Star Lase Systems Pvt Ltd

A Economy Range Automatic Jewellery Laser Soldering Machine, Jewellery Laser Soldering Machine, Jewelry Laser Soldering Machine, Automatic Jewellery Laser Soldering Machine, and Laser Jewellery Soldering Machine are examples of laser-based soldering systems designed specifically for the How It Works

1. Laser Source & Beam
   A pulse laser (commonly Nd:YAG at ~1064 nm) emits short bursts of high-energy light that are focused onto a very small spot on the jewelry pieces that need to be joined.
   
    

jewellery industry. These machines use a focused laser beam (usually Nd:YAG or similar) to join tiny pieces of precious metals — like gold, silver, platinum and other alloys — by melting and fusing them together at a precise point, without physical contact or traditional flame torches.

Precision Targeting
Jewelers often use an integrated microscope or CCD camera system to see the tiny work area clearly and position the laser beam accurately.

Precision Targeting
Jewelers often use an integrated microscope or CCD camera system to see the tiny work area clearly and position the laser beam accurately.

Heat Application & Fusion
The concentrated laser heats and melts metals only at the targeted point, creating a strong fuse joint with minimal heat spread, protecting gemstones and delicate parts.

Control & Adjustability
Operators adjust settings like pulse energy, pulse width, frequency, and spot size to control the strength and size of each solder or weld.

Key Features �� High-Precision, Non-Contact Soldering

Laser soldering targets only the joint area with micron-level focus, reducing risks of damaging surrounding material or stones.

Key Features�� High-Precision, Non-Contact Soldering

 

Laser soldering targets only the joint area with micron-level focus, reducing risks of damaging surrounding material or stones.

Minimal Heat Affected Zone

 

Because heat is delivered in short, intense pulses and over a very small area, there’s very low distortion and oxidation compared with traditional flame soldering.

 

A Economy Range Automatic Jewellery Laser Soldering Machine, Jewellery Laser Soldering Machine, Jewelry Laser Soldering Machine, Automatic Jewellery Laser Soldering Machine, and Laser Jewellery Soldering Machine are examples of laser-based soldering systems designed specifically for the How It Works

1. Laser Source & Beam
   A pulse laser (commonly Nd:YAG at ~1064 nm) emits short bursts of high-energy light that are focused onto a very small spot on the jewelry pieces that need to be joined.
   
    

jewellery industry. These machines use a focused laser beam (usually Nd:YAG or similar) to join tiny pieces of precious metals — like gold, silver, platinum and other alloys — by melting and fusing them together at a precise point, without physical contact or traditional flame torches.

Precision Targeting
Jewelers often use an integrated microscope or CCD camera system to see the tiny work area clearly and position the laser beam accurately.

Precision Targeting
Jewelers often use an integrated microscope or CCD camera system to see the tiny work area clearly and position the laser beam accurately.

Heat Application & Fusion
The concentrated laser heats and melts metals only at the targeted point, creating a strong fuse joint with minimal heat spread, protecting gemstones and delicate parts.

Control & Adjustability
Operators adjust settings like pulse energy, pulse width, frequency, and spot size to control the strength and size of each solder or weld.

Key Features 🩹 High-Precision, Non-Contact Soldering

Laser soldering targets only the joint area with micron-level focus, reducing risks of damaging surrounding material or stones.

Key Features🩹 High-Precision, Non-Contact Soldering

 

Laser soldering targets only the joint area with micron-level focus, reducing risks of damaging surrounding material or stones.

Minimal Heat Affected Zone

 

Because heat is delivered in short, intense pulses and over a very small area, there’s very low distortion and oxidation compared with traditional flame soldering.

 

A Jewelry Laser Engraving Machine is a specialized type of fiber laser engraving system designed specifically for engraving intricate patterns, designs, text, logos, and personalization on jewelry pieces. These machines are highly precise and efficient, offering jewelers a way to create high-quality engravings on a variety of materials, including metals such as gold, silver, platinum, brass, and stainless steel, as well as some non-metals like plastics and gemstones.

Key Features of a Jewelry Laser Engraving Machine:

1. High Precision and Detail:

   • Jewelry laser engraving machines use fiber laser technology to deliver extremely fine engravings. This ensures that even the smallest, most intricate designs—such as filigree patterns, logos, or tiny text—are marked with micron-level accuracy.
   • High precision is particularly important for jewelry pieces, as they are often very small and require highly detailed work.

2. Permanent and Durable Engraving:

   • The engraving produced by a laser is permanent and abrasion-resistant, making it ideal for marking jewelry that will be worn or handled regularly.
   • Laser engraving doesn’t wear off or fade over time, unlike ink-based marking methods, which makes it an excellent choice for personalized or high-value pieces.

3. Non-Contact Engraving:

   • The process of engraving is non-contact, meaning the laser beam does not physically touch the jewelry. This reduces the risk of damaging the jewelry, making it perfect for delicate and valuable items.
   • Since no pressure is applied during the engraving process, the integrity of the piece is maintained, even when working with soft or thin materials.

4. Material Versatility:

   • Jewelry laser engraving machines can work on a wide range of materials commonly used in jewelry making:
     • Precious metals like gold, silver, platinum, and brass.
     • Stainless steel and titanium, which are used for more durable, modern designs.
     • Some machines can also engrave on certain plastics, coated surfaces, and gemstones (like diamonds or sapphire), expanding their versatility.

5. Customization and Personalization:

   • A jewelry laser engraving machine allows jewelers to offer highly customized engravings. For example, names, dates, initials, custom logos, and even intricate artwork can be engraved on jewelry pieces like rings, bracelets, necklaces, and pendants.
   • This makes it perfect for personalized jewelry—a booming market where customers can have unique messages, symbols, or designs engraved on their items.

6. Fast and Efficient Production:

   • Jewelry laser engraving machines are known for their speed, allowing for quick turnaround times on orders, even for detailed engravings.
   • The machine can operate continuously, providing high throughput for jewelers working on large batches of pieces or producing custom orders efficiently.

7. User-Friendly Interface:

   • These machines are generally equipped with user-friendly software and a touchscreen interface that allows jewelers to easily upload designs, adjust engraving settings, and control the process. Many systems support CAD files, making it simple to import custom designs.
   • Software can also enable simple text engraving, barcode printing, or logo marking with ease.

A 20 W Portable Fiber Laser Marking Machine is a compact, high-precision laser marking system that uses a 20 watt fiber laser source (typically ~1064 nm wavelength) to permanently engrave or mark text, logos, serial numbers, barcodes, QR codes, and graphics on various materials — most commonly metals and some plastics. These portable units are designed for easy on-site marking and flexible use where a fixed gantry-style machine isn’t practical.

How It Works

• Fiber Laser Source: Uses an ytterbium-doped fiber laser that generates a stable, focused beam with very high beam quality for precise marking.
  
  
  

Scanning Head: A high-speed galvanometer moves the laser spot across the surface to create designs with dot, vector, or raster marking modes.

Scanning Head: A high-speed galvanometer moves the laser spot across the surface to create designs with dot, vector, or raster marking modes.

Air-Cooled & Compact: Portable models are usually air-cooled, eliminating bulky chillers, and built with integrated modules that make setup and transport easier.

Software Controlled: Works with control software that supports common graphics/text formats (e.g., BMP, DXF, PLT, SVG).


Key Features

• Portable & Lightweight: Designed to be carried or wheeled to the workpiece instead of bringing the workpiece to a fixed machine.
  
   High Precision & Speed: Typical scanning speeds up to ~7000 mm/s and resolution as fine as 0.01 mm for crisp, legible marks.