Divine Techno Engineers

• 10 lakh to 25 lakh

• Listed below are some common industries which use laser cutters:
  • Agricultural Industry. ...
  • Contract Manufacturing Industry..
  • Military Industry. ...
  • Construction Industry. ...
  • Automotive Manufacturing Industry. ..
  • Medical Equipment Industry. 
  • Electronics Industry.
  • Furniture Industries.

• Fiber laser welding is a welding process that uses a laser beam as the heat source. As non-contact tools, fiber lasers are low maintenance and offer fast welding speeds. The laser beam is highly precise and has a low heat input, which minimizes damage to the material.

• 25 lakh to 85 lakh

• 7 lakh to 20 lakh

• Listed below are some common industries which use laser cutters:
  • Agricultural Industry. ...
  • Contract Manufacturing Industry..
  • Military Industry. ...
  • Construction Industry. ...
  • Automotive Manufacturing Industry. ..
  • Medical Equipment Industry. 
  • Electronics Industry.
  • Furniture Industries.

• Fiber laser welding is a welding process that uses a laser beam as the heat source. As non-contact tools, fiber lasers are low maintenance and offer fast welding speeds. The laser beam is highly precise and has a low heat input, which minimizes damage to the material.

• 7 lakh to 85 lakh
• The fiber laser welding machine adopts the latest generation of fiber laser and is equipped with self developed building head to fill the gap of handheld building in the laser equipmen industries.

• Listed below are some common industries which use laser cutters:
  • Agricultural Industry.
  • Contract Manufacturing Industry.
  • Military Industry.
  • Construction Industry.
  • Automotive Manufacturing Industry.
  • Medical Equipment Industry. 
  • Electronics Industry.
  • Furniture Industries.

• Fiber laser welding is a welding process that uses a laser beam as the heat source. As non-contact tools, fiber lasers are low maintenance and offer fast welding speeds. The laser beam is highly precise and has a low heat input, which minimizes damage to the material.

• Listed below are some common industries which use laser cutters:
  • Agricultural Industry. ...
  • Contract Manufacturing Industry..
  • Military Industry. ...
  • Construction Industry. ...
  • Automotive Manufacturing Industry. ..
  • Medical Equipment Industry. 
  • Electronics Industry.
  • Furniture Industries.

• Fiber laser welding is a welding process that uses a laser beam as the heat source. As non-contact tools, fiber lasers are low maintenance and offer fast welding speeds. The laser beam is highly precise and has a low heat input, which minimizes damage to the material.

• 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. 

• 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

• 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. 

• PrecisionLaser welding machines are highly precise and can produce consistent quality. The laser beam focuses on a small area, which reduces the risk of cracks, distortions, and material damage. 
• SpeedLaser welding machines can weld at speeds of meters per minute, depending on the laser's power and the type of material being welded. 
• AutomationLaser welding machines can be automated or semi-automated, which can increase production efficiency and quality. They can be integrated into existing manufacturing lines. 
• Minimal deformationLaser welding machines can reduce thermal stress and deformation in workpieces. 
• Non-contactLaser welding is a non-contact process, which means the laser beam doesn't make physical contact with the components. 
• Compatible with many materialsLaser welding machines can be used on metallic material.
• Strong weldsLaser welding machines can produce deep, narrow, and strong bonds between two surfaces. 

• Accuracy: Laser welding can create welds as small as one hundredths of a millimeter. 
• Weld quality: Laser welding produces high quality welds with aesthetically pleasing finishes. 
• Versatility: Laser welding can be used on a wide range of materials, including metals, plastics, and textiles. 
• Speed: Laser welding can be up to 10 times faster than traditional methods. 
• Low heat input: Laser welding uses a concentrated heat source to create a small volume of weld metal, which results in low distortion. 
• Minimal thermal impact: Laser welding has a low heat affected zone and rapid cooling, which means the surrounding material is not annealed. 
• Clean welds: Laser welds are often so clean that they don't require grinding, which reduces post-processing costs. 
• Automation: Laser welding can be automated, which is an advantage over traditional welding methods. 
• Keyhole mode: Laser welding can be used to weld multiple pieces of material stacked on top of each other. 

