Overview

Top laser source

Laser brand:IPG/Raycus/MAX/JPT/nlight/SPI etc.

D80 rotary

Fourth axis, rotary marking

High-precision fine-tuning mobile platform

More accurate positioning, more convenient fixing, and convenient fine-tuning

Advantage

Non-consumable

●  No need to replace consumables

●  Requires only electrical energy

●  One-time investment

●  Maintenance-free

Cleaner environment

Ink-free  ●

Solvent-free  ●

Non-pungent  ●

Non-toxic  ●

Non-corrosive  ●

Energy-saving

●  Non-wasteful

●  100% utilisation

●  No emissions

Permanent mark

Controlled indentation depth  ●

Resistant to oxidation  ●

No colour loss  ●

Traceable  ●

Safe and reliable  ●

The 20W fiber laser marking machine is ideal for surface-level marking and small businesses:

• Cost-Effective: Low energy consumption and affordable pricing.

• Precise: Delivers accurate marks on thin materials like stainless steel and anodized aluminum.

• Best For: Applications requiring surface-level detail without deep engraving.

The 30W fiber laser marking machine offers a balance of power and speed, making it versatile:

• Moderate Depth: Suitable for general marking needs across multiple industries.

• Faster Processing: Improves efficiency compared to the 20W model.

• Best For: Businesses looking to scale up or handle a wider range of tasks.

The 50W fiber laser marking machine is built for industrial applications:

• Deeper Engraving: Perfect for high-volume production and tough materials.

• Precision and Power: Excels at creating durable, detailed markings.

• Best For: Heavy industries requiring speed and robustness.

The 100W fiber laser marking machine represents the pinnacle of speed and power:

• Deep and Fast: Handles mass production and demanding projects effortlessly.

• Versatile: Works on hard metals like titanium and high-carbon steel.

• Best For: High-volume manufacturers seeking unmatched reliability and performance.

Parameter

Recent advancements in fiber laser technology have enhanced performance and usability:

1. High Beam Quality: Ensures sharp, clear markings for intricate designs.

2. Energy Efficiency: Consumes less power, reducing operational costs.

3. Non-Contact Operation: Minimizes maintenance needs while increasing speed.

4. User-Friendly Software: Includes pattern libraries, serialization, and automation features.

5. Sustainability: Eliminates the need for consumables like ink, making it an environmentally friendly option.

20W Fiber Laser Marking Machine Price and Beyond

• 20W: Affordable entry-level option for light-duty marking tasks.

• 30W: Moderately priced, offering versatility for general use.

• 50W: Higher upfront cost, justified by its speed and depth capabilities.

• 100W: Premium investment for large-scale production with unmatched performance.

Choosing the right wattage depends on balancing immediate costs with long-term benefits. For instance, the 20W fiber laser marker offers excellent ROI for small businesses, while higher wattages cater to industrial-scale operations.

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Safety and Training

Proper training and safety protocols are critical when operating laser markers:

• Protective Gear: Always wear laser safety glasses.

• Ventilation: Ensure proper airflow in the workspace.

• Maintenance: Regularly inspect and calibrate the machine.

Comprehensive training reduces risks, enhances productivity, and ensures safe operation.

Maintenance and Longevity

Extend the life of your fiber laser marking machine through simple maintenance:

1. Cleaning: Remove dust and debris regularly.

2. Cooling Systems: Monitor airflow or water flow to maintain performance.

3. Software Updates: Keep your machine’s software current for optimal functionality.

With minimal maintenance, fiber lasers provide years of reliable service.

Environmental Impact

Laser markers for metal are eco-friendly and sustainable:

• Zero Consumables: No need for ink or solvents, reducing waste.

• Energy Efficiency: Lower power consumption aligns with sustainable manufacturing practices.

Application

Laser markers for metal find applications across numerous industries due to their precision and durability:

1. Automotive: Marking parts for traceability and inventory management.

2. Aerospace: Creating permanent markings on components for safety and regulation compliance.

3. Medical Devices: Etching high-contrast marks on surgical tools and implants.

4. Jewelry: Crafting intricate designs, patterns, and logos.

5. Electronics: Branding and serializing products like circuit boards.

Their versatility ensures they meet the demands of small shops and large-scale manufacturers alike.

Optional accessories

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