100W 200W JPT MOPA Fiber Laser Marking Machine High Power Jewelry Engraver for Gold Silver Stainless Steel

Product Description

Product Description
Product Description Intro
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High-Performance Laser Marking

Experience ultra-precise engraving with the latest JPT MOPA Fiber Laser technology. Ideal for deep metal etching, color marking, and non-metal surface processes.

100W 200W JPT MOPA Fiber Laser Marking Machine High Power Jewelry Engraver for Gold Silver Stainless Steel 100W 200W JPT MOPA Fiber Laser Marking Machine High Power Jewelry Engraver for Gold Silver Stainless Steel 100W 200W JPT MOPA Fiber Laser Marking Machine High Power Jewelry Engraver for Gold Silver Stainless Steel 100W 200W JPT MOPA Fiber Laser Marking Machine High Power Jewelry Engraver for Gold Silver Stainless Steel 100W 200W JPT MOPA Fiber Laser Marking Machine High Power Jewelry Engraver for Gold Silver Stainless Steel 100W 200W JPT MOPA Fiber Laser Marking Machine High Power Jewelry Engraver for Gold Silver Stainless Steel 100W 200W JPT MOPA Fiber Laser Marking Machine High Power Jewelry Engraver for Gold Silver Stainless Steel 100W 200W JPT MOPA Fiber Laser Marking Machine High Power Jewelry Engraver for Gold Silver Stainless Steel 100W 200W JPT MOPA Fiber Laser Marking Machine High Power Jewelry Engraver for Gold Silver Stainless Steel
Laser Machine Design Detail Laser Machine Engraving Precision Material Processing Capacity Laser Hardware Specifications
Technology Comparison
Laser Marking Machines Comparison Table
Machine Type Fiber Laser UV Laser CO2 Laser
Wavelength 1064nm (Near Infrared) 355nm (Ultraviolet) 10600nm (Far Infrared)
Best for Materials Metals (stainless steel, aluminum, copper, alloys), some plastics Plastics, glass, crystal, ceramics, silicon wafer, paper, some metals Wood, leather, acrylic, glass, rubber, fabric, paper
Marking Features Fast speed, deep engraving, high contrast, optional color marking (MOPA) Ultra-fine precision, cold processing, no heat damage Smooth marking, capable of engraving & cutting thicker non-metals
Key Advantages Long lifespan (>100,000 hrs)
Stable & maintenance-free
Micro-level marking
No substrate damage
Ideal for electronics, food & medical
Affordable, cost-effective
Strong penetration power
Wide use for crafts & packaging
Typical Applications Nameplates, hardware tools, auto parts, electronic components Mobile phone cases, food & pharma packaging, glassware, medical devices Crafts, leather products, glass bottles, packaging, textiles
Equipment Cost Medium
(Best value for metals)
High
(Premium precision)
Low to Medium
(Entry-level friendly)
Material Testing Chart Engraving Software System
Production Process Line 1 Production Process Line 2 Production Process Line 3
Product Quality Inspections Packing & Delivery Setup Customer Workplaces and Applications Accessories list Detailed Technical Configurations
Frequently Asked Questions
What is the difference between JPT MOPA and standard fiber lasers?
JPT MOPA fiber lasers feature adjustable pulse duration and frequency, allowing for more precise control and the unique ability to mark colors on stainless steel and clear black on anodized aluminum. Standard Q-switched fiber lasers have fixed pulse durations.
Can this machine engrave on gold and silver jewelry?
Yes, high-power JPT MOPA fiber lasers (100W/200W) are highly efficient for deep engraving and cutting of precious metals like gold, silver, brass, and copper.
How long is the expected lifespan of a fiber laser source?
Fiber laser sources generally have an estimated operational lifespan of up to 100,000 hours, making them highly durable and virtually maintenance-free.
Can I use this machine to mark plastics or organic materials?
Fiber lasers can mark some dark and dense plastics. For organic materials like wood, leather, and paper, a CO2 laser is recommended, while UV lasers are preferred for sensitive plastic materials and high-precision glass marking.
Is special maintenance required for these laser machines?
No, fiber laser marking systems are solid-state and do not require consumable parts or alignment calibration, making them incredibly stable and cost-efficient to operate over time.

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