FL-WW | 4-in-1 Water-Cooled Handheld Laser Welding Machine

The FerroLaser FL-WW water-cooled handheld fiber laser welding machine combines welding, cleaning, cutting, and weld seam cleaning in one industrial system. Available in 1500W, 2000W, and 3000W configurations, it supports stainless steel, carbon steel, aluminum, galvanized steel, brass, and other metal fabrication applications.

Model
FL-WW
Manufacturer
Jinan Twin Intelligent Equipment Co., Ltd.
Indicative Price Range USD 2,999 – 4,999

Rough guide only — the exact price depends on configuration, power, automation, optics and shipping destination. for an accurate FOB quote tailored to your job.

  • CE-compliant & export-ready
  • 1-year limited warranty (extendable on core parts)
  • 30-day money-back guarantee
  • Free lifetime technical support
  • Worldwide shipping & logistics handled

Tell us your material, thickness & throughput — an applications engineer replies with a real configuration and price range within one business day.

Overview

1500W / 2000W / 3000WLaser power options
2 / 4 / 6 mmRecommended welding thickness
Water coolingCooling method
4-in-1Welding, cleaning, cutting, weld cleaning

Capabilities

Handheld fiber laser welding stainless steel plate

Laser Welding

High-speed welding for stainless steel, carbon steel, aluminum, galvanized steel, brass, and other supported metals, with smooth seams, low spatter, and limited heat distortion.

Reference range: 1500W–3000W; 50–100 mm/s.

Handheld laser cleaning system removing rust from a metal surface

Laser Cleaning

Non-contact removal of rust, paint, oil, oxides, and surface contamination without chemical or abrasive consumables. Cleaning width depends on the selected configuration.

Handheld fiber laser cutting a thin metal workpiece

Laser Cutting

Flexible cutting of thin stainless steel, carbon steel, aluminum, and other supported workpieces without changing to a separate machine.

Laser weld seam cleaning result on a fabricated metal component

Weld Seam Cleaning

Post-weld removal of oxidation colors, residue, and discoloration to improve appearance and reduce manual polishing.

Applications

Material Thickness Recommended Configuration Process Note
Stainless steel 0.5–5 mm 1500W–3000W Smooth weld appearance
Carbon steel 1–6 mm 1500W–3000W High welding efficiency
Aluminum 1–5 mm Wire feeder recommended Process setup should limit porosity
Galvanized steel 0.5–4 mm 1500W–2000W Low-spatter process setup
Brass or copper 1–3 mm 2000W reference Engineering review for reflective material

Typical applications include cabinets, kitchen equipment, furniture, automotive parts, sheet metal fabrication, doors and windows, hardware, advertising structures, and custom metal products.

Reference Welding Parameters

Material Thickness Joint Power Wire Speed
Stainless steel 1 mm Butt 1500W No 80–100 mm/s
Stainless steel 2 mm Lap 1500W Yes 60–80 mm/s
Carbon steel 3 mm Butt 2000W Yes 50–70 mm/s
Aluminum 2 mm Butt 2000W Yes 40–60 mm/s
Galvanized steel 2 mm Lap 1500W Yes 60–80 mm/s
Stainless steel 5 mm Butt 3000W Yes 30–50 mm/s

These values are starting references. Final parameters depend on material grade, fit-up, shielding gas, wire, joint design, and required result.

Additional Application Coverage

ApplicationWorkpieceCommon ChallengeFL-WW Benefit
Kitchen EquipmentSinks, tablesPolishing requiredSmooth weld
Sheet Metal FabricationCabinets, boxesSlow welding speedHigh efficiency
FurnitureMetal framesDeformationLow heat input
Automotive PartsBracketsHigh labor costEasy operation
Door & WindowRailings, gatesInconsistent qualityStable welding
AdvertisingMetal lettersDifficult cornersFlexible welding

Samples

MaterialThicknessJoint TypeLaser PowerWireWelding SpeedImage
Stainless Steel1 mmButt Joint1500WNo80-100 mm/sStainless steel 1 mm butt-joint welding sample
Stainless Steel2 mmLap Joint1500WYes60-80 mm/sStainless steel 2 mm lap-joint welding sample
Carbon Steel3 mmButt Joint2000WYes50-70 mm/sCarbon steel 3 mm butt-joint welding sample
Aluminum2 mmButt Joint2000WYes40-60 mm/sAluminum 2 mm butt-joint welding sample
Galvanized Steel2 mmLap Joint1500WYes60-80 mm/sGalvanized steel 2 mm lap-joint welding sample
Stainless Steel5 mmButt Joint3000WYes30-50 mm/sStainless steel 5 mm butt-joint welding sample

Need Help Choosing a Configuration?

