Custom Galvanometer Continuous Laser Welding Machine
View Specifications
Explore our core engineering catalog designed for microscopic gold joint integrity, mold restoration, and seamless structural metal processing.
Gold (Au) possesses an extremely high optical reflectivity (>95% at 1064 nm) alongside rapid thermal conductivity. Overcoming these natural physical properties requires sub-millisecond pulse shaping, dynamic beam oscillation, and real-time infrared temperature regulation.
Traditional torch soldering causes heat spread, discoloring gemstones and warping thin gold shanks. Our proprietary Nd:YAG and Quasi-Continuous Wave (QCW) fiber sources utilize tailored pre-heat energy spikes that break surface reflectivity in sub-milliseconds without spatter.
By confining thermal input to focal diameters ranging from 0.1 mm to 0.5 mm, our systems restrict melting strictly to the joint seam. This ensures the structural tempering of spring clasps, hollow gold chains, and micro-prongs remains uncompromised.
Integrated coaxial and side-blown Argon gas shrouds displace oxygen at the melt pool instantaneously. The result is pure, porosity-free gold and karat alloy joints that require zero toxic chemical pickling or aggressive mechanical abrasives.
Carefully engineered machine models built to match specific production volumes, precision tiers, and automated manufacturing lines.
| Series Configuration | Laser Source & Peak Power | Spot Diameter Range | Cooling Mechanism | Core Application Domain |
|---|---|---|---|---|
| Compact Desktop 60W/100W | Nd:YAG Pulsed (60J - 110J) | 0.1 - 2.5 mm Adjustable | Internal Closed-Loop Deionized Water | Retail counter repair, re-tipping prongs, custom studio crafting |
| Industrial Cabinet 200W | High-Energy Nd:YAG (150J - 200J) | 0.2 - 3.0 mm Adjustable | Dual-circuit 1.5HP Compressor Chiller | High-throughput jewelry factories, continuous chain manufacturing |
| Galvanometer Automated 300W/500W | QCW Quasi-Continuous Fiber | 0.05 - 0.2 mm Micro-spot | Integrated Smart Water-Cooling Unit | Semiconductor micro-wire soldering, multi-axis PCB micro-welding |
| Cantilever & Boom Multi-Axis | Continuous Fiber / YAG Hybrid | 0.2 - 3.5 mm Adjustable | High-Capacity Industrial Chiller | Heavy mold repair, large casting fills, high-value artistic sculpture |
Shenzhen's world-leading optoelectronics ecosystem gives our manufacturing facilities unmatched agility, competitive procurement speed, and uncompromising hardware consistency.
We machine optical housings, boom structures, and chassis frames internally, eliminating third-party markups and ensuring strict micron-level mechanical alignment across all assemblies.
Proximity to first-tier fiber optical crystal growers, premium laser diode fabs, and Schneider electrical component distributors allows us to shorten lead times to under 7 working days.
Every laser resonator undergoes continuous high-temperature cycling, power-curve logging, and beam stability calibration before crating, guaranteeing instant turn-key commissioning on delivery.
By blending industrial scale with proprietary control firmware, we supply global importers and OEM distributors with machines at 30% to 50% lower capital outlay than European counterparts.
Overseas deployment requires seamless adherence to national safety codes and rapid field-service responsiveness. Our machines meet global standards straight from the factory crate.
All gold laser soldering stations incorporate certified laser safety viewing windows, dual-channel interlock switches, emergency shutoffs, and Class 1 enclosed work chambers where required by EU and US authorities.
Our localized distributor warehouses in Europe, Southeast Asia, and North America stock genuine replacement flash lamps, protection lenses, focusing mirrors, and solenoid gas valves for next-day dispatch.
Integrated touchscreens support 16 languages (English, German, Spanish, French, Arabic, etc.). Factory-certified engineers provide round-the-clock remote video diagnostics and custom parameter calibration.
Our gold laser soldering machines are deployed globally across distinct manufacturing ecosystems, tailored to solve industry-specific joint challenges.
Seamlessly re-tip emerald and diamond solitaire prongs without unseating stones. Fill casting porosity with matching 18K/24K wire, splice delicate chains, and seal hollow gold bangles with zero discoloration or weight loss.
Execute low-stress bonding on gold-plated PCB contact pads, lead frames, micro-relays, and MEMS sensors. The localized pulse eliminates thermal degradation of sensitive adjacent silicon dies and dielectric coatings.
Fabricate and modify biocompatible gold-alloy crowns, bridges, implants, and orthodontic fixtures. Exceptional weld purity ensures flawless corrosion resistance in biological environments.
Market demand is rapidly shifting away from conventional torch soldering toward smarter, greener, and automated optical processing architectures.
Modern production facilities require automatic seam recognition. Our upcoming automated lines utilize AI pattern matching to locate microscopic gold seams and execute sub-millimeter welds without manual fixture alignment.
Because gold absorbs 450 nm (blue) and 532 nm (green) light at rates 5 to 10 times higher than traditional 1064 nm infrared, hybrid dual-wavelength systems are unlocking melt stability with zero thermal runaway.
Environmental standards restrict hazardous chemical brazing fluxes and acid baths. Laser micro-soldering delivers pure inert metallurgical bonding, significantly cutting shop-floor emissions and chemical disposal costs.
Comprehensive engineering insights to clarify configurations, training, maintenance, and logistics before issuing an RFQ.
Laser soldering delivers pinpoint thermal energy to a microscopic focal spot (as small as 0.05 mm) in milliseconds. This completely prevents heat transfer to delicate precious stones (such as emeralds, opals, and pearls), eliminates chemical fire scale, preserves gold temper, and eliminates the need for solder alloys with low karat purity.
Yes. Our programmable waveforms feature adjustable multi-segment pulse controls. Operators can set custom power profiles to weld 9K, 14K, 18K, 22K, 24K pure gold, 925 sterling silver, platinum, titanium, and palladium without cracking, surface pitting, or alloy segregation.
Most goldsmiths become proficient within 2 to 4 hours of hands-on practice. The machine features high-definition 10X/15X stereo microscopes with crosshair alignment, digital CCD camera monitors, and intuitive touchscreens with preset parameters for prong re-tipping, chain repair, and porosity filling.
Nd:YAG models typically require a flash lamp replacement every 3 to 5 million pulses (approximately 12 to 24 months of heavy daily production), deionized water changes every 3 to 6 months, and routine cleaning of protective lens glass. Fiber laser configurations require virtually zero routine optical maintenance.
Standard desktop and cabinet laser welders ship within 5 to 7 business days from our Shenzhen factory. Custom automated lines ship within 15 to 20 days. Machines are packed in export-compliant, fumigation-free wooden crates with anti-vibration padding, and we handle DDP, CIF, and FOB shipping globally.
Yes. As an original equipment manufacturer, we offer comprehensive OEM/ODM services, including customized sheet-metal colors, silkscreen brand logos, custom software interfaces with your proprietary language files, and tailored technical sales collateral.
Explore our broader line of precision desktop jewelry welders, automated cantilever systems, continuous fiber cutters, and surface preparation cleaners.
