Star Lase Systems Pvt Ltd

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.

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.

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 Mild Steel Laser Engraving Machine is a specialized tool used for engraving or marking designs, text, or patterns onto mild steel surfaces using laser technology. This type of machine uses high-powered lasers to precisely etch or cut into the surface of mild steel, a common material in industrial and manufacturing settings. Here are a few key features and benefits of such a machine:

1. High Precision: Laser engraving machines offer exceptional precision, making them ideal for creating intricate designs on mild steel.
2. Non-Contact Process: The laser beam doesn’t physically touch the steel, reducing wear on the machine and ensuring clean cuts or engravings without deformation.
3. Customization: These machines allow for highly customizable designs, from logos and text to complex patterns and artwork.
4. Variety of Thicknesses: Depending on the laser’s power, mild steel of various thicknesses can be engraved or marked.
5. Speed and Efficiency: Laser engraving is a relatively fast process compared to traditional methods like CNC milling or manual engraving.
6. Minimal Heat Affected Zone: Since the laser only heats the area directly being engraved, the surrounding material is minimally affected by heat, reducing the chances of warping or discoloration.

• Industrial Marking: For serial numbers, barcodes, and logos on machinery.
• Product Customization: Custom engravings on products made of mild steel.
• Art and Design: Used in the artistic industry for creating detailed patterns or artwork on steel.
• Signage: Laser engraving is often used to create durable signage and labels.
• Tools & Equipment: Custom engravings on industrial tools and equipment for identification and branding.

1. CO2 Laser Engravers: Generally suitable for engraving mild steel with an additional coating, though they are primarily used for non-metal materials.
2. Fiber Laser Engravers: These are more effective for direct engraving on metals, including mild steel, and are generally faster and more efficient for metalwork.
3. YAG Laser Machines: These are used for high-precision applications and can also handle mild steel engraving.
   
   Benefits of Using a Laser Engraving Machine on Mild Steel:
   • Durability: The markings are permanent and resistant to fading or wearing.
   • No Tool Wear: The non-contact nature of the process eliminates the wear associated with traditional cutting or engraving tools.
   • Clean and Smooth Finish: The laser produces smooth, clean, and consistent markings without burrs or sharp edges.
   • Cost-Effective for Small Batches: Laser engraving is cost-effective for smaller production runs since it doesn't require specialized tooling for every new design.

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.

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.

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 Machine, 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, 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.

The STL -3015 Fiber 1000W To 4000W laser cutting system, equipped with a RayTools. All construction sub-units, such as fiber laser resonators, CNC (C Computer Numeric Control) controls, program software, handling equipment, etc are supplied by world class quality manufacturers and/or are made and developed by STARLASE SYSTEMS PVT LTD assumes total and overall responsibility for the equipment.

The principal characteristics of the STL -3015 1000W To 4000W Fiber laser cutting equipment are:

Ø  Compact design facilitating a wide variety of applications.

Ø  CNC with laser control function.

Ø  Resonator with reflective sensors.

Ø  Simple program for pieces and cutting plans with automatically adapted feed speed and power output for each piece, using CNC.

Ø  Highly dynamic equipment.

Ø  Rigidity: high strength transfer due to stability of construction.

Ø  Durability: enclosed drivers.

Ø  Accessibility: spare parts service

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.

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.

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, 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.

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, 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.

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.

Product Description:

The SHPF50 -3015 Fiber 1000W laser cutting system, equipped with a RayTools. All construction sub-units, such as fiber laser resonators, CNC (C Computer Numeric Control) controls, program software, handling equipment, etc are supplied by world class quality manufacturers and/or are made and developed by Starlase Systems Pvt Ltd. assumes total and overall responsibility for the equipment. The principal characteristics of the SHPF50 -3015 1000W Fiber laser cutting equipment are:

Compact design facilitating a wide variety of applications. 

CNC with laser control function.

Resonator with reflective sensors.

Simple program for pieces and cutting plans with automatically adapted feed speed and power output for each piece, using CNC.

Highly dynamic equipment.

Rigidity: high strength transfer due to stability of construction.

Durability: enclosed drivers.

Accessibility: spare parts service

A Semi-Automatic Laser Marking Machine is a laser engraving and marking system that combines some level of automation with manual operation. It allows operators to position and mark products with the assistance of automated features, providing a balance between ease of use and flexibility in marking different materials. These machines are used in a wide range of industries, such as electronics, automotive, medical devices, and manufacturing, where consistent, high-quality markings are required.

1. Ease of Use with Manual Control:

   • Manual positioning of the workpiece is required, allowing operators to adjust the position or alignment of the items before marking. However, once set up, the laser system automates the marking process, making it easier for the operator to achieve consistent results without manual effort during the engraving.
   • It provides flexibility for marking different product shapes or sizes, as the operator can quickly adjust the machine for different applications.

