Hebei Juliang Technology Co., Ltd. is one of the leading manufacturers and suppliers of 3-in-1 water-cooled handheld fiber laser welder in China. Please feel free to buy CE approved machinery made in China here from our factory. All customized machines are with high quality and competitive price.

Product Overview: Mobile All-in-One Laser Processing Workstation, Not Merely a Welding Tool

Our portable fiber laser workstation integrates welding, surface cleaning and metal cutting functions into a single handheld operating gun, powered by a 1080nm fiber laser light source. Instead of deploying three separate laser devices on site, this unified portable unit combines all three machining capabilities into one compact cabinet. Beyond saving workshop floor area and cutting equipment procurement expenses, its core value lies in enabling on-site mobile manufacturing. Operators can transport the whole machine straight to construction sites with hundreds of tons of steel components or narrow, enclosed ship cabin spaces, removing limits imposed by fixed processing benches. Users can fully rely on the 3-in-1 water-cooled handheld fiber laser welder to deliver an all-new portable metal processing solution for field operation scenarios.

The unit is equipped with an industrial constant-temperature circulating water cooling system, which serves as the core guarantee for stable long-duration high-power output. Air-cooled laser devices rely on natural air convection for heat dissipation, while our closed water circulation system precisely stabilizes the temperature of both laser generator and handheld machining head. This design effectively suppresses thermal drift phenomena during continuous high-load operation, ensuring uniform welding forming quality from the first component to the two hundredth workpiece processed within one workday.

Structural Logic: Integrated All-in-One Unit vs Separate Discrete Equipment

In traditional metal processing workshops, if factories need to conduct laser welding, cutting and oxide layer removal, they have to purchase three standalone laser devices, arrange dedicated operators for each machine, and formulate independent maintenance cycles for each piece of equipment. Our product abandons this fragmented equipment layout and adopts an integrated all-in-one structural design.

The equipment shares one laser generator and unified central control system, supporting one-click function switching at the handheld gun without replacing any core accessories. This design builds a miniaturized multi-functional machining center in a single cabinet. Its core competitive advantage is not only cost control but also shortening the overall production cycle. After finishing welding forming, staff can switch to cutting or surface derusting mode instantly without moving or re-clamping workpieces. For factories that frequently carry out prototype trial production or small-batch, diversified customized processing, this structural optimization brings remarkable efficiency improvement.

Smart Human-Machine Collaborative Control, Low Operational Threshold

The control logic of this integrated laser workstation differs greatly from traditional fixed laser equipment and automated industrial robot welding stations. It eliminates complicated handheld programming teach boxes and complex parameter programming interfaces, and adopts intuitive operation logic centered on human-machine coordination.

Operators only need to operate the intuitive panel to select corresponding processing application scenarios and call matching preset process parameters. The built-in material processing database stores matched parameter groups for dozens of metal materials and different plate thicknesses, such as parameter schemes for 4mm stainless steel welding and 2mm aluminum plate oxide cleaning. Even staff with basic metal material cognition can independently complete standard processing after short-term guided training, greatly lowering the threshold for professional operators. This equipment is specially developed for scenarios requiring frequent process switching and high operation flexibility, including equipment repair workshops, mold maintenance workshops and customized metal processing factories.

Application Positioning: Full-Scene Mobile Machining vs Fixed Assembly Line Production

To clearly reflect the differentiated market positioning of our water-cooled three-in-one laser workstation, we compare its comprehensive performance with two mainstream metal welding equipment widely used in the industry:

Comparison Item	Traditional TIG/MIG Arc Welding Equipment	Fixed Automated Laser Welding Robot	Our Water-Cooled 3-in-1 Handheld Fiber Laser Machine
Core Competitive Edge	Low initial procurement cost, compatible with most common metal raw materials	Continuous high-speed processing capacity, perfectly matching mass standardized assembly line production tasks	Three integrated functions: welding, cutting and rust removal; combines fast processing speed with ultra-high mobility to meet all kinds of field construction demands
Existing Deficiencies	Slow processing forming speed, wide heat-affected zone, finished welding quality heavily depends on operators' long-term practical experience	Huge one-time procurement investment, fixed installation without mobility, lengthy parameter adjustment time when switching different processing workpieces	Single processing range is limited by the moving radius of the handheld laser gun
Main Applicable Scenarios	On-site emergency component repair, small-batch thick plate arc welding processing tasks	Automated assembly workshops for auto parts and household appliance standardized production lines	Heavy machinery field maintenance, customized stainless steel cabinet manufacturing, advertising light box and sign customized production
Single Batch Processing Cost	Moderate daily operating cost, continuous consumption of welding wire, shielding gas and electric power	Low unit power consumption, but high average equipment depreciation cost in long-term use	Only electric power is consumed in daily operation, with extremely low demand for auxiliary shielding gas, effectively controlling overall running expenses
Operator Competency Requirement	Requires systematic professional training plus years of field practice to produce standard qualified weldments	Operators need to master equipment programming and daily automated robot system maintenance knowledge	Only short-term basic operation training is required; no professional welding industry working experience is mandatory

This comparison proves that our integrated laser workstation fills the market gap between high-cost special automated equipment and low-efficiency manual arc welding devices. For small and medium-sized metal processing manufacturers and field engineering service teams, it balances processing efficiency, finished product quality and flexible operation performance. All three power versions of the 3-in-1 water-cooled handheld fiber laser welder can maintain stable and consistent welding forming performance under different processing configurations.

