Explore our core portfolio of handheld welders, continuous laser joining systems, mold repair solutions, and surface treatment technology engineered to replace conventional TIG/MIG stations.
Conventional welding methods such as Tungsten Inert Gas (TIG) and Metal Inert Gas (MIG) inherently subject structural metals to excessive heat inputs. Handheld fiber laser welding operates via focused keyhole or conduction-mode optical energy transfer, transforming metal fabrication through reduced distortion, sub-millimeter precision, and unparalleled process stability.
Traditional static laser beams suffer from poor bridge capability on imperfect metal joints. Our high-frequency dual-axis galvanometer system oscillates the beam across adjustable patterns (Linear, Circular, Figure-8, Triangle) up to 5mm beam widths, accommodating varying fit-up tolerances without sacrificing structural weld depth.
Because fiber laser wavelengths (~1064–1080 nm) achieve high power density with rapid travel speeds, the cumulative thermal input is 80% lower than traditional arc processes. This virtually eliminates structural post-weld straightening and secondary grinding operations.
Equipped with custom high-precision dual-temperature dual-control water cooling units. Dedicated circuits separately regulate optic cavity components and fiber laser source temperatures to prevent internal thermal degradation during 24/7 continuous duty cycles.
The industrial photonics sector is shifting from static handheld machinery toward smart, closed-loop, and hybrid multi-process architectures. Our continuous R&D pipeline ensures your capital investments remain competitive over multi-year operational horizons.
Integrating embedded machine vision directly into the optical handpiece. Real-time neural processing will identify seam gap tolerances, automatically modulate laser frequency and pulse energy, and eliminate manual operator calibration errors on dynamic contours.
While infrared (1080nm) excels in carbon and stainless steel, highly reflective metals (pure copper, gold, aluminum) demand shorter wavelengths. Our upcoming multi-wavelength hybrid emitters combine blue/green lasers with fiber sources to weld spatter-free copper battery busbars at 100% absorption rates.
Enabling Industry 4.0 data export directly via OPC UA and MQTT protocols. Production plants monitor gas flow rates, average kilowatt consumption, duty cycles, and weld integrity parameters to provide complete digital audit trails for automotive and aerospace quality assurance.
Quantifiable operational data comparing our industrial fiber laser systems against traditional TIG and MIG joining stations under identical workshop conditions.
| Evaluation Parameter | Handheld Fiber Laser (Youmir) | TIG (Tungsten Inert Gas) | MIG (Metal Inert Gas) |
|---|---|---|---|
| Welding Velocity (1.5mm SS) | 15 - 35 mm/s (Rapid Pass) | 3 - 8 mm/s | 8 - 14 mm/s |
| Post-Weld Processing | Zero to minimal polishing | Extensive pickling / grinding | Heavy de-slagging & grinding |
| Heat Affected Zone (HAZ) | Sub-millimeter (0.1 - 0.3mm) | Wide (2.5 - 5.0mm) | Moderate to Large (3.0 - 6.0mm) |
| Thermal Distortion / Warpage | Imperceptible / Zero clamping jigs | Severe distortion on sheet metal | Noticeable plate deflection |
| Operator Training Time | 2 to 4 Hours (Beginner Ready) | Months to Years of certification | Weeks of apprentice training |
| Consumable Overhead | Protective lens, shielding gas | Tungsten rods, filler rods, shielding gas | Continuous filler wire, contact tips |
Engineered to overcome domain-specific structural joining, cosmetic sealing, and refurbishment challenges across tier-1 manufacturing sectors.
High-speed joining of structural sheet metal, exhaust components, and aluminum battery housings. Drastically lowers chassis assembly cycle times while ensuring gas-tight sealing for EV thermal enclosures.
Ultra-pure joining of refractory alloys, titanium grades, and thin nickel alloys. Our stable energy curve prevents phase transformation embrittlement, meeting rigorous aerospace tensile tolerances.
Pinpoint micro-deposition repair without preheating heavy die blocks. Operators rebuild eroded parting lines, micro-fractures, and machining errors directly on the mold table using specialized wire feeders.
Seamless weld creation on SUS304 and SUS316 stainless food containers, commercial counters, and architectural panels. The smooth weld seam completely eliminates bacteria-trapping porosity.
Precision vertical and benchtop micro-welders featuring high-definition microscopes for delicate ring re-sizing, platinum prong rebuilding, and non-porous cobalt-chrome dental frameworks.
High-power continuous welding of thick carbon steel plates accompanied by pulsed laser cleaning units for pre-weld rust, oxide removal, and post-weld surface decontamination.
Operating from the Guangming Advanced Technology Hub in Shenzhen, our manufacturing infrastructure pairs standardized modular manufacturing with lean assembly pipelines, guaranteeing rapid delivery and rigorous QA validation.
Unlike system integrators that assemble outsourced generic housings, Youmir engineers internal optical paths, CNC control software, cooling manifolds, and ergonomic wire-feeding mechanisms directly in Shenzhen, guaranteeing native system harmony.
Every outgoing laser system undergoes continuous 72-hour full-load firing and thermal soak cycles prior to crating. Beam power output is monitored via laser power meters to verify zero optical degradation or fiber degradation under real load.
Our Shenzhen manufacturing facility maintains standing inventory contracts with premier global laser source and optical component suppliers. This insulates our international customers and OEM distributors from broader supply chain fluctuations.
A structured engineering checklist for purchasing departments, plant managers, and equipment distributors specifying fiber laser machinery for export.
Match continuous single-pass penetration requirements to source power: 1000W yields ≤3mm stainless steel; 1500W yields ≤4mm stainless / 3.5mm carbon; 2000W yields ≤5mm stainless / 3.5mm aluminum; 3000W yields ≤8mm stainless / 5mm aluminum.
Industrial power grids vary. We configure all exported units with multi-voltage step-up or step-down industrial transformers (110V single-phase, 220V single/three-phase, 380V/480V 3-phase, 50/60Hz) with integrated line surge suppressors.
Uninterrupted production requires pre-stocked optics. Every machine order includes standardized packages of protective cover glass windows, copper welding nozzles (flat, corner, wire-feed), collimator protective windows, and wire drive rollers.
Navigating international health, safety, and trade regulations with fully documented industrial safety integrations, multilingual HMI architectures, and global after-sales coverage.
Designed in strict accordance with European CE Machinery Directive (2006/42/EC), Low Voltage Directive, and EN 60825-1 Laser Safety Class 4 benchmarks, including US FDA CDRH accession registration for seamless border clearance.
Integrated high-definition capacitive touchscreen terminals feature 15+ pre-installed languages, including English, Spanish, German, French, Portuguese, Russian, Arabic, Japanese, Korean, and Vietnamese, ensuring rapid shop-floor adoption.
We maintain active distribution, spare-part warehousing, and certified field support networks across Europe, Southeast Asia, North America, and the Middle East, backed by 24/7 direct Shenzhen factory video engineering support.
Direct technical clarification from our senior engineering team covering laser safety, metallurgical parameters, warranty assurances, and custom OEM manufacturing.
From compact desktop jewelers to high-throughput galvanometer workstations and multi-axis CNC gantries, our expanded hardware lineup meets rigorous factory specs.