2. High Precision and Accuracy:

   • Like fully automatic laser marking machines, semi-automatic machines provide high precision and clean results. The laser beam is highly focused, allowing for fine details such as logos, text, serial numbers, and barcodes to be marked accurately on materials.
   • This makes semi-automatic laser marking machines ideal for industries requiring detailed and permanent markings.

3. Cost-Effective for Small to Medium Production Volumes:

   • Semi-automatic laser marking machines are more cost-effective than fully automatic systems, especially for small to medium production runs. They allow for quick setup and reconfiguration, making them a good choice for businesses that do not have large-scale, repetitive marking needs.
   • They offer an excellent balance between speed, cost, and flexibility, making them ideal for businesses that handle diverse product types.

4. Versatility in Materials:

   • Semi-automatic laser marking machines can work with a wide range of materials, such as metals, plastics, wood, ceramics, and glass. They are used to mark materials like stainless steel, aluminum, copper, brass, and various engineering plastics.
   • Depending on the laser type (fiber, CO2, or UV), the machine can be tailored to work on specific materials, producing high-contrast, long-lasting markings.

5. Fast and Efficient:

   • While the marking process itself is automated, the operator still manually places and adjusts the workpieces. However, once set up, the machine performs the marking rapidly, allowing for quick completion of marking tasks.
   • The speed of the process helps improve productivity while maintaining high accuracy and consistency.

6. Minimal Maintenance:

   • Semi-automatic laser marking machines are relatively low maintenance, particularly compared to more complex fully automatic machines. Regular cleaning, inspection, and software updates are usually sufficient to keep the system running smoothly.
   • The lack of moving parts, as seen in fully automatic machines, reduces the wear and tear, making it easier to maintain and operate.

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.

An Automatic Portable Laser Marking Machine is a versatile and convenient tool that allows for high-quality and precise laser engraving or marking on various materials while offering portability and ease of use. This type of machine combines the advanced capabilities of laser marking technology with the flexibility and mobility needed for applications where the workpiece may be large, difficult to move, or require marking in various locations.

1. Portability:

   • As the name suggests, portable laser marking machines are designed to be compact and easy to transport. They are often lightweight and come with handles or wheels for ease of movement, making them ideal for fieldwork or job sites where stationary machines aren’t feasible.

2. Automatic Functionality:

   • These machines are equipped with automatic systems that allow for efficient and consistent marking. Features such as automatic focusing, automatic scanning, and programmable settings help streamline the process, making them easy to operate with minimal manual intervention.

3. Laser Type:

   • Portable laser marking machines commonly use fiber lasers, CO2 lasers, or UV lasers, depending on the materials being marked. Fiber lasers are particularly effective for metals (like stainless steel, aluminum, and brass), while CO2 lasers are used for non-metals like wood, acrylic, and plastic. UV lasers are suitable for high-precision marking on sensitive materials.

4. Versatility:

   • These machines are capable of marking a wide range of materials, including metals, plastics, ceramics, wood, glass, and more. This makes them ideal for industries such as automotive, aerospace, electronics, tools, medical devices, and packaging.

5. High Precision and Quality:

   • The laser provides high precision, allowing for fine details and clear markings such as text, logos, barcodes, serial numbers, QR codes, and complex patterns. The marking is sharp, high contrast, and permanent, ensuring long-lasting visibility.

6. Easy to Operate:

   • Most portable laser marking machines come with user-friendly software interfaces, which makes programming and operation simple, even for individuals without prior experience with laser systems. The software often includes features for file import (like vector files), design editing, and parameter adjustments.

7. Minimal Setup:

   • Portable laser marking machines generally have quick setup times, especially compared to traditional marking methods like inkjet printing or engraving. The laser marking process is also non-contact, meaning there's no need to worry about physical wear on the workpieces.

8. Energy-Efficient:

   • Unlike traditional marking processes (e.g., inkjet printing, stamping), laser marking is energy-efficient and produces no waste. It also doesn't require consumables such as ink, reducing long-term operational costs.

1. Laser Source (Core Unit):

   • A powerful laser (usually a fiber laser) generates a concentrated beam of light.

   • Fiber lasers are commonly used for metals like aluminium due to efficiency and cutting capability.

2. Key Features & Capabilities ✅ High Precision & Accuracy

   • Can cut very intricate patterns with tight tolerances (down to fractions of a millimeter).

   • Clean, Smooth Edges

      

     • Produces nice edge finishes with minimal burrs, often reducing or eliminating post-processing.