Three Power Versions, Matching Diverse Industrial Processing Demands

This product line provides three optional laser power specifications, which are not simply upgraded versions with different power levels, but independently developed for completely different production scenarios and business modes: JLSC-1500 (Light-Duty Precision Model): This model is specially designed for precision thin plate processing, stainless steel door and window customized production and thin metal craft welding tasks. Its power output is tuned to prioritize processing speed and forming precision. When machining metal plates within 2mm thickness, it can form high-speed weld seams with ultra-narrow heat-affected zones, drastically reducing subsequent grinding and polishing workload. For kitchen equipment and metal furniture manufacturers focusing on surface finish quality, this model can effectively improve finished product appearance and cut post-processing labor costs.

JLSC-2000 (Universal Standard Model): This power specification is the most versatile choice covering most daily industrial processing tasks. It can realize stable penetration and fast processing speed whether welding carbon steel structural parts within 6mm thickness or heat-sensitive 3mm aluminum alloy plates. In advertising sign manufacturing, electrical cabinet processing and general hardware production industries, it serves as the daily core processing equipment to handle most conventional welding demands smoothly.

JLSC-3000 (Heavy-Duty Deep Penetration Model): For processing plates thicker than 7mm or projects requiring single-pass deep penetration welding, the 3000W high-power version is the optimal choice to guarantee penetration depth and processing efficiency. Its core application scenarios include on-site maintenance of heavy engineering machinery, large steel structure on-site assembly and medium & thick plate welding work in shipbuilding industry. In these heavy-duty scenarios, its greatest value lies in realizing one-time forming penetration, reducing repeated multi-layer welding procedures and improving the overall structural firmness of welded components.

Main Configuration Components

Component	Specification
Laser Source Brand	Optional Max or Raycus industrial fiber laser generator
Control System Brand	Independent SUP intelligent control system
Welding Head Brand	Original SUP dedicated handheld laser machining gun
Servo Motor	Not equipped, full manual handheld operation design
Guide Rail Brand	Integrated all-in-one cabinet, no external guide rail required
Equipment Condition	Brand-new factory direct delivery without secondary use
Machine Warranty	Whole machine covered under 1-year warranty; core laser generator enjoys 2-year free maintenance service
Structure Type	Integrated mobile handheld all-in-one cabinet design

Technical Specifications

Parameter	Specification Supplementary Description
Device Full Name	Handheld Fiber Laser Integrated Machining Equipment for Welding, Cutting & Oxide Cleaning
Selectable Laser Power	1500W / 2000W / 3000W three optional power grades
Laser Wavelength	1080nm ± 5nm infrared fiber laser light source
Working Mode	Supports continuous laser output and modulated pulse dual modes
Welding Speed Range	Adjustable processing speed from 0 to 120 mm/s according to material demand
Standard Fiber Length	10m optical fiber equipped as standard; customized 15m fiber length available upon request
Cooling Method	Built-in industrial constant-temperature circulating water cooling unit
Working Ambient Temperature	Suitable for workshop environment between 15°C and 35°C
Working Humidity Range	Ambient humidity controlled below 70%, no water condensation allowed
Operating Voltage	AC220V single-phase / AC380V three-phase power supply, matched by different models
Applicable Wire Diameter	0.8mm to 1.6mm universal welding wire specification range
Pulse Width	Adjustable pulse width from 0.5ms to 10ms for thin plate precision processing
Dimensions (L×W×H)	1030mm × 580mm × 1270mm integrated cabinet overall size
Total Weight	Approximately 180kg complete machine weight including cooling water tank

Application Scenarios: Cross-Industry All-Round Processing Capability

Thanks to the three-in-one multi-function design, this laser workstation can adapt to diversified production environments across multiple industries:

