Star Lase Systems Pvt Ltd

We are Manufacturing Laser Marking Machine And Laser Welding Machine And Laser cutting machine, jewelery hall marking machine , jewellry soldering machine, hand held laser welding - cleaning - cutting machine (3 In 1) , Jewellery Cutting Machinr, UV Laser Marking Machine, Co2 Laser Marking Machine And CO2 Engraving And Cutting Machine.

We Star Lase Systems Pvt Ltd are a leading Manufacturer of a wide range of Laser Marking Machine Laser Welding Machine Fiber Laser Marking etc We Starlase Systems is a trusted business enterprise which is engaged in manufacturing and supplying a quality approved range of Laser Machines The machines offered by us are developed by experienced personnel who make use of high tech machines and advanced technologies

We are Manufacturing Laser Marking Machine And Laser Welding Machine And Laser cutting machine, jewelery hall marking machine , jewellry soldering machine, hand held laser welding - cleaning - cutting machine (3 In 1) , Jewellery Cutting Machinr, UV Laser Marking Machine, Co2 Laser Marking Machine And CO2 Engraving And Cutting Machine.

We are Manufacturing Laser Marking Machine And Laser Welding Machine And Laser cutting machine, jewelery hall marking machine , jewellry soldering machine, hand held laser welding - cleaning - cutting machine (3 In 1) , Jewellery Cutting Machinr, UV Laser Marking Machine, Co2 Laser Marking Machine And CO2 Engraving And Cutting Machine.

A RO (Reverse Osmosis) Water Parts Laser Marking Machine is a specialized machine designed to apply permanent markings or labels onto the components of a reverse osmosis water filtration system. These components can include filters, membranes, housings, valves, and other parts. The laser marking machine uses laser technology to etch or engrave information such as logos, serial numbers, barcodes, or any other relevant data directly onto the surface of these parts.

Here are some key features and benefits of using a laser marking machine for RO water parts:

1. Precision Marking:

   • Laser marking machines provide high precision and accuracy, ensuring clear, readable marks on complex or small RO parts.

2. Permanent Marks:

   • Laser markings are permanent and resistant to wear, fading, or damage, ensuring that the markings last throughout the product's lifetime.

3. Non-Contact Process:

   • The laser does not physically touch the part, reducing the risk of damage or wear and tear to the components being marked.

4. No Chemicals or Consumables:

   • Laser marking is a clean and eco-friendly process, requiring no inks, solvents, or other consumables, making it cost-effective in the long run.

5. High-Speed Operation:

   • Laser machines can mark large volumes of parts in a relatively short period, improving production efficiency.

6. Customizable Marking:

   • The machine can be programmed to mark different types of data such as text, graphics, logos, QR codes, and barcodes according to the needs of the RO system.

• Filter Housings: Permanent identification codes or brand logos.
• Membranes: Serial numbers, maintenance dates, or batch numbers.
• Valves and Fittings: Part numbers or usage instructions.
• Casing Parts: Manufacturer's logos, safety instructions, or product certifications.

1. Traceability: Laser markings provide traceability for quality control, warranty tracking, and compliance with industry standards.
2. Brand Recognition: Logos or branding can be applied to enhance visibility and marketing.
3. Durability: Marks are resistant to water, chemicals, and mechanical wear, which is essential for water filtration parts that undergo constant use and exposure to various conditions.

A Laser Cutting Machine is a high-precision industrial machine designed for accurate and efficient cutting of metals and non-metal materials using advanced laser technology. It delivers clean edges, high cutting speed, and excellent repeatability, making it ideal for modern manufacturing and fabrication industries.

This machine is widely used in sheet metal fabrication, automotive, electrical, signage, furniture, and engineering industries.

