Star Lase Systems Pvt Ltd

A Jewellery Laser Welding Machine is a high-precision welding solution specially designed for repairing and manufacturing fine jewellery items. Using advanced laser welding technology, it allows accurate, clean, and strong welds on delicate metals without damaging stones or altering the original design.

This machine is widely used by jewellers, goldsmiths, jewellery manufacturers, and repair workshops for precise joining, resizing, and repair work.

Key Features

 

• �� High Precision Laser Welding: Enables micro-level welding with excellent control, ideal for intricate jewellery designs

• �� Stone-Safe Welding: Allows welding close to gemstones without removing them, reducing repair time

• �� Minimal Heat Affected Zone: Prevents discoloration, distortion, or metal deformation

• �� Microscope / Camera Viewing System: Provides clear magnified view for accurate welding on small components

• �� Adjustable Laser Parameters: Power, pulse width, and frequency can be adjusted as per metal type

• �� Compact & User-Friendly Design: Easy operation suitable for jewellery workshops and retail stores

• �� No Consumables Required: Eliminates the need for solder, flux, or filler material
  
  

  Key Features

   

  • �� High Precision Laser Welding: Enables micro-level welding with excellent control, ideal for intricate jewellery designs

  • �� Stone-Safe Welding: Allows welding close to gemstones without removing them, reducing repair time

  • �� Minimal Heat Affected Zone: Prevents discoloration, distortion, or metal deformation

  • �� Microscope / Camera Viewing System: Provides clear magnified view for accurate welding on small components

  • �� Adjustable Laser Parameters: Power, pulse width, and frequency can be adjusted as per metal type

  • �� Compact & User-Friendly Design: Easy operation suitable for jewellery workshops and retail stores

  • �� No Consumables Required: Eliminates the need for solder, flux, or filler material
    
    

    Typical Technical Specifications

    (May vary by model)

     

    • Laser Type: Nd:YAG / Fiber Laser

    • Laser Power: 60W / 100W / 150W / 200W

    • Wavelength: 1064 nm

    • Pulse Energy: Adjustable

    • Cooling System: Air Cooling / Water Cooling

    • Viewing System: High-resolution microscope or CCD camera

    • Power Supply: Single Phase, 220V, 50Hz
      
      

      Applications

       

      ✔ Gold & silver jewellery repair
      ✔ Ring resizing and joint welding
      ✔ Chain and bracelet repair
      ✔ Prong & setting repair
      ✔ Platinum jewellery welding
      ✔ Crack filling and porosity repair
      ✔ Fine jewellery manufacturing work
      
      

      Advantages

      • ⚡ Fast and precise welding

      • �� Clean, strong, and smooth joints

      • �� Safe for gemstone-set jewellery

      • �� Reduces rework and polishing

      • �� Increases productivity and repair quality

      Ideal For

       

      Jewellery manufacturers, retail jewellers, hallmarking centres, repair workshops, goldsmiths, and custom jewellery designers  

Fiber Laser Welding Machine 1000W – 3000W and similar systems are advanced laser-based welding machines that use a fiber laser source to join metal parts together with high precision and speed. Instead of using an electric arc or flame like traditional welders, these machines focus a powerful laser beamHow It Works

1. Laser Generation:
   A solid-state fiber laser produces a coherent, high-power beam, typically in the 1070–1080 nm wavelength range, using rare-earth-doped optical fibers.

 directly on the joint, melting and fusing the metals without physical contact.

How It Works

1. Laser Generation:
   A solid-state fiber laser produces a coherent, high-power beam, typically in the 1070–1080 nm wavelength range, using rare-earth-doped optical fibers.

Beam Delivery:
Laser light travels through optical fiber to the welding head, where focusing optics concentrate it into a tiny, intense spot on the workpiece.

Control & Systems:
Settings like laser power, speed, pulse frequency, and shielding gas (e.g., argon) are controlled via CNC or onboard software for consistent, high-quality results.
 

Fiber Laser Welding Machine 1000W – 3000W and similar systems are advanced laser-based welding machines that use a fiber laser source to join metal parts together with high precision and speed. Instead of using an electric arc or flame like traditional welders, these machines focus a powerful laser beamHow It Works

1. Laser Generation:
   A solid-state fiber laser produces a coherent, high-power beam, typically in the 1070–1080 nm wavelength range, using rare-earth-doped optical fibers.

 directly on the joint, melting and fusing the metals without physical contact.

How It Works

1. Laser Generation:
   A solid-state fiber laser produces a coherent, high-power beam, typically in the 1070–1080 nm wavelength range, using rare-earth-doped optical fibers.

Beam Delivery:
Laser light travels through optical fiber to the welding head, where focusing optics concentrate it into a tiny, intense spot on the workpiece.

Control & Systems:
Settings like laser power, speed, pulse frequency, and shielding gas (e.g., argon) are controlled via CNC or onboard software for consistent, high-quality results.
 

Fiber Laser Welding Machine 1000W – 3000W and similar systems are advanced laser-based welding machines that use a fiber laser source to join metal parts together with high precision and speed. Instead of using an electric arc or flame like traditional welders, these machines focus a powerful laser beamHow It Works

1. Laser Generation:
   A solid-state fiber laser produces a coherent, high-power beam, typically in the 1070–1080 nm wavelength range, using rare-earth-doped optical fibers.

 directly on the joint, melting and fusing the metals without physical contact.

How It Works

1. Laser Generation:
   A solid-state fiber laser produces a coherent, high-power beam, typically in the 1070–1080 nm wavelength range, using rare-earth-doped optical fibers.

Beam Delivery:
Laser light travels through optical fiber to the welding head, where focusing optics concentrate it into a tiny, intense spot on the workpiece.

Control & Systems:
Settings like laser power, speed, pulse frequency, and shielding gas (e.g., argon) are controlled via CNC or onboard software for consistent, high-quality results.
 

Laser Soldering / Spot Welder Bench Top Description

The Laser Soldering Spot Welder Bench Top is a compact, high-precision welding solution designed for delicate soldering and spot welding applications that require accuracy, consistency, and minimal heat impact. Using focused laser energy, it delivers clean, strong welds without damaging surrounding components.

This bench-top system is ideal for electronics, jewelry, medical devices, precision instruments, and small metal assemblies, offering excellent control for micro-welding and fine soldering tasks. Its user-friendly interface and stable bench-mounted design ensure safe, efficient, and repeatable operation.

Key Features

• High-precision laser spot welding and soldering

• Minimal heat-affected zone (HAZ) for delicate components

• Bench-top compact design for laboratories and workshops

• Adjustable laser power, pulse width, and frequency

• Clear observation system with safety protection

• Stable welding quality with high repeat accuracy

Suitable Materials

• Gold, silver, platinum & precious metals

• Stainless steel, mild steel, copper, brass

• Nickel, alloys & electronic components

Applications

• Jewelry soldering & repair

• Micro spot welding of electronic parts

• Medical device assembly

• Sensor and precision instrument welding

• Battery tab & fine wire welding

Benefits

• Clean, strong, and precise weld joints

• No contact process – no electrode wear

• Reduced post-weld finishing

• Easy operation with low maintenance

• Ideal for fine and detailed soldering work