Heavy Machinery Field Maintenance: For open-pit mines and construction engineering sites, the machine's portable characteristic allows staff to conduct on-site crack repair and surface surfacing welding for excavator buckets and mechanical arm components. Factories no longer need to spend extra transportation fees to move oversized heavy parts back to fixed workshops, largely shortening equipment downtime.
Prefabricated Steel Structures & Bridge Construction: At steel component prefabrication yards and on-site installation locations, the equipment can smoothly complete various fillet welds and vertical position welding work. Low spatter forming and smooth weld surface can effectively guarantee the structural safety of load-bearing connecting parts.
Stainless Steel Sanitary & Kitchen Equipment Manufacturing: Sanitary ware and kitchen appliance producers have strict standards for weld surface finish. Handheld laser processing can form nearly seamless connecting seams, and the matched water cooling system keeps stable gun performance during long-hour continuous processing.
Automobile Refitting & Auto Parts Production: Whether manufacturing roll cages or cutting and assembling automobile exhaust pipelines, one integrated machine can finish all connected processing steps, eliminating repeated clamping and transfer of workpieces between different processing stations.
Advertising Display & Exhibition Stand Production: When producing light boxes and exhibition display frames, operators can switch freely between welding and cutting modes, greatly accelerating delivery efficiency for small-batch, multi-style customized orders.

About Juliang Technology
Hebei Juliang Technology Co., Ltd. is a provincial-level laser equipment R&D center certified as a Hebei Provincial Specialized, Refined, Distinctive & Innovative Laser Equipment Enterprise. The enterprise integrates independent core technology research, automated assembly production and global cross-border sales business, with core research directions focusing on multi-functional integrated laser processing stations and high-stability constant-temperature water cooling laser supporting systems.
Our company has devoted over ten years to the research and manufacturing of CNC metal cutting equipment since 2014. Through continuous technical iteration and market layout optimization, we have built a complete closed-loop production chain for laser processing equipment. We have independently developed more than 25 complete product lines, covering fiber laser cutting machines, single-function handheld laser welding equipment, CNC plasma cutting machines and our flagship water-cooled three-function integrated laser workstation. Different from most manufacturers that only produce single welding machines, our R&D team has long-term invested resources to break through integrated multi-mode laser switching technology and matched industrial circulating water cooling systems, forming exclusive core technical barriers unique to our water-cooled all-in-one laser equipment.
Our enterprise development path is driven by continuous technological breakthroughs rather than rigid chronological records: We completed industrial and commercial registration and launched the independent brand "Xin Juliang" in 2018; our internal laser laboratory passed the certification of Hebei Provincial Industrial Enterprise R&D Institution in 2020, and we obtained dozens of invention and utility model patents covering laser constant-temperature heat dissipation and multi-function rapid switching structures; in 2022, the enterprise obtained national high-tech enterprise certification and launched cross-border international trade business focusing on integrated laser processing system solutions.
At present, Juliang's laser processing equipment is widely adopted by a large number of domestic metal processing manufacturers, and the global overseas market layout has been adjusted to optimize regional sales proportion: Africa accounts for 26% of total overseas shipment volume, Southeast Asia accounts for 16%, East Asia accounts for 14%, and we have newly developed mature sales markets covering the Middle East and Latin America. Our water-cooled three-function laser workstation stands out among global competing products by virtue of stable long-hour continuous processing performance and multi-scenario adaptability, winning consistent positive feedback from field engineering teams and customized metal processing clients all over the world.

Service and Support

Quality Assurance Commitment: The whole machine enjoys a one-year full warranty service, while the core laser generator is covered by a two-year free maintenance policy, which fully reflects our confidence in stable product quality.
Global Technical Service Network: We have built a nationwide offline after-sales service network and set up multiple overseas technical support service points. Professional engineering teams provide 24-hour real-time remote video fault diagnosis and troubleshooting guidance, together with door-to-door equipment installation, parameter debugging and free operator training services.
Pre-Sales Sample Machining Test Service: The factory's product demonstration center is equipped with all power versions of integrated laser workstations. Customers can bring self-provided raw material workpieces to conduct free on-site processing tests to verify finished forming effects before placing formal procurement orders.
Customized Equipment Development Service: Beyond standard mass-produced models, we support full personalized equipment customization according to customer drawings or physical workpiece samples. The whole production process realizes full traceability from raw material incoming inspection to finished product delivery testing, with strict multi-link quality control standards.
Global Market Layout Overview: Juliang self-developed laser equipment is well recognized by domestic manufacturing enterprises, and exported to multiple overseas regions including Southeast Asia (16%), Africa (26%), East Asia (14%), the Middle East and Latin America, fully proving that our product quality standards meet global market demand. End users across industries consistently give positive feedback on the reliable performance of the 3-in-1 water-cooled handheld fiber laser welder.

Frequently Asked Questions

Q1: What core functional differences exist between this three-in-one integrated laser workstation and separately purchasing three independent welding, cutting and cleaning machines?