• 🔹 High Precision Cutting: Produces smooth, burr-free edges with minimal material wastage

• 🔹 Advanced Laser Technology: Available in Fiber Laser / CO₂ Laser options depending on application

• 🔹 High-Speed Performance: Faster cutting compared to conventional cutting methods

• 🔹 Low Heat Affected Zone: Minimizes thermal distortion and material deformation

• 🔹 Automatic CNC Control: User-friendly CNC controller with design import support

• 🔹 Strong Machine Structure: Rigid frame ensures vibration-free and stable operation

• 🔹 Low Maintenance: Non-contact cutting process reduces tool wear and operating costs
  
  

  Typical Technical Specifications

  (Specifications may vary by model)

  • Laser Type: Fiber Laser / CO₂ Laser

  • Laser Power: 500W – 12,000W

  • Cutting Area: 1300×900 mm / 1300×2500 mm / 1500×3000 mm / Custom

  • Cutting Thickness:

    • Mild Steel: up to 25 mm

    • Stainless Steel: up to 20 mm

    • Aluminium: up to 15 mm

  • Control System: CNC / Auto Focus Head

  • Cooling System: Industrial Water Chiller

  • Power Supply: 380V / 415V, 3 Phase

  Materials That Can Be Cut

  ✔ Mild Steel (MS)
  ✔ Stainless Steel (SS)
  ✔ Aluminium
  ✔ Brass & Copper
  ✔ Galvanized Sheets
  ✔ Acrylic, Wood, MDF (CO₂ models)

  Applications

  ✔ Sheet metal cutting
  ✔ Automotive components
  ✔ Electrical panels & enclosures
  ✔ Industrial fabrication
  ✔ Signage & decorative cutting
  ✔ Furniture and architectural metal work
  ✔ Agricultural and engineering parts

  Advantages

  • ⚡ High cutting speed and productivity

  • 🎯 Excellent accuracy and repeatability

  • 🔧 Minimal post-processing required

  • 💼 Suitable for mass production and custom jobs

  • 📈 Reduces production time and operating costs

  Ideal For

   

  Manufacturers, fabrication units, engineering workshops, signage makers, automotive suppliers, electrical panel manufacturers, and industrial production facilities looking for efficient, reliable, and high-performance laser cutting solutions.

1. Fiber Laser Source:

   • A fiber laser generates a high-power concentrated beam of light.

   • The beam travels through a fiber optic cable to the cutting head.
     
     

     Cutting Head & Assist Gas:

     • The focused laser heats the metal until it melts/vaporizes.

     • Assist gas (usually nitrogen or oxygen) is blown through the nozzle to clear molten material and improve cut quality.
       
       

       Cutting Head & Assist Gas:

       • The focused laser heats the metal until it melts/vaporizes.

       • Assist gas (usually nitrogen or oxygen) is blown through the nozzle to clear molten material and improve cut quality.
         
         

         Energy Efficient

         • Fiber lasers convert electrical power to the cutting beam more efficiently, lowering operating costs.

           Low Maintenance

            

           • The fiber delivery system means fewer optical components (like mirrors) that need alignment, reducing upkeep.

             Versatile Metal Cutting

              

             • Can cut stainless steel, carbon steel, mild steel, aluminum, brass, copper, and other alloys with appropriate power and settings.

             •  

             • Common Industrial Applications

               💠 Automotive part manufacturing
               💠 Aerospace structural components
               💠 Sheet metal fabricators
               💠 Electrical enclosures & panels
               💠 Signage & metal art fabrication
               💠 HVAC, machinery, agriculture equipment

               💠 Precision components in engineering & electronics

             •  

             • Why Industries Prefer Fiber Laser Cutters

               ✔ High productivity with faster throughput
               ✔ Reduced material waste due to precise CNC control
               ✔ Smooth, burr-free finishes, often eliminating post-processing
               ✔ Versatility across metals and thicknesses

               ✔ Lower operating cost than older laser technologies 

          

        

      

We are Manufacturing Laser Marking Machine And Laser Welding Machine And Laser cutting machine, jewelry hall marking machine , jewelry soldering machine, hand held laser welding - cleaning - cutting machine (3 In 1) , Jewellery Cutting Machine, UV Laser Marking Machine, Co2 Laser Marking Machine And CO2 Engraving And Cutting Machine.

