Divine Techno Engineers

• Eco-friendliness.
• Accuracy and precision.
• Easy customization.
• Good pointing stability.
• Semi-permanent results.
• No damage to other parts of the material.
• Higher power output and lower heat production.

• Fiber laser metal marking is widely used for permanent and precise marking on orthopaedic implants such as bone plates, screws, and joint replacements. This technology uses a high-intensity laser beam to engrave details like serial numbers, batch codes, logos, and traceability data directly onto metal surfaces without damaging the material. It ensures high contrast, corrosion-resistant, and biocompatible markings, which are essential for medical applications. 
• The process is non-contact, highly accurate, and maintains the structural integrity of the implant. With fast marking speeds and consistent quality, fiber laser systems support mass production while meeting strict medical industry standards for identification and traceability.

• Eco-friendliness.
• Accuracy and precision.
• Easy customization.
• Good pointing stability.
• Semi-permanent results.
• No damage to other parts of the material.
• Higher power output and lower heat production.

• 5 lakh 

• The laser marking machine has wide applications and is primarily employed for marking logo, words, brand, date, series number, batch number, sign, drawing, photo, QR code, etc. on the surface of metal & non-metal material. The range of metals include stainless steel, alloy, metal plate, aluminum, silver, gold, etc

• A fiber laser marking machine is easier to work with compared to other options. It has a lower heat output compared to other laser types, so there is a lower risk of damage from excess heat. And, as mentioned, it features a compact design built for durability, thus minimizing other risks of damage.

• Fiber lasers have an expected life of around 100,000 hours, which means about 45 years' use.

• It is preferred by many industries due to the high number of materials that can be used. The industries where fiber laser is mostly used in electronics, medical equipment, jewelry, advertising-promotion, mold making, glassware, defense and aerospace, automotive and aerospace industries.

• The laser marking machine has wide applications and is primarily employed for  code, etc. on the surface of metal & non-metal material. The range of metals include stainless steel, alloy, metal plate, aluminum, silver, gold, etc.

• Metal Marking:Fiber lasers are particularly well-suited for marking metals due to their high output power and ability to create durable, high-contrast marks. This includes marking on auto parts, steel labels, and other metal components. 
• Electronics and PCB Marking:Fiber lasers are used to mark integrated circuits, mobile components, and other electronic devices, ensuring precise and durable markings. 
• Jewelry and Hallmarking:They are used for hallmarking, creating permanent and accurate markings on jewelry pieces. 
• Plastic and Composite Marking:Fiber lasers can mark various plastics, including ABS and engineering plastics, as well as composites, enabling durable and precise marking. 
• Industrial and Manufacturing Applications:They are used for marking industrial parts, components, and machinery, ensuring traceability and identification. 
• Medical and Dental Devices:Fiber lasers are used for marking medical and dental equipment, ensuring durability and traceability. 
• Glass and Ceramics:Fiber lasers can also mark glass and ceramic materials, enabling precise and durable markings. 
• On-the-fly Marking:Some fiber laser machines can be used for continuous production and marking, allowing for rapid and efficient marking of products on the fly. 

• Precision and Beam Quality.
• Energy Efficiency.
• Versatility.
• Compact Design.
• High Output Power.
• Reliability and Low Maintenance.
• Cost-Effectiveness

• Precision and Beam Quality.
• Energy Efficiency.
• Versatility.
• Compact Design.
• High Output Power.
• Reliability and Low Maintenance.
• Cost-Effectiveness

• Precision and Beam Quality.
• Energy Efficiency.
• Versatility.Compact Design.
• High Output Power.
• Reliability and Low Maintenance.
• Cost-Effectiveness

• 1.5lakh to 2.5lakh

• The laser marking machine has wide applications and is primarily employed for marking logo, words, brand, date, series number, batch number, sign, drawing, photo, QR code, etc. on the surface of metal & non-metal material. The range of metals include stainless steel, alloy, metal plate, aluminum, silver, gold, etc

• First and the last pulse equally usable.
• Marking are permanent with high abrasion resistance.
• High precision, fasten speed, consistent marking quality.
• Exceptional beam quality result into sharp and minuscule marking.
• Greater than 1,00,000 hours of maintenance-free operation.
• Real-time visible live pointer for preview your mark.

