
Picosecond And Femtosecond Laser Precision Machining Equipment
> Application fields
Picosecond and femtosecond laser precision processing equipment, leveraging their core advantages of ultra-short pulses, high peak power, and an extremely small heataffected zone (with almost no thermal damage), enables high-precision, highcontrast, and permanent marking on various material surfaces. It is widely used in sectors such as semiconductors and components, consumer electronics parts, automotive components, aerospace titanium alloys, medical devices, and the photovoltaic industry.
> Equipment Features
• Ultra-short pulses can precisely focus energy onto a tiny area on the material surface (the focused spot diameter can be as low as the micrometer scale, and for femtosecond pulses, even down to the nanometer scale), without the "heat-affected zone (HAZ)" caused by thermal diffusion, enabling the fabrication of fine structures that are impossible with traditional processes.
• Not limited by material hardness, brittleness, or electrical conductivity, it can process almost all materials, from metals to non-metals, from brittle materials to flexible materials, and is particularly suitable for special materials that are difficult to handle with conventional techniques.
• Thanks to its "cold processing" characteristics, the processed material exhibits no thermal deformation, no chemical contamination, and no residual stress, eliminating the need for subsequent steps such as grinding and cleaning, thereby directly improving the yield of finished products.
Laser Glue Removal Machine
> Application fields
Laser debonding is widely used in high-end IC chip manufacturing, and is particularly suitable for the following scenarios: flip chip rework, waferlevel packaging (WLP), CMOS image sensors (CIS), RF chips, and automotive electronics chips.
> Equipment Features
• Non-contact processing, with no direct contact with the chip body, pins, or packaging structure throughout the entire process.
• Micron-level precision, suitable for the tiny dimensions of chips.
• Supports integration with chip production lines (e.g., packaging, testing) to achieve in-line batch processing.
• The sources of burrs on IC chips involve various materials (encapsulation resin metal pins, solder, wafer substrate, etc.). Lasers can adapt to different materials by adjusting parameters (wavelength, power, pulse width) to avoid damaging the substrate.
Vision Positioning Laser Marking Machine
> Application fields
The vision-positioning laser marking machine, with its core advantages of "automatic workpiece position recognition and precise marking," is widely used across multiple industries. It is particularly suitable for scenarios such as mass production, random placement of workpieces, or high-precision marking. Its core industry applications can be briefly summarized as follows: electronics and electrical appliances, automotive, medical devices, packaging and logistics, hardware and machinery, aerospace, and others.
> Equipment Features
• Automatic positioning, eliminating human errors;
• Adapts to complex scenarios with high flexibility;
• Efficient batch processing for cost reduction and efficiency improvement;
• Accurate and stable labeling with controllable quality;
• Simplified operation for beginners to get started quickly.
> Sample image
Fiber Laser Marking Machine
> Application fields
Fiber laser marking machines, owing to their advantages such as high beam quality, high marking efficiency, and compatibility with a wide range of metals and some non-metallic materials, are among the most widely used equipment in the field of industrial marking. Their core application areas can be divided into: metal processing, medical devices, electronics and electrical appliances, automotive and components, jewelry, and hardware and building materials.
> Equipment Features
• Strong adaptability to metals, while also suitable for some non-metals.
• High marking efficiency, supports dynamic operation.
• Consumable-free operation, reducing material costs.
• Low energy consumption + long service life, low operation and maintenance costs.
• High stability, good environmental adaptability.
> Sample image
UV Laser Marking Machine
> Application fields
The ultraviolet laser marking machine, leveraging its cold processing characteristics—extremely small heat-affected zone, high marking precision, and compatibility with a wide range of materials—is widely used across various industries. It is particularly suitable for scenarios demanding high marking accuracy and material integrity. Its applications include the electronics and electrical industry, medical device industry, packaging industry, glass and ceramics industry, and specialty plastics.
> Equipment Features
• The laser energy is concentrated, with an extremely small heat-affected zone,
preventing deformation or damage to heat-sensitive materials such as plastics, glass, and semiconductors.
• The small spot diameter enables micron-level marking, meeting the fine marking requirements
of industries like electronics and medical devices.
• It is compatible with a wide range of materials. Compared to other types of laser marking machines,
UV lasers offer broader material compatibility, effectively solving marking challenges for "difficult-to-process materials."
• No ink or solvents are required—only electricity—reducing costs and being environmentally friendly,
while complying with safety standards for food and medical applications.
CO₂ Laser Marking Machine
> Application fields
The carbon dioxide laser marking machine is a device that operates using mid-infrared laser light with a wavelength of 10.64 μm. Its core features are high absorption efficiency and thermal processing capability for non-metallic materials. Its applications span multiple industries, including packaging, electronics, building materials, daily chemicals, and cultural creativity.
> Equipment Features
• Specifically designed for non-metallic materials, it efficiently processes almost all organic and some inorganic non-metallic materials, including paper, plastics (PE/PET/PVC, etc.), leather, fabric, wood, rubber, glass, ceramic, stone, and more.
• High-speed character marking meets the mass production demands of assembly lines —such as those in food and pharmaceutical packaging—with a "mark-and-go" capability.
• By carbonizing, vaporizing, or melting the material surface, it creates permanent marks that integrate seamlessly with the material itself. These marks are resistant to abrasion, extreme temperatures, and aging, with no risk of peeling off.
3D Laser Marking Machine
> Application fields
Precision Marking for Curved/Irregular Components in the Consumer Electronics & Smart Device Industry;
Traceability and Compliance Marking for Complex Structural Parts in the Automotive & Components Industry;
Compliance Marking for Precision Irregular Parts in the Medical Device Industry; Deep Marking for Deep-Cavity/High-Drop Workpieces in the Hardware & Mold Industry;
High-Reliability Marking for Irregular Components in the Aerospace & High-End Manufacturing Industry.
> Equipment Features
• With a dynamic focusing system (capable of real-time adjustment of laser focal length and deflection angle), it can "follow the workpiece contour" to achieve full-area coverage, meeting the marking requirements for complex-shaped workpieces.
• By adopting a "one-time positioning, full-process following" approach, it significantly simplifies the process steps while being compatible with a wider range of workpiece sizes and materials.
• The dynamic focusing system features micron-level (μm) adjustment precision.
Combined with a high-precision galvanometer, it maintains uniform laser energy density and marking depth on three-dimensional workpiece surfaces, ensuring marking consistency.
Laser Marking Machine Collection
Handheld Pulsed Laser Cleaning Machine
> Application fields
Mold cleaning, pre-treatment for part bonding, and removal of coating layers. In aerospace and automotive manufacturing, remove surface contaminants and oxide layers without damaging the part surface.
Clean dust, oil, and impurities from electronic components.
Pre-weld treatment: quickly and precisely remove oil, rust, and oxide layers from the weld area to improve welding quality and efficiency.
> Equipment Features
• The laser acts only on surface contaminants without damaging the substrate.
• By adjusting parameters, it can target different contaminants such as oil stains (low power) and thick rust (high power).
• The equipment is compact and flexible, suitable for complex scenarios (outdoor environments, confined spaces, irregular workpieces, etc.).
• Built-in safety mechanisms include laser interlock, overheat protection, and human presence detection, providing multiple layers of protection.
• The equipment is environmentally friendly, non-polluting, with zero consumables and low operating costs.
> Sample image
Jiangsu Mingyang Laser Intelligent Equipment Co., Ltd
Add: No. 45 Xinqian Road, Zhonglou District, Changzhou City, Jiangsu Province
Tel: 0519-83368828
Mob:13584520810
Email: fs@mylaser99.com
Web: www.jsmylaser.com