A Fiber Laser Cutting Machine is an advanced industrial system that uses a high-power fiber laser beam to cut and shape materials, especially metals, with high precision and speed. Unlike traditional mechanical cutting tools or older CO₂ laser systems, fiber lasers use optical fiber technology to generate and deliver the laser beam, making them more efficient, reliable, and suitable for modern manufacturing needs.

1. Laser Generation:
   A fiber laser source uses rare-earth-doped optical fiber (like ytterbium) to generate a laser beam with a wavelength around 1.064 µm.
   
   Beam Delivery:
   The laser light travels through optical fibers to the cutting head, maintaining high beam quality with minimal loss.

2. Beam Delivery:
   The laser light travels through optical fibers to the cutting head, maintaining high beam quality with minimal loss.

3. Focusing & Cutting:
   At the cutting head, lenses focus the laser into a tiny, high-energy spot that melts or vaporizes the material. An assist gas (like nitrogen or oxygen) blows away the molten material, leaving a clean cut.
   
   

4. Key Features & Benefits�� High Precision & Quality

    

   • Fiber lasers produce an extremely focused beam for narrow kerfs (thin cut lines) and smooth edges often requiring minimal finishing.

   • Fast Cutting Speeds

     • These machines cut metals at speeds much faster than older CO₂ systems, especially for thin-to-medium thickness sheets.

     • Wide Material Compatibility

        

       • Excellent for cutting stainless steel, carbon steel, aluminum, copper, brass, titanium, and more — including highly reflective metals.

Fiber Laser Source:

• A fiber laser generates a powerful, concentrated beam using rare-earth-doped optical fibers (usually around 1.064 μm wavelength).

  High Precision & Quality

   

  • Produces clean, smooth, and burr-free edges with very narrow kerf (cut width).

  • Minimal heat-affected zone reduces material deformation.
    
    

    Fast Cutting Speeds

     

    • Fiber lasers cut metal much faster than older CO₂ systems, especially on thin and medium thickness sheets.

      Energy Efficient & Low Maintenance

       

      • Fiber lasers have high electrical-to-laser energy conversion efficiency, lowering running costs.

      • Fewer optical parts and no gas tubes or mirrors in the beam path mean fewer adjustments and less maintenance.
        
        

        Fiber laser metal cutting machines are widely used in industries such as:

        ✔ Sheet Metal Fabrication
        ✔ Automotive & Auto Parts Manufacturing
        ✔ Aerospace Components
        ✔ Electrical Enclosures & Panels
        ✔ Construction & Architectural Metalwork
        ✔ Metal Furniture & Decorative Panels

        ✔ Precision Engineering & Machinery Parts 

IPG Fiber Laser Source

• The core of the machine is an IPG ytterbium-doped fiber laser that generates a powerful, concentrated laser beam ideal for cutting metal.
  
  

  Key Features & Advantages✨ Superior Beam Quality & Power

  • IPG lasers deliver high peak power and excellent beam focus, enabling faster cuts and high edge quality — even on reflective or difficult-to-cut metals

    Fast and Precise Cutting

     

    • Machines like the LaserCube system can achieve speeds up to 1000 mm/s with accuracies around ±25 μm, making them suitable for high-volume production of small parts.

  • Low Maintenance

    • Fiber optics remove the need for mirror alignment and reduce consumables, lowering downtime and operating costs. 

   

1. Laser Source & Beam:
   A powerful fiber laser source generates a focused beam that melts or vaporizes the tube’s material at the focal point.
   
   Tube Clamping & Rotation:
   The tube is securely held by rotary chucks or clamps. A servo‑controlled system rotates and moves the tube while the laser beam remains fixed or moves relative to it, allowing cuts around the circumference and along its length.