• 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. 

• 4-in-One Handheld Laser Processing Head-Cut/Weld/Weldeam Clean/Remote Clean.

• 4-in-one laser control system (Cut/Weld/WeldSeam Clean/Remote Clean) and HMI panel are included.

• Single axis wobble with adjustable line spot 0-5mm.

• Multiple safety protection with auto beam off function once the nozzle goes away from workpiece.

• Various tip assemblies in standard kit to fulfill cutting, welding and weldseam cleaning. Assembly of remote cleaning is optional.

• Wide welding seam, low porosity and excellent melting pool protection.

• Wire feeder as optional to expand application range.

• 8 lakh to 38 lakh
• Fiber laser welding is a welding process that uses a laser beam as the heat source. As non-contact tools, fiber lasers are low maintenance and offer fast welding speeds. The laser beam is highly precise and has a low heat input, which minimizes damage to the material.
• Laser Welding is a welding technology used to join several metal components. A laser produces a beam of high-intensity that is concentrated into one spot. This concentrated heat source enables fine, deep welding and high welding speeds.
• Fiber lasers have an expected life of around 100,000 hours, which means about 45 years' use.
• Laser welding is an advanced fabrication process that is used in industries including automotive, medical, aerospace, electronics, jewelry, and tool and die manufacturing. The laser welding process uses an intense laser to apply heat to the seam which fuses the two 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. 

• High Precision and Quality: Laser beams are highly concentrated and easily controlled, allowing for precise, narrow welds with minimal distortion, warping, or heat-affected zones (HAZ).
• Exceptional Speed and Efficiency: Welding speeds are significantly faster than traditional methods, often three to ten times faster, leading to higher productivity.
• Low Heat Input and Minimal Distortion: Because the laser is highly focused, very little heat is transferred to surrounding metal, which protects the structural integrity of the parts.
• Versatility in Materials: Capable of welding a wide range of materials, including different thicknesses, dissimilar metals, stainless steel, aluminum, and even plastics and ceramics.
• Non-Contact Process: No physical force is applied to the workpiece, reducing the risk of damage and allowing for the welding of small, delicate components.
• Ease of Automation: Easily integrated into robotic systems for consistent, high-volume production with reduced labor reliance.
• Reduced Finishing Work: The clean, smooth, and strong joints often eliminate the need for grinding or post-weld cleaning. 

• High Precision and Quality: Laser beams are highly concentrated and easily controlled, allowing for precise, narrow welds with minimal distortion, warping, or heat-affected zones (HAZ).
• Exceptional Speed and Efficiency: Welding speeds are significantly faster than traditional methods, often three to ten times faster, leading to higher productivity.
• Low Heat Input and Minimal Distortion: Because the laser is highly focused, very little heat is transferred to surrounding metal, which protects the structural integrity of the parts.
• Versatility in Materials: Capable of welding a wide range of materials, including different thicknesses, dissimilar metals, stainless steel, aluminum, and even plastics and ceramics.
• Non-Contact Process: No physical force is applied to the workpiece, reducing the risk of damage and allowing for the welding of small, delicate components.
• Ease of Automation: Easily integrated into robotic systems for consistent, high-volume production with reduced labor reliance.
• Reduced Finishing Work: The clean, smooth, and strong joints often eliminate the need for grinding or post-weld cleaning. 

• High Precision and Quality: Laser beams are highly concentrated and easily controlled, allowing for precise, narrow welds with minimal distortion, warping, or heat-affected zones (HAZ).
• Exceptional Speed and Efficiency: Welding speeds are significantly faster than traditional methods, often three to ten times faster, leading to higher productivity.
• Low Heat Input and Minimal Distortion: Because the laser is highly focused, very little heat is transferred to surrounding metal, which protects the structural integrity of the parts.
• Versatility in Materials: Capable of welding a wide range of materials, including different thicknesses, dissimilar metals, stainless steel, aluminum, and even plastics and ceramics.
• Non-Contact Process: No physical force is applied to the workpiece, reducing the risk of damage and allowing for the welding of small, delicate components.
• Ease of Automation: Easily integrated into robotic systems for consistent, high-volume production with reduced labor reliance.
• Reduced Finishing Work: The clean, smooth, and strong joints often eliminate the need for grinding or post-weld cleaning. 

