Divine Techno Engineers

Advantage of fiber laser machine:

• Fiber laser cutting is the fastest process for thin sheet metal.
• A “clean cut” surface quality is obtained.
• Reflective materials like aluminium,copper and brass can be cut with ease.
• Parts process cost is very low.
• Little to no maintenance costs.
• Consumable part cost is low. The only parts that need to be changed are nozzles, ceramics and protection glasses over long periods. There are no other consumable costs.
• Laser Source life is over 1,00,000 working hours.
• Double ball screw close-loop system and imported open-type CNC system, ensure high accuracy and high working efficiency during high speed cutting.
• Low operating and maintenance costs. Achieve long-term return on investment and revenue maximization.
• Enclosure design conforms to CE standard for reliable and safe processing.
• Pallet changer is convenient for material uploading and unloading, improving efficiency.
• Open structure is easy and convenient for material uploading and unloading.
• Drawer collecting device makes receiving materials more convenient.
• Aiming at high speed cutting, strengthened welded machine body after 2 times of aging process, ensuring long-term accuracy and stability of performance.

Main Features of Fiber laser cutting machine:

• Adopting World Famous Germany laser Fiber laser source and USA Laser Mech cutting head 

• 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
• 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.

• 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.
• 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.

• High Precision: Allows for detailed markings, including logos, serial numbers, barcodes (e.g., Data Matrix codes), and UDI (Unique Device Identification) codes.

• Permanent and Durable: Resistant to autoclaving, corrosion, and repeated sterilization cycles.

• Biocompatible: Does not affect the surface finish in a way that would compromise patient safety or regulatory compliance.

• Non-contact Process: Minimizes risk of mechanical stress or contamination.

• Aesthetic Finish: Creates high-contrast, clear markings for easy readability.

• 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.

• 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.

• 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.

• Precision and Quality:Fiber lasers produce highly accurate and smooth cuts, minimizing the need for post-cutting finishing. 
• Speed and Productivity:These machines cut materials at high speeds, leading to faster production and increased output. 
• Low Operating Costs:Fiber lasers are energy-efficient and require minimal maintenance, reducing overall operational expenses. 
• Versatility:They can cut a variety of materials, including metals, plastics, and composites. 
• Reduced Waste:The small kerf width of fiber laser cutting results in minimal material waste, making them environmentally friendly. 
• Compact Design:Fiber laser machines are relatively compact, making them suitable for smaller manufacturing spaces. 
• Superior Edge Quality:The precise cutting process results in clean, smooth edges that require less finishing. 
• No Contact Cutting:The laser head does not contact the material, preventing scratches or damage. 
• Fast Cutting Speeds:Fiber lasers can cut metal at extremely fast speeds, potentially leading to higher output. 

Key Components:

1. Raytools Handheld Laser Welding Gun – High-quality, ergonomically designed welding head with a robust nozzle assembly for precise laser beam delivery.

2. Touchscreen Control Panel (HMI) – Allows easy setup, parameter adjustment, and monitoring of welding operations.

3. Laser Control Unit – Interfaces between the laser source, welding gun, and safety systems.

4. Cable & Wiring Kit – Includes signal cables, control wires, and protective sheathing for safe and reliable connectivity.

5. Protective Lens Sets – Multiple spare lenses to ensure optimal beam quality and protect internal optics.

6. Maintenance Tools – Wrenches and Allen keys for assembly, adjustments, and servicing.

7. Mounting Accessories – Clamps, brackets, and bolts for secure installation of components.

8. Power Supply Unit – Ensures stable and safe power delivery to the control system.

9. Grounding Cable with Clamp – Provides electrical grounding for operator safety.

10. Laser Wire Feeder – Automatic wire feeding unit for applications requiring filler material during welding.

• 5 lakh to 15 lakh

• We offer for FREE Trial Marking on your Samples.
• 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.

• 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 amplifiersA section of optical fiber doped with rare-earth elements, such as erbium or ytterbium, is used to amplify the laser beam. The laser beam stimulates the dopant atoms to emit additional photons, which amplifies the beam

• Precision and Quality:Fiber lasers produce highly accurate and smooth cuts, minimizing the need for post-cutting finishing. 
• Speed and Productivity:These machines cut materials at high speeds, leading to faster production and increased output. 
• Low Operating Costs:Fiber lasers are energy-efficient and require minimal maintenance, reducing overall operational expenses. 
• Versatility:They can cut a variety of materials, including metals, plastics, and composites. 
• Reduced Waste:The small kerf width of fiber laser cutting results in minimal material waste, making them environmentally friendly. 
• Compact Design:Fiber laser machines are relatively compact, making them suitable for smaller manufacturing spaces. 
• Superior Edge Quality:The precise cutting process results in clean, smooth edges that require less finishing. 
• No Contact Cutting:The laser head does not contact the material, preventing scratches or damage. 
• Fast Cutting Speeds:Fiber lasers can cut metal at extremely fast speeds, potentially leading to higher output.