Compare 60W 100W 150W and 200W jewelry laser welding machines

Our company has 60W 100W 150W and 200W jewelry laser welding machines: There are significant differences between laser spot welders of different powers in terms of power, range of application, welding effect and control difficulty.

1. 60W Jewelry Laser Welding Machine

Ideal for: Small repairs, fine detailing, and thin metals (typically under 1mm).

Materials: Best for soft metals like gold, silver, and platinum.

Welding Precision: Very high, perfect for intricate or detailed work.

Applications: Thin rings, delicate jewelry pieces, resizing, or fixing tiny cracks.

Limitations: Not suitable for thick or hard materials, may not be able to weld metals beyond 1mm thickness effectively.

2. 100W Jewelry Laser Welding Machine

Ideal for: A bit more versatility, handling medium-thickness metals (1mm – 2mm).

Materials: Still great for gold, silver, and platinum, but also works better for slightly thicker materials.

Welding Precision: Good precision but slightly less than 60W. Still great for detailed work but can handle more robust welding tasks.

Applications: Slightly thicker rings, clasps, chain repairs, or more intricate details on bigger pieces.

Limitations: While more powerful than 60W, it's still limited when welding very thick or hard metals.

3. 150W Jewelry Laser Welding Machine

Ideal for: Welding thicker materials (2mm – 3mm) and working with harder alloys like titanium, stainless steel, and mixed-metal pieces.

Materials: Suitable for a wide variety of metals, including tungsten, titanium, and alloys.

Welding Precision: Can still achieve high precision, but not as fine as 60W or 100W. Better for general repairs and mid-range production.

Applications: Larger pieces of jewelry (e.g., thicker rings, pendants), soldering, larger repairs on multiple materials.

Limitations: Less suited for very fine, intricate repairs. The focus is more on versatility and thicker materials.

 

4. 200W Jewelry Laser Welding Machine

Ideal for: Heavy-duty tasks and large-scale production, works on thicker metals (up to 4mm or more) or materials that require high heat.

Materials: Ideal for titanium, stainless steel, palladium, and other high-strength alloys, as well as thick gold or silver.

Welding Precision: Precision decreases slightly with higher power, but still sufficient for industrial-scale jobs and medium-scale repairs.

Applications: High-volume production, heavy repairs (e.g., fixing industrial-grade pieces, high-stress jewelry), thick or hard metals, large chain links, and large metal jewelry.

Limitations: Might not be the best for extremely detailed, tiny work due to the heat generated.

Summary of Key Differences:

60W: Best for delicate, small jewelry and precise repairs.

100W: More versatile, handles medium-thick jewelry, and a bit of variety in materials.

150W: Suitable for mid-thickness metals and larger repairs.

200W: Great for heavy-duty welding, thicker materials, and high-volume industrial work.