• User-friendly interface, easy operation.
  • Jewelry
  • Automobile
  • Electronics
  • Commercial
  • Engineering
  • Solar Industry
  • Tools & Tooling
  • Medical & Surgical
  • Aerospace & Defense
  • Die & Mould Engraving
  • Kitchenware & Bath Fitting
  • Color Marking in SS Material

• A fiber laser marking machine is easier to work with compared to other options. It has a lower heat output compared to other laser types, so there is a lower risk of damage from excess heat. And, as mentioned, it features a compact design built for durability, thus minimizing other risks of damage.

Applications:

• The laser marking machine has wide applications and is primarily employed for  code, etc. on the surface of metal & non-metal material. The range of metals include stainless steel, alloy, metal plate, aluminum, silver, gold, etc.
• Optical fibre laser- Fibre optic cable is used as a source to deliver the Laser beam to do marking.
• Optical Isolator- An optical isolator has been installed on the laser Marking head to prevent the back reflection of laser light on the Laser’s most sensitive optical component.
• Precise scanning system- High speed scanning system has been used in the system to get the speedy and precise results in marking.
• High service life of upto 10 years of the laser source making it more reliable and energy saving
• Over 100,000 hours of reliable, maintenance-free performance
• No consumables required which helps in reducing the operating cost.
• Compact and modular structure to make the operation safe and sound.
• The laser head is sealed so as to prevent the optical chamber from Contamination.
• Visible red diode for aiming and dry run operations.
• Built-in air cooling system.
• Professional Laser marking software with a user friendly interface and the controls that allows the connection to multiple laser systems with one computer.
• Operator Control Panel- The front panel control module includes the system key switch, laser off push button, manual safety shutter control, function indicators.

• Permanent Marking:
  The laser alters the material's surface structure, creating marks that are resistant to wear, heat, and chemicals—ideal for serial numbers, barcodes, logos, and QR codes.

• Material Compatibility:
  Can mark metals (steel, aluminum, copper), plastics, ceramics, glass, leather, and more.

• High Precision:
  Delivers crisp, high-resolution marks with exceptional accuracy, even on small components.

• Non-Contact Process:
  Minimizes wear and tear on equipment and materials by using a contactless process.

• Automation & Integration:
  Easily integrates into automated production lines and can be controlled via computer interfaces (CAD/CAM or marking software).

• Low Maintenance:
  Solid-state laser sources (especially fiber lasers) have long lifespans and require minimal upkeep.

• Fiber laser marking machines offer several benefits, including high precision, durability, speed, and versatility. They are also environmentally friendly and require less maintenance. These machines are widely used in various industries for marking and engraving diverse materials. 

• The laser marking machine has wide applications and is primarily employed for marking logo, words, brand, date, series number, batch number, sign, drawing, photo, QR code, etc. on the surface of metal & non-metal material. The range of metals include stainless steel, alloy, metal plate, aluminum, silver, gold, etc

• A fiber laser marking machine is easier to work with compared to other options. It has a lower heat output compared to other laser types, so there is a lower risk of damage from excess heat. And, as mentioned, it features a compact design built for durability, thus minimizing other risks of damage.

• Fiber lasers have an expected life of around 100,000 hours, which means about 45 years' use.

• It is preferred by many industries due to the high number of materials that can be used. The industries where fiber laser is mostly used in electronics, medical equipment, jewelry, advertising-promotion, mold making, glassware, defense and aerospace, automotive and aerospace industries.

• The laser marking machine has wide applications and is primarily employed for  code, etc. on the surface of metal & non-metal material. The range of metals include stainless steel, alloy, metal plate, aluminum, silver, gold, etc.

Price Range:

• 3 lakh to 5 lakh
• fiber Gold laser cutting machine is used in a wide range of industries for precision cutting and designing projects. 
• the machine emits a high powered laser beam to either cleanly cut ofeatch a specific design on materials such as gold, silver  and brass.
• the enclosed cover is used for gold and silver cutting process to reduce the westages of gold and silver cutting burrs.

• Laser Type

  • Fiber lasers are the most common and effective for marking carbide due to their high power and beam quality.

  • Wavelength: Typically 1064 nm (infrared) is ideal for marking metals and hard materials like carbide.

  2. Marking Process

  • Annealing or engraving are commonly used techniques:

    • Engraving removes material to create deep, readable marks.

    • Annealing heats the surface to change the color without material removal (less common for carbide).

  • For carbide tools, engraving is more typical due to the need for durable marks.

  3. Power Settings

  • High-power fiber lasers (20W–100W or more) are needed to effectively mark or engrave carbide.