• High Precision and Quality: Laser beams are highly concentrated and easily controlled, allowing for precise, narrow welds with minimal distortion, warping, or heat-affected zones (HAZ).
• Exceptional Speed and Efficiency: Welding speeds are significantly faster than traditional methods, often three to ten times faster, leading to higher productivity.
• Low Heat Input and Minimal Distortion: Because the laser is highly focused, very little heat is transferred to surrounding metal, which protects the structural integrity of the parts.
• Versatility in Materials: Capable of welding a wide range of materials, including different thicknesses, dissimilar metals, stainless steel, aluminum, and even plastics and ceramics.
• Non-Contact Process: No physical force is applied to the workpiece, reducing the risk of damage and allowing for the welding of small, delicate components.
• Ease of Automation: Easily integrated into robotic systems for consistent, high-volume production with reduced labor reliance.
• Reduced Finishing Work: The clean, smooth, and strong joints often eliminate the need for grinding or post-weld cleaning. 

• High Precision and Quality: Laser beams are highly concentrated and easily controlled, allowing for precise, narrow welds with minimal distortion, warping, or heat-affected zones (HAZ).
• Exceptional Speed and Efficiency: Welding speeds are significantly faster than traditional methods, often three to ten times faster, leading to higher productivity.
• Low Heat Input and Minimal Distortion: Because the laser is highly focused, very little heat is transferred to surrounding metal, which protects the structural integrity of the parts.
• Versatility in Materials: Capable of welding a wide range of materials, including different thicknesses, dissimilar metals, stainless steel, aluminum, and even plastics and ceramics.
• Non-Contact Process: No physical force is applied to the workpiece, reducing the risk of damage and allowing for the welding of small, delicate components.
• Ease of Automation: Easily integrated into robotic systems for consistent, high-volume production with reduced labor reliance.
• Reduced Finishing Work: The clean, smooth, and strong joints often eliminate the need for grinding or post-weld cleaning. 

• High Precision and Quality: Laser beams are highly concentrated and easily controlled, allowing for precise, narrow welds with minimal distortion, warping, or heat-affected zones (HAZ).
• Exceptional Speed and Efficiency: Welding speeds are significantly faster than traditional methods, often three to ten times faster, leading to higher productivity.
• Low Heat Input and Minimal Distortion: Because the laser is highly focused, very little heat is transferred to surrounding metal, which protects the structural integrity of the parts.
• Versatility in Materials: Capable of welding a wide range of materials, including different thicknesses, dissimilar metals, stainless steel, aluminum, and even plastics and ceramics.
• Non-Contact Process: No physical force is applied to the workpiece, reducing the risk of damage and allowing for the welding of small, delicate components.
• Ease of Automation: Easily integrated into robotic systems for consistent, high-volume production with reduced labor reliance.
• Reduced Finishing Work: The clean, smooth, and strong joints often eliminate the need for grinding or post-weld cleaning. 

Product Name: Protective Lens / Protective Window
Size: 18mm (diameter) × 2mm (thickness)
Material: Fused Silica / Quartz
Coating: AR Coated (Anti-Reflective Coating) or Dual-Side Coated
Laser Compatibility: Fiber Laser, CW (Continuous Wave) & Pulsed Laser
Power Range: Suitable for laser power up to 2000W / 3000W / 6000W (based on coating type)
Wavelength Range: 1030–1090 nm (Typical for fiber laser systems)

• ✅ High Transmission: AR coating ensures over 99% light transmission, enhancing beam quality and welding precision.

• ✅ Durable Material: Made from high-purity fused silica or quartz for excellent thermal stability and resistance to laser damage.

• ✅ Precision Design: Dimensionally accurate for perfect fit in standard 18mm holders or lens barrels.

• ✅ Easy Replacement: Designed for quick installation and removal, minimizing machine downtime.

• ✅ Extended Lens Life: Acts as a shield for high-cost optics, saving long-term maintenance and replacement costs.