Divine Techno Engineers

• 3.5 lakh to 15 lakh
• Fiber jwellery cutting machines are mainly use for precision cutting and designing of materials like, Gold, Silver, Brass, Copper.
• The machine can cut or eatch precise or specific design on these materials.

• 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. 

• Non-contactFiber lasers clean surfaces without touching them, making them more precise and selective. This allows for the removal of specific contaminants without damaging the surface or surrounding material. 
• SafeLaser cleaning doesn't require abrasive materials or chemical solvents, so there's no exposure to dust or hazardous materials. 
• SustainableLaser cleaning is a media-free process that requires no material handling or disposal. 
• Cost-effectiveLaser cleaning is long-lasting and cost-effective because it requires minimal material handling, floor space, energy, and maintenance. 
• High-speedLaser cleaning can clean up to hundreds of square inches of material per second. 
• Environmentally friendlyThe waste from laser cleaning is formed into solid powder that's easy to handle and doesn't cause re-pollution. 
• Can work with a wide range of materialsLaser cleaning machines can work with a wide range of materials, including delicate aerospace parts. 
• Can clean small detailsLaser cleaning machines can clean even the smallest details or those with distortions. 
• Can be automatedThe cleaning process can be automated

Price Range:-

• 2.3 lakh to 5 lakh

• It is the most accepted technology among the laser marking systems due to its versatility, minimum maintenance and nil requirement of consumables. It run on same principle of fiber laser marker. 

• Due to its small size of frame stucture and less weight, we can easily move  the machine from one place to another.

• High speed scanning system has been used in the system to get the speedy and precise results in marking.

• 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.

• Visible red diode for aiming and dry run operations.

• 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.

• 2.1 lakh to 5 lakh

• All Metal and 80% non metal especially on precision equipments,utensil,auto parts,hardware tools etc.

• It is the most accepted technology among the laser marking systems due to its versatility, minimum maintenance and nil requirement of consumables. It run on same principle of fiber laser marker. 

• Due to its small size of frame stucture and less weight, we can easily move  the machine from one place to another.

• High speed scanning system has been used in the system to get the speedy and precise results in marking.

• 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.

• Visible red diode for aiming and dry run operations.

• Price 2 lakh To 20 Lakh
• All Metal and 80% non metal especially on precision equipments,utensil,auto parts,hardware tools etc.

• It is the most accepted technology among the laser marking systems due to its versatility, minimum maintenance and nil requirement of consumables. It run on same principle of fiber laser marker. 

• Due to its small size of frame stucture and less weight, we can easily move  the machine from one place to another.

• High speed scanning system has been used in the system to get the speedy and precise results in marking.

• 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.

• Visible red diode for aiming and dry run operations.

• 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. 

• 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

• 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 Accuracy. ..
• Speed and Efficiency. ...
• Minimal Heat Affected Zone. ...
• Versatility. ...
• Portability. ...
• Cost-Effective. ...
• Environmental Friendliness. ...

• 5 lakhs to 20 lakhs

• The Desktop Version requires small spaces and natural air cooling system which a cost effective solution.

• High precision UV laser marking machine adopts Ultraviolet laser which is mainly used in ultra-fine marking for plastics, including PC (polycarbonate), PP (polypropylene), PE (polyethylene), PA, ABS, PMMA, silicon, ceramics and crystal glass.

• A fiber laser marking machine is a high-precision system used for permanent marking on a wide range of materials. 
• It is ideal for 100% metal applications such as stainless steel, aluminum, brass, and copper, and can also mark up to 80% of non-metal materials like certain plastics and coated surfaces. 
• Using a focused laser beam, it creates clear, durable markings such as names, logos, barcodes, and serial numbers without damaging the material. 
• It offers fast processing, low maintenance, and long service life, making it suitable for industrial and commercial use

• 5 lakhs to 20 lakhs

• The Desktop Version requires small spaces and natural air cooling system which a cost effective solution.

• High precision UV laser marking machine adopts Ultraviolet laser which is mainly used in ultra-fine marking for plastics, including PC (polycarbonate), PP (polypropylene), PE (polyethylene), PA, ABS, PMMA, silicon, ceramics and crystal glass.

A fiber laser marking machine is highly suitable for serial number marking on metal components due to its speed, precision, and durability. Here are the key highlights:

• High Speed: Marking speed can reach up to 7000 mm/s, enabling rapid serial number engraving for bulk production.
• High Production Capacity: Supports continuous 24/7 operation, ideal for mass manufacturing industries with high output requirements.
• Superior Quality: Produces permanent, high-contrast, and non-fading markings with ultra-fine beam accuracy, ensuring clear readability of serial numbers.
• Precision Marking: Capable of marking very small fonts, barcodes, and QR codes with excellent detail on metal surfaces.
• Non-Contact Process: No tool wear or material deformation, ensuring consistent marking quality.
• Low Maintenance: Long laser life (up to 100,000 hours) reduces downtime and operational cost.

• 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.

• 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.

• 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.

• 4.5 lakh to 15 lakh
• 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.

• 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.

• 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.

• 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.

• 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.

• High Precision and Quality: Laser cutting produces smooth cuts with high accuracy, often requiring no further finishing or deburring.
• High-Speed and Efficiency: Faster than traditional cutting methods, laser systems can process complex designs in seconds, increasing overall productivity.
• High Automation and Flexibility: Automated loading/unloading systems reduce manual labor, while the CNC system supports complex shapes, including profiles and cutouts on various materials (steel, stainless steel, aluminum).
• Material Saving: The high-precision cutting width reduces material waste, maximizing the utilization of raw materials.
• Non-Contact Processing: Since the laser beam does not physically touch the material, it prevents deformation, scratches, or mechanical damage to the workpiece.
• Versatility: These machines can handle different pipe geometries (round, square, rectangular, angled, etc.) and perform intricate cuts suitable for industries like automotive, furniture, and construction.