  • The harder the carbide, the slower the marking speed required to achieve a clear and lasting mark.

  4. Cooling & Safety

  • Laser marking generates heat; using appropriate cooling and safety measures (e.g., enclosures, fume extractors) is critical.

  5. Surface Preparation

  • A clean, polished surface ensures better mark contrast and readability.

  • Coated or treated carbide surfaces may require adjusted laser settings.

  6. Marking Quality

  • You want high contrast and durability without introducing micro-cracks or affecting tool performance.

• Laser marking offers unparalleled precision and accuracy in marking various surfaces. The laser beam is extremely fine and can create very small, intricate designs and markings that would be impossible to achieve with other methods. This makes it ideal for marking small parts, including those with complex geometries.

• Minimum input with maximum output
• High Laser efficiency.
• Sharp, Clear and Permenent Marking.
• Easy to Use.
• High Speed Galvo for printing around 7000 mm/sec.
• Eco-friendliness.
• Accuracy and precision.
• Easy customization.
• Good pointing stability.
• Semi-permanent results.
• No damage to other parts of the material.
• Higher power output and lower heat production.

• Construction: Welding is used to create structural components for buildings, bridges, and overpasses. 
• Manufacturing: Welding is used to create modern constructions like cars, ships, and airplanes. 
• Heavy equipment repair: Welding is used to mend machinery like bulldozers, excavators, and cranes. 
• Pipeline construction: Welding is used to create oil, gas, and water pipelines. 
• Aerospace: Welding is used in the aerospace industry. 
• Automotive: Welding is used in the automotive industry. 
• Energy: Welding is used in the energy industry. 
• Home furnishings: Welding is used in the home furnishings industry. 

• Metal Marking:Fiber lasers are particularly well-suited for marking metals due to their high output power and ability to create durable, high-contrast marks. This includes marking on auto parts, steel labels, and other metal components. 
• Electronics and PCB Marking:Fiber lasers are used to mark integrated circuits, mobile components, and other electronic devices, ensuring precise and durable markings. 
• Jewelry and Hallmarking:They are used for hallmarking, creating permanent and accurate markings on jewelry pieces. 
• Plastic and Composite Marking:Fiber lasers can mark various plastics, including ABS and engineering plastics, as well as composites, enabling durable and precise marking. 
• Industrial and Manufacturing Applications:They are used for marking industrial parts, components, and machinery, ensuring traceability and identification. 
• Medical and Dental Devices:Fiber lasers are used for marking medical and dental equipment, ensuring durability and traceability. 
• Glass and Ceramics:Fiber lasers can also mark glass and ceramic materials, enabling precise and durable markings. 
• On-the-fly Marking:Some fiber laser machines can be used for continuous production and marking, allowing for rapid and efficient marking of products on the fly. 

Price Range:

• 3 lakh to 5 lakh
• fiber Gold laser cutting machine is used in a wide range of industries for precision cutting and designing projects. 
• the machine emits a high powered laser beam to either cleanly cut ofeatch a specific design on materials such as gold, silver  and brass.
• the enclosed cover is used for gold and silver cutting process to reduce the westages of gold and silver cutting burrs.

• Precision and Beam Quality.
• Energy Efficiency.
• Versatility.
• Compact Design.
• High Output Power.
• Reliability and Low Maintenance.
• Cost-Effectiveness

• Metal Marking:Fiber lasers are particularly well-suited for marking metals due to their high output power and ability to create durable, high-contrast marks. This includes marking on auto parts, steel labels, and other metal components. 
• Electronics and PCB Marking:Fiber lasers are used to mark integrated circuits, mobile components, and other electronic devices, ensuring precise and durable markings. 
• Jewelry and Hallmarking:They are used for hallmarking, creating permanent and accurate markings on jewelry pieces. 
• Plastic and Composite Marking:Fiber lasers can mark various plastics, including ABS and engineering plastics, as well as composites, enabling durable and precise marking. 
• Industrial and Manufacturing Applications:They are used for marking industrial parts, components, and machinery, ensuring traceability and identification. 
• Medical and Dental Devices:Fiber lasers are used for marking medical and dental equipment, ensuring durability and traceability. 
• Glass and Ceramics:Fiber lasers can also mark glass and ceramic materials, enabling precise and durable markings. 
• On-the-fly Marking:Some fiber laser machines can be used for continuous production and marking, allowing for rapid and efficient marking of products on the fly.