Fiber Laser Jewellery Welding Machines
Precision jewelry welding systems for manufacturers, repair workshops, and goldsmiths working with small metal parts and delicate assemblies. Choose from compact 100W and 200W mini models or 200W and 300W cabinet systems based on workspace, observation, cooling, workload, and application requirements.
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Our Jewelry Laser Welding Machine Models
Compare compact 100W and 200W mini jewelry welders with professional 200W and 300W cabinet systems based on power, pulse control, observation, cooling, workspace, and daily workload.
How to Choose the Right Jewelry Laser Welding Machine
Choose a jewelry laser welder based on machine format, laser power and pulse capability, observation system, cooling requirements, workload, and the alloys and repair tasks you need to process.
By Mini or Cabinet Format
Choose MD 100 or MD 200 when you need a compact bench-mounted jewelry welder. Choose CB 200 or CB 300 when you need a cabinet system with compressor-refrigerated cooling and integrated workshop features.
By Power and Pulse Control
Choose MD 100 for the lowest-power compact setup or MD 200 for higher power in the same mini format. The CB 200 and CB 300 provide up to 85J pulse energy and 1–30 Hz welding frequency, while CB 300 increases laser power to 300W.
By Observation System
Choose MD 100 or MD 200 when built-in microscope-and-CCD dual positioning is required. The CB 200 and CB 300 include a 10X microscope, with microscope-and-CCD dual observation available as an option.
By Cooling System
The MD 100 and MD 200 use compact built-in air-cooled water tanks, while the CB 200 and CB 300 use compressor-refrigerated water cooling for cabinet-style workshop operation.
By Alloy and Welding Task
The range is designed for gold, silver, platinum, jewelry repair, small components, chains, prongs, bezels, settings, and custom jewelry production. Choose the model mainly by machine format, pulse performance, observation system, and cooling requirements.
Compare Jewelry Laser Welder Configurations
Compare mini and cabinet jewelry laser welding machines by power, pulse capability, observation system, cooling method, dimensions, and intended workshop use.
| Compare | HT JW-MD 100 | HT JW-MD 200 | HT JW-CB 200 | HT JW-CB 300 |
|---|---|---|---|---|
| Machine Format | Desktop | Desktop | Cabinet | Cabinet |
| Laser Power | 100W | 200W | 200W | 300W |
| Laser Wavelength | 1064 nm | 1064 nm | 1064 nm | 1064 nm |
| Spot Size | 0.1–3 mm | 0.1–3 mm | 0.3–3 mm | 0.3–3 mm |
| Product Page | View MD 100 | View MD 200 | View CB 200 | View CB 300 |
Why Choose Hightech Jewelry Laser Welding Machines?
Precision Micro-Welding
Controlled pulse output and adjustable spot size support detailed jewelry repair and fabrication while minimizing heat impact, deformation, and unnecessary finishing.
Clear Observation and Positioning
10X microscope systems and CCD positioning options help operators monitor small joints, prongs, bezels, chains, and other fine welding areas with greater control.
Mini and Cabinet Configurations
Choose compact 26–38 kg mini systems for bench-based work, or 126 kg cabinet systems with compressor-refrigerated cooling and integrated workshop features.
Warranty & Lifetime Support
Hightech machines include a one-year warranty and lifetime after-sales technical support, including installation guidance, machine setup, operator training, troubleshooting, software assistance, and maintenance support.
Jewelry Metals and Applications
Choose a jewelry laser welder around the alloys you process and the repair or production tasks you perform most often. Gold, silver, platinum, high-purity precious metals, and delicate alloys are core applications, while other metals and heat-sensitive assemblies should be verified through sample testing.
Gold
Precision joining and repair for gold jewelry, fine components, settings, custom pieces, and restoration work.
Silver and Platinum
Supports detailed welding applications where controlled heat input and accurate positioning are important for precious-metal work.
Compatible and Delicate Alloys
Alloy composition, coatings, previous solder, mixed metals, and heat-sensitive assemblies should be evaluated and sample-tested before production.
Chains, Prongs and Bezels
Suitable for localized repair and rebuilding of chains, prongs, bezels, settings, seams, and other small jewelry components.
Custom Jewelry and Prototypes
Supports fine-component joining, bespoke jewelry assembly, prototypes, micro-welding, and small-part production.
Watches and Accessories
MD mini models are also listed for precision welding of watch cases, bands, hinges, and other small metal accessories.
Frequently Asked Questions
What jewelry metals can a fiber laser jewelry welding machine weld?
Hightech emphasizes gold, silver, platinum, high-purity precious metals, and delicate alloys. Titanium, stainless steel, coatings, mixed-metal joints, and heat-sensitive assemblies should be confirmed through sample testing.
Which jewelry repair and production tasks are best suited to a laser welder?
Typical applications include chains, resizing, prongs, bezels, settings, seam repair, fine-component joining, custom assembly, watches, prototypes, and small-part production.
How does laser jewelry welding compare with torch soldering, TIG, or pulse-arc welding?
Laser welding concentrates heat in a smaller area, while torch soldering heats a broader zone. TIG and pulse-arc processes may suit different joint sizes or materials. The best process should be evaluated on the actual part.
Should I choose a mini or cabinet jewelry laser welding machine?
Choose a mini system when workspace and mobility are priorities. Cabinet systems are better suited when integrated compressor cooling, extraction, controls, and repeated workshop operation are more important.
How precisely can the machine control heat around thin metal, prongs, and stone settings?
The models provide adjustable pulse, spot size, energy, and welding frequency together with microscope or CCD positioning. Actual heat control depends on the alloy, focus, parameter settings, joint geometry, and operator technique.
What affects fiber laser jewelry welding machine price and ownership cost?
Price depends on power, pulse performance, cooling system, observation package, cabinet design, extraction, safety equipment, optional accessories, voltage configuration, freight, installation, and training. Ownership cost also includes electricity, shielding gas, consumables, cooling care, maintenance, and downtime.
How much training is required to operate a jewelry laser welder safely?
Hightech provides manuals, training videos, and remote guidance. Training should cover focusing, parameter adjustment, eye protection, gas shielding, cooling, maintenance, and applicable local safety requirements.
What should I verify before buying?
Confirm the exact laser configuration, eye protection, extraction, cooling, voltage and frequency, grounding, included accessories, manuals, spare parts, warranty exclusions, technical support, and regional service coverage before ordering.
What is the difference between the 100W, 200W, and 300W models?
The range differs in laser power, pulse capability, cooling, physical format, and intended workload. The MD 100 and MD 200 are compact mini systems, while the CB 200 and CB 300 are larger cabinet configurations with compressor-refrigerated water cooling.
Are the mini jewelry welding machines handheld?
No. The mini models are compact and movable bench systems rather than handheld welding tools. For example, the MD 200 measures 570 × 340 × 430 mm and weighs 38 kg.