     • Fast & Efficient

        

       • Cuts quickly compared to traditional mechanical cutting tools, improving production throughput.

         Minimal Mechanical Stress

         • Being a non-contact process, it avoids mechanical distortion of the sheet.

• Very fast cutting speeds (often >20 m/min) with high precision on both thin and thick metals.

• Optics & Cutting Head

  • Equipped with advanced fiber laser cutting head (e.g., PRECITEC or Raytools) that ensures excellent focus quality and superior cut finish.

  • Low Operating Cost

     

    • Fiber lasers have high photo-electric conversion efficiency and lower energy consumption than traditional CO₂ laser systems. This reduces electricity and maintenance costs.

  • Wide Material Compatibility

    • Suitable for cutting a range of metals — including mild steel, stainless steel, aluminium, copper, and more — with smooth edges and minimal heat distortion.

    •  

    • Wide Material Compatibility

      • Suitable for cutting a range of metals — including mild steel, stainless steel, aluminium, copper, and more — with smooth edges and minimal heat distortion. 

       

   

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 Laser Cutting Machine for Elevator & Escalator Parts is a high-precision CNC laser system specially designed for cutting and profiling metal components used in the manufacturing, installation, and maintenance of elevators and escalators. Using advanced fiber laser technology, this machine delivers accurate, fast, and repeatable cutting with excellent edge quality and minimal material distortion.

It is ideal for producing critical elevator and escalator components that require tight tolerances, smooth edges, and consistent quality.

A Laser Cutting Machine for Elevator & Escalator Parts is a high-precision CNC laser system specially designed for cutting and profiling metal components used in the manufacturing, installation, and maintenance of elevators and escalators. Using advanced fiber laser technology, this machine delivers accurate, fast, and repeatable cutting with excellent edge quality and minimal material distortion.

It is ideal for producing critical elevator and escalator components that require tight tolerances, smooth edges, and consistent quality.

The machine uses a high-power fiber laser beam focused onto the metal surface to melt and remove material along a programmed path. A CNC controller guides the laser head according to CAD/CAM designs, while assist gases such as nitrogen or oxygen improve cutting speed and edge finish. The process is non-contact, ensuring no tool wear and high dimensional accuracy.

• Mild Steel (MS)
• Stainless Steel (SS 304, SS 316)
• Aluminum
• Galvanized Sheets
• Brass & Copper (with suitable settings)

• Mild Steel (MS)
• Stainless Steel (SS 304, SS 316)
• Aluminum
• Galvanized Sheets
• Brass & Copper (with suitable settings)

Laser cutting ensures consistent quality, high strength, and precise fitment, which are critical for elevator and escalator safety and performance. Compared to traditional cutting methods, it offers higher productivity, reduced waste, superior finish, and better long-term cost efficiency.

In typical laser cutting machines, the standard axes are:

• X-axis: Left-right

• Y-axis: Front-back

• Z-axis: Up-down

A 5-axis machine adds two rotational axes (commonly A and C), allowing the laser head or the part to rotate and tilt during cutting.

In typical laser cutting machines, the standard axes are:

• X-axis: Left-right

• Y-axis: Front-back

• Z-axis: Up-down

A 5-axis machine adds two rotational axes (commonly A and C), allowing the laser head or the part to rotate and tilt during cutting.

A 5 axis laser cutter combines CNC (Computer Numerical Control) with a dynamic motion system:

1. Design Input & CAM Programming:
   Parts are designed in CAD software and converted into motion paths (G-code) that tell the machine how to move the laser head and workpiece.
   
   
   Laser Motion:
   The machine positions the material under the laser and uses the five axes to angle and direct the beam so it can cut along complex contours and surfaces in a single operation.

2. Laser Cutting:
   

   A high-energy laser beam (often fiber or CO₂) melts, vaporizes, or burns the material at the focal point, producing clean, precise cuts with narrow kerfs and smooth edges.
   
   

   Key Features & Advantages�� Exceptional Precision & Accuracy

   5 axis motion enables precise control over the cutting angle and position, yielding superior dimensional accuracy and detailed surface finishes.
   
   

   Complex 3D Cutting Capability

   Unlike traditional laser cutters that only cut flat patterns, a 5 axis system can handle 3-dimensional shapes, contours, and curved surfaces in a single setup.
    
   

   Reduced Setups & Faster Throughput

   By avoiding multiple part repositioning steps, production time and labor costs are significantly reduced, and throughput is increased.

A Metal Laser Cutting Machine is an industrial fabrication system that uses a high-intensity laser beam to cut metal materials with extreme precision, speed, and automation. Instead of relying on mechanical cutting tools (like saws or shears), it uses a concentrated laser beam to melt, vaporize, or burn through metal along a programmed path, producing clean edges and minimal distortion.

