With 20 years of manufacture, the HT-W200 Benchtop Jewelry Laser Welding Machine helps jewelers worldwide work faster, smarter, and more profitably.
Weld multi-material (gold, silver, titanium, dissimilar metals, etc.), saving time and equipment costs, while the compact size fits any workshop. User-friendly touchscreen controls make precise welding easy for beginners and experts alike. Since 2008, it has been CE – certified, meeting global safety standards.
We provide 24/7 global support to ensure high-priority, quick responses to customer needs and offer OEM customization to match your brand’s needs.
A reliable, affordable solution for jewelers who demand quality results without complexity.
| Model | HT-W200 |
| 7-inch screen | HD display screen 20X |
| Microscop | 10X |
| Power | 200W |
| Power regulation range | 1-100% |
| Frequency | 1-30Hz |
| Wavelength | 1064 nm |
| Pulse width | 0.1~10ms |
| Spot adjustment | 0.1-3.0 mm |
| Minimum Spot | 0.3mm |
| Cooling system | Air cooling |
| Operating temperature | 10-35℃ |
| Power supply | AC220V ±10%, 50/60 Hz |
| Total power | <3KW |
| Dimensions(L x W x H) | 1080x530x620mm |
| weight | 70Kg |
| Retail jewelry manufacturers & Jewelry repair profit centers | ||
| High-end custom jewelry brands | Chain jewelry repair stores | Antique jewelry restorers |
| Use laser welding for seamless diamond ring settings, reducing precious metal waste. | Fix broken necklace clasps and resize rings efficiently. | Precision-weld delicate vintage pieces without heat damage to gemstones. |
| Dental/orthodontic laboratories | ||
| Dental prosthesis manufacturers | Invisible aligner manufacturers | Medical device companies |
| Weld titanium alloy dental bridges for biocompatibility and accuracy. | Secure attachments to clear braces, replacing glue for durability. | Weld micro-components for minimally invasive surgical tools (e.g., scalpels,). |
| Eyeglass frame repair | ||
| Eyewear craft | Chain optical stores | Wearable tech manufacturers |
| Experiment with welding new materials (e.g., nano-alloys). | Rapidly fabricate small metal parts for mechanical prototypes. | Create intricate welded structures for sculptures or installations. |
| Laboratory prototyping | ||
| University research labs | Tech startups | Art studios |
| Weld titanium temple hinges and nose pads for sleek finishes. | Fix broken frames on-site, minimizing return-to-factory delays. | Bond metal casings and internal circuits for devices like smartwatches. |
| Workshops, retail stores | ||
| Watch repair shops | Craft studios | Model hobbyists |
| Weld miniature watch gears and bracelet links. | Customize metal jewelry (e.g., nameplates, pendants). | Restore or modify metal parts for RC planes/cars. |
| Feature | Laser Welding | Micro TIG Welding | Pulse Arc Welding |
| Precision | 0.01–0.5mm weld width (hairline accuracy) | 0.5–1.5mm (requires microscope) | 0.3–1.0mm (limited fine control) |
| Heat Impact | Near-zero distortion (HAZ: 0.05–0.5mm) | Moderate (HAZ: 0.5–2mm) | High (HAZ: 1–3mm) |
| Gemstone Safety | Safe for heat-sensitive stones (opal, emerald) | Risk of thermal damage | High risk of cracking stones |
| Speed | Fastest – Ideal for automation & bulk jobs. | Slow – Manual process, not for mass production. | Moderate – Faster than TIG but slower than laser. |
| Material Range | Widest – Works on gold, platinum, titanium, even reflective metals (copper, aluminum). | Limited – Struggles with dissimilar metals. | Good – But may fail on highly reflective materials. |
| Ease of Use | Easiest – Automated setups reduce skill requirements. | Hardest – Demands expert hands. | Moderate – Needs training but less than TIG. |
| Weld Quality | Flawless – Strong, pore-free seams; minimal polishing needed. | Good – Durable but may need cleanup. | Average – Possible slag/porosity issues. |
| Maintenance | Low – Only lens cleaning/gas filter replacement | High – Frequent tungsten electrode changes, gas flow calibration | Moderate – Electrode tips wear faster than laser |
| Uptime | 95%+ (minimal downtime) | 60–70% (frequent recalibration) | 75–85% (electrode swaps slow production) |