A1: The biggest gap lies in streamlined production operation flow and simplified equipment daily management. Our integrated equipment adopts a shared laser generator and unified central control system, supporting instant function switching on the handheld gun without moving processing workpieces. Users only need to manage one set of complete equipment, instead of preparing three machines, arranging three professional operators and stocking three sets of spare parts. It not only reduces initial one-time procurement cost, but also cuts long-term hidden expenditures including daily maintenance, worker skill training and workshop management costs. This integrated design is especially suitable for small and medium-sized processing factories with limited workshop space and insufficient manpower, completely overturning the traditional discrete separate operation mode of metal processing workshops.

Q2: What are the actual performance gaps between water-cooled three-in-one laser equipment and air-cooled single-function handheld laser welders?

A2: The most prominent difference is continuous stable processing capacity under long-term high-load working conditions. Air-cooled laser welding machines rely on built-in fans for forced air heat dissipation; after long-hour high-power operation, internal temperature will keep rising, leading to laser power attenuation or automatic overheat protection shutdown, which easily causes inconsistent welding forming quality between the early and late batches of workpieces. Our built-in industrial constant-temperature water cooling unit conducts closed circulating heat exchange for both laser generator and handheld machining gun, stabilizing internal operating temperature within a fixed safe range during full-day shifts to guarantee uniform processing effect. In terms of power coverage, air-cooled equipment is mostly limited to 1500W maximum power, while our water-cooled series covers 1500W, 2000W and 3000W three power grades, adapting to thin plate precision processing and thick plate deep penetration construction respectively. However, air-cooled machines have lighter overall weight and do not need regular antifreeze replacement and water pipeline maintenance, more matching short-term intermittent light-load processing tasks.

Q3: Is it difficult for new operators to get started with this handheld three-in-one laser processing workstation?

A3: The whole set of control system is designed to lower the professional operation threshold, removing the dependence on experienced senior welders with years of working experience. The system pre-stores complete parameter groups matched with different metal raw materials and plate thickness specifications; operators only need to select the corresponding processing scene on the control panel to call the matched preset parameters. Switching among welding, cutting and oxide cleaning modes only takes several seconds without complex secondary parameter debugging. Staff with basic metal material recognition ability can independently complete standard processing work after a few hours of guided training, far easier to learn than traditional TIG argon arc welding, which requires long-term repeated practice to master heat input control and weld forming effect.

Q4: What unique production efficiency improvements can the three-in-one integrated structural design bring to daily processing work?

A4: Traditional separated processing modes require moving workpieces among independent welding, cutting and cleaning equipment after each working procedure, wasting a large amount of time on workpiece handling and repeated positioning clamping. Our integrated handheld laser gun supports seamless switching of three processing technologies on the same fixed workpiece. For customized metal products, advertising signboards and equipment maintenance orders with mixed multi-process requirements, the integrated design eliminates repeated clamping and workpiece transfer links, greatly shortening the overall production cycle. For customized processing factories that frequently receive small-batch and multi-variety orders, this structural advantage can obviously raise daily finished product output capacity.

Q5: What kinds of metal raw materials can this equipment cut, and what level of processing precision can it achieve?

A5: It can complete contour cutting and hole piercing processing on stainless steel, carbon steel, aluminum alloy and other common metal sheet materials. The flatness and edge finish of cutting sections are far superior to the processing effect of plasma cutting equipment. Restricted by the handheld operation mode, its positioning accuracy cannot reach the ultra-high precision standard of large fixed split laser cutting machines, but its portable mobility allows on-site processing for oversized steel structures, heavy mechanical components and narrow ship cabin interiors that cannot be transported to fixed processing benches, filling the blank of on-site machining for large workpieces in construction scenarios.

Q6: What hierarchical after-sales troubleshooting process will we launch when the equipment fails to operate normally?

A6: We adopt classified tiered fault handling service to minimize customer production downtime. In the first step, professional technical engineers provide real-time remote fault diagnosis through voice and video communication channels. For simple abnormal alarms caused by incorrect parameter setting or loose wiring, we send detailed step-by-step operation guidance to help customers solve faults on site. If the failure is caused by damaged wearing spare parts, we arrange fast delivery of matching accessories and attach complete replacement operation tutorials. For serious core component faults that cannot be solved remotely, we support equipment return to factory overhaul or dispatch professional after-sales engineers to the customer's factory for on-site maintenance. All repaired equipment will pass continuous aging test and full power calibration before delivery, to ensure all functional indicators fully recover to factory standard parameters.

Contact Us

Sales Hotline: +86-156 3115 9021 Email: sales@jlwmb.com

To help our sales and engineering teams recommend the most matched laser workstation solution for your production demands, please provide the following core information during consultation:

Specific metal material types to be processed (such as stainless steel, carbon steel, aluminum alloy, copper, etc.)

Thickness range of conventional processing workpieces

Daily average processing order volume

Our professional sales and technical teams will reply to you quickly with customized equipment matching schemes, complete technical parameter documents and free sample processing test arrangements. We sincerely look forward to establishing long-term cooperative relations with you.