Products

  • High Precision Professional Die Casting & Stamping Mold Crack and Wear Repair Die Repair Welding Machine

    High Precision Professional Die Casting & Stamping Mold Crack and Wear Repair Die Repair Welding Machine

    Mold welding machine is a kind of equipment dedicated to mold repair and welding. It can mend defects such as wear, cracks and chipped corners on molds, thereby extending the service life of molds and reducing production costs.

  • with CCD large screen Cabinet Type for spot welding mending splicing jewelry  factories repair shops  Jewelry Spot Welder

    with CCD large screen Cabinet Type for spot welding mending splicing jewelry factories repair shops Jewelry Spot Welder

    Jewelry welding machines are core precision equipment in the jewelry processing and repair field, specially designed for the fine welding and mending of precious metal jewelry such as gold, silver, platinum and palladium. Boasting the advantages of a small heat-affected zone, high welding precision and firm, aesthetically pleasing weld spots, they have replaced traditional welding torches and become indispensable for jewelry processing factories, jewelry repair shops and custom jewelry workshops. The mainstream type is the laser jewelry welding machine, which is further divided into desktop and cabinet models. Most high-end models are equipped with a CCD high-definition imaging system to further enhance operational accuracy.

  • High Mobility Easy to Operate Customized Portable Sheet Metal Welding for Aluminum Alloy & Stainless Steel Handled Welding Machine

    High Mobility Easy to Operate Customized Portable Sheet Metal Welding for Aluminum Alloy & Stainless Steel Handled Welding Machine

    A handheld welding machine is a portable, flexible welding device designed for on-site, small-space, or irregular workpiece welding operations. It integrates core components (such as power supply, welding gun, and control system) into a compact structure, often equipped with wheels or handles for easy movement.

  • Collision Prevention Drag-and-Drop Teaching for Hardware Auto Parts Welding 6-Axis  Cobot Laser Welding Machine

    Collision Prevention Drag-and-Drop Teaching for Hardware Auto Parts Welding 6-Axis Cobot Laser Welding Machine

    Collaborative Laser Welding Machine (also referred to as Laser Collaborative Welding Machine) is an automated welding device that deeply integrates collaborative robot and laser welding technologies. Its core advantages include safe human-robot collaboration, easy operation via drag-and-drop teaching, and high-precision flexible welding. It is suitable for efficient welding scenarios involving multi-variety, small-batch production and complex workpieces.
     
  • Italy 200w Jewelry Soldering Equipment for Stainless Steel Jewelry Processing Factory Repair Shop Jewelry Laser Spot Welder

    Italy 200w Jewelry Soldering Equipment for Stainless Steel Jewelry Processing Factory Repair Shop Jewelry Laser Spot Welder

    The bench-top jewelry laser spot welder is a compact, precision welding device specifically engineered for the jewelry and accessory industry. Powered by pulsed laser technology, it generates a microscopic laser spot (0.1–2mm in diameter) through beam focusing, enabling high-precision spot welding, hole repairing, porosity mending, and inlay reinforcement for precious metals such as gold, silver, platinum, and their respective alloys. Boasting an integrated design with a built-in water chiller, this welder can be placed directly on a workbench for plug-and-play operation, making it the ideal equipment for jewelry processing factories, repair shops, and private studios.

     
  • Quick Prototyping, Grain Textured Molds, Wood Grain Molds, Custom Texture Engraving for Geometric Patterns, 3D Laser Mold Marking Texturing Machine

    Quick Prototyping, Grain Textured Molds, Wood Grain Molds, Custom Texture Engraving for Geometric Patterns, 3D Laser Mold Marking Texturing Machine

     Core Technical Principles

    Focused high-energy laser beams, under the precise control of a Computer Numerical Control (CNC) system, perform localized vaporization ablation or micro-melting reshaping on the surface of mold steel:
    • For fine textures (e.g., frosted finish, anti-fingerprint texture): The laser beam conducts high-density micro-area scanning, creating uniformly distributed micro-pits or protrusions on the mold surface.
    • For complex three-dimensional textures (e.g., wood grain, carbon fiber texture, leather grain): Layered scanning and path planning are adopted to replicate the depth hierarchy and detailed contours of the texture.
    The non-contact machining process avoids mechanical stress damage to the mold, enabling high-precision and highly consistent texturing effects.
  • Professional YAG 10-inch High clear Screen CCD for Gold and Silver Jewelry Laser Welding Machine

    Professional YAG 10-inch High clear Screen CCD for Gold and Silver Jewelry Laser Welding Machine

    1.Easy to use: Touchscreen control with a microscope and CCD, easy to operate, ensuring precise welding every time.

    2.It is widely used in jewelry, especially for drilling holes in gold and silver jewelry, as well as for repairing and welding items such as wedding rings and necklaces.
  • With CCD and Microscope Easy to operation Gold and Sliver Jewelry Laser Welding Machine

    With CCD and Microscope Easy to operation Gold and Sliver Jewelry Laser Welding Machine

    The term  refers to jewelry welding, a core process in jewelry manufacturing, repair, and restoration. It involves heating metals (or solder) to their melting point to join jewelry components—such as gemstone setting prongs, chain links, and joints of the jewelry main body. To ensure the weld is strong, aesthetically pleasing, and does not damage the jewelry itself (especially gemstones), appropriate welding techniques must be selected based on the jewelry’s material, structure, and technical requirements.