This technology is widely used in industries such as manufacturing, automotive, aerospace, shipbuilding, electronics, construction, and metal fabrication shops.

1. Laser Source

   • A laser generator (commonly a fiber laser, but sometimes CO₂ or disk laser) produces a powerful beam of light.

   • Fiber lasers are most common for cutting metal because they are efficient, compact, and require less maintenance.

2. Beam Delivery

   • The laser beam is guided from the source to the cutting head either through optical fibers (in fiber lasers) or mirrors (in CO₂ lasers).

3. Focusing Optics

   • A focusing lens concentrates the laser into a tiny, high-energy spot on the metal surface.

4. CNC Motion System

   • A Computer Numerical Control (CNC) system guides the cutting head based on a digital design (CAD/DXF/G-code), allowing complex shapes and repeatable cuts.

5. Assist Gas

   • Pressurized gases (like nitrogen, oxygen, or air) blow molten material away from the cut zone to improve edge quality and speed.

6. Cutting Action

   • The intense laser energy heats the metal to its melting/vaporization point, creating a precise cut as the head moves along the programmed path.
     
     

     How It Works

      

     1. Laser Source

        • A laser generator (commonly a fiber laser, but sometimes CO₂ or disk laser) produces a powerful beam of light.

        • Fiber lasers are most common for cutting metal because they are efficient, compact, and require less maintenance.

     2. Beam Delivery

        • The laser beam is guided from the source to the cutting head either through optical fibers (in fiber lasers) or mirrors (in CO₂ lasers).

     3. Focusing Optics

        • A focusing lens concentrates the laser into a tiny, high-energy spot on the metal surface.

     4. CNC Motion System

        • A Computer Numerical Control (CNC) system guides the cutting head based on a digital design (CAD/DXF/G-code), allowing complex shapes and repeatable cuts.

     5. Assist Gas

        • Pressurized gases (like nitrogen, oxygen, or air) blow molten material away from the cut zone to improve edge quality and speed.

     6. Cutting Action

        • The intense laser energy heats the metal to its melting/vaporization point, creating a precise cut as the head moves along the programmed path.

In typical laser cutting machines, the standard axes are:

• X-axis: Left-right

• Y-axis: Front-back

• Z-axis: Up-down

A 5-axis machine adds two rotational axes (commonly A and C), allowing the laser head or the part to rotate and tilt during cutting.

In typical laser cutting machines, the standard axes are:

• X-axis: Left-right

• Y-axis: Front-back

• Z-axis: Up-down

A 5-axis machine adds two rotational axes (commonly A and C), allowing the laser head or the part to rotate and tilt during cutting.

A 5 axis laser cutter combines CNC (Computer Numerical Control) with a dynamic motion system:

1. Design Input & CAM Programming:
   Parts are designed in CAD software and converted into motion paths (G-code) that tell the machine how to move the laser head and workpiece.
   
   
   Laser Motion:
   The machine positions the material under the laser and uses the five axes to angle and direct the beam so it can cut along complex contours and surfaces in a single operation.

2. Laser Cutting:
   

   A high-energy laser beam (often fiber or CO₂) melts, vaporizes, or burns the material at the focal point, producing clean, precise cuts with narrow kerfs and smooth edges.
   
   

   Key Features & Advantages�� Exceptional Precision & Accuracy

   5 axis motion enables precise control over the cutting angle and position, yielding superior dimensional accuracy and detailed surface finishes.
   
   

   Complex 3D Cutting Capability

   Unlike traditional laser cutters that only cut flat patterns, a 5 axis system can handle 3-dimensional shapes, contours, and curved surfaces in a single setup.
    
   

   Reduced Setups & Faster Throughput

   By avoiding multiple part repositioning steps, production time and labor costs are significantly reduced, and throughput is increased.

1. Laser Generation
   The machine generates a focused laser beam (typically a 1064 nm fiber laser) which can be precisely controlled in power and movement.
   
    Positioning & Focus

   The gold piece (sheet, wire, or small part) is placed on the cutting bed. The laser head focuses the beam onto the surface.
   
   Positioning & Focus
   The gold piece (sheet, wire, or small part) is placed on the cutting bed. The laser head focuses the beam onto the surface.
   
   Cutting Process
   The intense laser energy heats and vaporizes or melts the gold at the cut line, allowing the machine to trace detailed patterns or shapes — all controlled by precise software and motion systems.
   Control Software
   Designs (e.g., CAD files) are imported into the machine’s controller (supports formats like DXF, AI, SVG, BMP etc.) to dictate how and where cuts are made.