2. Key Features & Advantages �� High Precision & Clean Cuts

   Laser cutting provides accurate, burr‑free edges with tight tolerances, ideal for parts that will be welded or assembled later.

3. Key Features & Advantages �� High Precision & Clean Cuts

   Laser cutting provides accurate, burr‑free edges with tight tolerances, ideal for parts that will be welded or assembled later.

4. Non‑Contact Process

   Because the laser doesn’t physically touch the tube, there’s no mechanical stress or deformation — especially important for thin‑walled materials

5. Versatile Geometry Cutting

   Machine can perform straight, angled, bevel, curved, and complex shape cuts — including holes and contours — without secondary processes.

6. Automation & High Efficiency

   Many systems include automatic tube loading/unloading, CNC path planning, and multi‑axis motion for fast production with minimal operator input. 

A Fiber Laser Cutting Machine is an advanced industrial system that uses a high-power fiber laser beam to cut and shape materials, especially metals, with high precision and speed. Unlike traditional mechanical cutting tools or older CO₂ laser systems, fiber lasers use optical fiber technology to generate and deliver the laser beam, making them more efficient, reliable, and suitable for modern manufacturing needs.

1. Laser Generation:
   A fiber laser source uses rare-earth-doped optical fiber (like ytterbium) to generate a laser beam with a wavelength around 1.064 µm.
   
   Beam Delivery:
   The laser light travels through optical fibers to the cutting head, maintaining high beam quality with minimal loss.

2. Beam Delivery:
   The laser light travels through optical fibers to the cutting head, maintaining high beam quality with minimal loss.

3. Focusing & Cutting:
   At the cutting head, lenses focus the laser into a tiny, high-energy spot that melts or vaporizes the material. An assist gas (like nitrogen or oxygen) blows away the molten material, leaving a clean cut.
   
   

4. Key Features & Benefits�� High Precision & Quality

    

   • Fiber lasers produce an extremely focused beam for narrow kerfs (thin cut lines) and smooth edges often requiring minimal finishing.

   • Fast Cutting Speeds

     • These machines cut metals at speeds much faster than older CO₂ systems, especially for thin-to-medium thickness sheets.

     • Wide Material Compatibility

        

       • Excellent for cutting stainless steel, carbon steel, aluminum, copper, brass, titanium, and more — including highly reflective metals.

      

5. 
   
   

The Mild Steel (MS) Laser Cutting Machine is a high-performance fiber laser cutting system designed for fast, accurate, and clean cutting of mild steel sheets and plates. Powered by advanced fiber laser technology, it delivers smooth edges, high precision, and excellent repeatability, making it ideal for industrial and fabrication applications.

This machine ensures high productivity with low operating cost, offering non-contact cutting that minimizes material distortion and eliminates secondary finishing. It is widely used in metal fabrication units, engineering workshops, automotive parts manufacturing, and structural component production.

• High-speed fiber laser cutting for mild steel

• Smooth, burr-free and accurate cutting edges

• Rigid machine structure for stable and precise operation

• CNC control system with user-friendly interface

• Low maintenance fiber laser source with long life

• Energy-efficient operation with reduced power consumption

• Mild Steel (MS) sheets & plates

• Carbon steel

• Stainless steel

• Aluminum & galvanized sheets (optional)

• Metal fabrication and sheet metal processing

• Automotive & engineering components

• Electrical panels & enclosures

• Furniture & decorative metal parts

• Industrial machinery parts

• High cutting speed with excellent accuracy

• Minimal material wastage

• Reduced post-processing requirements

• Consistent quality for mass production

• Suitable for thin to thick MS cutting (as per laser power)

These machines can cut very fine and complex patterns (even filigree shapes used in high‑end jewelry) with exceptional accuracy — a must for bespoke designs and delicate components.

These machines can cut very fine and complex patterns (even filigree shapes used in high‑end jewelry) with exceptional accuracy — a must for bespoke designs and delicate components.

Advanced nesting and narrow laser kerfs help reduce precious metal loss, which is critical when working with gold or silver.