  • 300W High Clear Screen CCD Model Jewelry Laser Engraving Welding Machine

    300W High Clear Screen CCD Model Jewelry Laser Engraving Welding Machine

    Focusing on high-quality global jewelry welding equipment and solutions, the core lies in precision tools led by laser welding technology, which are compatible with various precious metals and alloys such as gold, platinum, and titanium alloy. These premium devices achieve micron-level positioning accuracy with ultra-fine laser beams of 0.1-2mm. Featuring an extremely small heat-affected zone, they can complete delicate operations like chain link repair and claw setting reinforcement without removing gemstones, and the weld seams are invisible with strength comparable to the base metal.

  • Multifunctional Easy-to-Operate Water-Cooled YAG Spot Welder New Permanent Hardware High Precision Laser Spot Welding Machine

    Multifunctional Easy-to-Operate Water-Cooled YAG Spot Welder New Permanent Hardware High Precision Laser Spot Welding Machine

    Jewelry spot welder is a precision welding equipment specially designed for jewelry processing, and its core function is to address the welding needs of “high precision, low loss, and material protection” in the process of precious metals (such as gold, silver, platinum, etc.) and gemstone setting.

  • High Precision Necklace Ring Repair Jewelry Setting Gold Sliver Jewelry Laser Spot Welding Machine

    High Precision Necklace Ring Repair Jewelry Setting Gold Sliver Jewelry Laser Spot Welding Machine

    Professional Jewelry Welding Machine: Precisely Empower Jewelry Manufacturing, Seamlessly Connect Quality and Efficiency

    In the jewelry processing industry, welding is a core process that determines the forming precision, appearance texture, and structural stability of jewelry. Our professional jewelry welding machine is custom-developed for precious metals and alloys such as gold, K-gold, silver, platinum, and alloys. Integrating core advantages including precision welding technology, intelligent control, and safety & environmental protection, it covers full-scenario needs such as jewelry splicing, link welding, setting reinforcement, and repair welding. It is an essential equipment for jewelry factories and custom studios to improve process standards and optimize production efficiency.

    1. Micron-level Precision Welding, Seamless Formation

    Supports complex processes such as micro-spot welding (e.g., tiny link welding, claw setting reinforcement), large-area splicing (e.g., pendant body welding), and special-shaped structure welding. Compatible with various jewelry types including rings, necklaces, earrings, and bracelets.

    2. Multi-material Compatibility, Covering Full-scenario Needs

    Fully compatible with various precious metals and alloys such as gold (9K-24K), K-gold, silver, platinum, palladium, titanium steel, and copper alloy. No need to replace core components for quick material switching, reducing production transition costs. Suitable for workpieces of different thicknesses, from 0.1mm thin links to 5mm thick jewelry bodies, meeting both delicate small-piece and heavy-industry jewelry production scenarios. Also supports dissimilar material welding (e.g., gold & silver, K-gold & alloy), breaking material limitations and providing more possibilities for personalized jewelry design and process innovation.

    3. Intelligent Control, Simple and Efficient

    Equipped with a high-definition touch screen, built-in multiple welding modes (spot welding, continuous welding, pulse welding). One-click parameter calling based on jewelry material, thickness, and welding process is available, with support for custom parameter storage—easy for beginners to master quickly. Welding speed is 3-5 times faster than traditional welding equipment, with a single spot welding time as short as 0.01 seconds, greatly shortening the production cycle and easily handling large-volume orders. Equipped with automatic focusing and infrared positioning functions, enabling visual precise positioning of welding spots, reducing operation difficulty and scrap rate.

    4. Safety & Environmental Protection, Safeguarding Processes and Health

    No open flame, smoke, or harmful gas emissions during welding, complying with environmental standards and avoiding pollution to the workshop environment and damage to operators’ health. Adopts low-energy design, saving over 30% energy compared to traditional welding equipment and reducing production energy costs. Built-in multiple safety mechanisms such as over-temperature protection, over-current protection, and high-voltage protection, ensuring stable and reliable equipment operation and eliminating potential safety hazards.

    5. Compact and Portable, Flexibly Adapting to Scenarios

    Features a compact design (size example: 600×500×800mm) and light weight (approximately 30-50KG), saving workshop space and allowing flexible movement to different workstations. Supports desktop placement, suitable for both production lines of large jewelry factories and space requirements of small custom studios and jewelry repair shops. Operates at low noise (≤60dB), creating a quiet and comfortable working environment.

    III. Application Scenarios: Fully Covering Jewelry Processing Needs

    • Jewelry Factories: Link welding, jewelry splicing, setting reinforcement, and special-shaped structure welding in mass production;
    • Custom Studios: Personalized jewelry design, niche jewelry processing, and production of customer-specific custom orders;
    • Jewelry Repair Shops: Broken link repair, welding patchwork, and jewelry renovation & reinforcement;
    • Jewelry Colleges/R&D Institutions: New process testing, jewelry design R&D, and skill training.
  • 3W 5W High-Speed Serial Number Marking Automotive Parts for Plastic & Glass Jewelry Laser Marking Machine

    3W 5W High-Speed Serial Number Marking Automotive Parts for Plastic & Glass Jewelry Laser Marking Machine

    Basic Principle

    The laser marking machine is an opto-mechatronics device that integrates laser electronics, electromechanical numerical control, and computer technologies. It utilizes a highly focused laser beam emitted by an excited crystal rod to scan the workpiece along a fixed trajectory. The laser energy is instantly converted into thermal energy, causing rapid physical or chemical changes in the surface material of the workpiece, thereby engraving various numbers, symbols, and icons on the workpiece surface.
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