Divine Techno Engineers

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

• Power: 100W–2000W (higher power = faster cleaning)

• Wavelength: ~1064 nm (standard for fiber lasers)

• Cleaning Width: Adjustable, typically 10–100 mm

• Cooling: Air-cooled (for low power) or water-cooled (for high power)

• Non-contact cleaning: No abrasion or damage to the base material.

• Eco-friendly: No chemicals or blasting media needed.

• Highly precise: Ideal for cleaning small, delicate, or intricate components.

 

• Low maintenance: Minimal consumables and long laser lifespan.

• Fiber laser cleaning machines can effectively clean rust from:

   

  • Carbon steel

  • Stainless steel

  • Cast iron

  • Aluminum (with care due to lower melting point)

  • Copper and other conductive metals

• 1.5lakh to 2.5lakh

• First and the last pulse equally usable.

• This machine is specifically designed for the jewellery making industry, allowing users to produce intricate and complex designs with ease. The laser beam emitted by the machine provides clean and precise cuts with no burrs or rough edges, ensuring that each piece has a smooth and professional finish.

• It runs on single phase electrical connection, so very less electricity consumption.

• Banefits of laser gold cutting machine:

• Easy to use software, non technical person can also easily operate this machine.

• It does not require external Cooler

• It does not require laser & optics alignment, which leads to lesser maintenance cost.

• Highly accurate and precise, accuracy up to 0.01mm.

• Long lasting laser life.

• Exceptional speed and efficiency.

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.

• A CCD Fiber Laser Marking Machine is an advanced solution designed for high-speed and precision marking, especially suitable for mass production environments. 
• Equipped with a CCD vision system, it enables automatic positioning and orientation-free marking, eliminating the need for manual alignment. This significantly reduces setup time and removes the requirement for dedicated fixtures, improving operational efficiency. 
• The machine can handle multiple components simultaneously, increasing throughput and consistency. With fast marking speeds and high accuracy, it ensures uniform quality across large batches. 
• It is ideal for industries like electronics, mobile accessories, and precision parts where flexibility and productivity are critical. Additionally, its user-friendly software and automation capabilities make it suitable for continuous industrial use.

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.

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.

• A desktop model fiber laser marking machine is a compact, high-performance solution designed for precise and permanent marking on metals and some plastics. It operates at high speeds of up to 10,000 mm/sec, ensuring fast cycle times and increased productivity. 
• This machine is ideal for applications such as serial number marking, logos, barcodes, and QR codes. With its stable design and user-friendly software, it delivers consistent marking quality with excellent accuracy. 
• Depending on the marking content and material, it can produce approximately 8,000 to 15,000 pieces per day in an 8-hour shift. Its space-saving structure makes it suitable for small workshops and production units, while low maintenance and long service life ensure cost-effective operation.

• 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.

• 2.5 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.

• 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.

• 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.

• A fiber laser marking machine is a high-precision system used to engrave or mark details such as names, logos, serial numbers, and codes on electrical diodes and other components. 
• It uses a focused laser beam to create permanent, non-contact markings without damaging the material. Known for its speed, accuracy, and low maintenance, it ensures clear, high-contrast results even on small and delicate surfaces. 
• This technology is widely used in electronics manufacturing for traceability, branding, and quality identification

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