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Specifications

General

Model FL-WW
Laser power 1500W / 2000W / 3000W
Recommended welding thickness 2 / 4 / 6 mm
Cooling Water cooling
Machine size 1000 × 620 × 1150 mm
Machine weight 250 kg
Whole-machine warranty 1 year

Electrical and Environment

Input voltage 220V / 380V
Frequency 50 / 60 Hz
Operating temperature 5–40°C
Relative humidity ≤70%
Installation Stable power, grounding, ventilation, and local laser-safety controls required

Electrical and Safety Details

Rated Power ConsumptionAccording to laser power configuration
Safety RequirementProper grounding, safety goggles, ventilation

Configuration Options

OptionStatusBest ForPrice / Lead-Time Impact
3-in-1 / 5-in-1 FunctionOptionalCustomers requiring welding, cleaning and cutting functionsAffects machine price according to configuration
Double Wire FeederOptionalThick material welding and gap fillingAdditional cost, no significant impact on lead time
Different Welding HeadOptionalDifferent application requirementsSubject to selected configuration

Components

MAX Photonics fiber laser source for the FL-WW welding machine

Fiber Laser Source

Raycus or MAX options provide stable laser output; availability and final brand are confirmed in the quotation.

Touchscreen control interface for the handheld laser welding system

Control System

A touchscreen interface manages power, speed, scan width, gas, and process settings.

 

SUP handheld laser welding head for welding cleaning and cutting

Welding Head

SUP or EM Power options support handheld welding, cleaning, and cutting with application-specific optics and nozzles.

Industrial water chiller for stable continuous laser welding operation

Industrial Chiller

Hanli or S&A options provide the cooling capacity required for continuous industrial operation.

Red automatic wire feeder for the FL-WW handheld laser welding machine

Wire Feeder

Automatic wire feeding supports consistent filler delivery; double-wire configurations are optional.

Schneider electrical components for stable laser welder power distribution

Electrical System

Schneider or CHINT components support stable power distribution and maintainable electrical control.

Configuration Options

  • 3-in-1 or 5-in-1 process configurations
  • Double-wire feeder
  • Alternative welding head
  • Laser source and control-system options
  • Voltage, interface language, machine color, OEM branding, and export packing

Standard Supply

  • Water-cooled laser welding machine
  • Fiber laser source and handheld welding head
  • Industrial water chiller and intelligent controller
  • 10 m fiber cable and automatic wire feeder
  • Tool kit, user manual, protective lenses, and foot switch

Service

Stage Customer Provides FerroLaser Delivers Typical Time
Requirement review Material, dimensions, output, destination, voltage Configuration and quotation recommendation 1 working day
Configuration and testing Samples, drawings, acceptance requirements Test video, sample, or report as agreed 2 working days
Packaging and shipping Trade terms and destination port Export packing, documents, logistics arrangement About 7 working days
Installation and support Site conditions and responsible personnel Installation guidance, training, and after-sales support Project dependent

Online support is available through email, WhatsApp, WeChat, video conference, and remote diagnosis. Final lead time, warranty scope, and service terms are defined in the signed quotation or contract.

Application Examples

Kitchen Equipment Manufacturer · Southeast Asia

A 3000W configuration was applied to stainless-steel sink production to improve weld appearance and reduce follow-up polishing. Final acceptance evidence is supplied per project agreement.

Metal Fabrication Manufacturer · Europe

A 2000W configuration was applied to stainless-steel cabinet fabrication. The configuration was selected around the customer’s workpiece and production requirements.

Customer Case Details

FL-WW welding a stainless steel sink for a Southeast Asian kitchen equipment manufacturer
Kitchen Equipment Manufacturer · Southeast Asia
FL-WW beside a stainless steel cabinet for a European metal fabrication manufacturer
Metal Fabrication Manufacturer · Europe
FieldKitchen Equipment ManufacturerMetal Fabrication Manufacturer
MarketSoutheast AsiaEurope
ChallengeContinuous production with stable welding qualityImprove welding efficiency and reduce labor cost
Configuration3000W Water-Cooled Handheld Laser Welding Machine2000W Water-Cooled Handheld Laser Welding Machine
Material / WorkpieceStainless Steel SinkStainless Steel Cabinet
SolutionHigh-speed laser welding with automatic wire feederReplace TIG welding with handheld laser welding
Verified ResultSmooth weld appearance and reduced polishing workloadStable welding quality and improved production efficiency
EvidenceCustomer photos / testing videoCustomer photos / welding videos

FAQ

Which metals can be welded?

Supported applications include stainless steel, carbon steel, mild steel, galvanized steel, aluminum, brass, copper, titanium, nickel alloy, and other metals subject to process testing.

Is the machine easy to learn?

The handheld design and touchscreen controller simplify basic operation. Training time depends on the operator, application, and local safety requirements.

What laser power options are available?

Standard options are 1500W, 2000W, and 3000W. FerroLaser recommends power after reviewing material and thickness.

What is the maximum welding thickness?

Capacity depends on power, material, fit-up, joint design, and process settings. The source guideline is approximately 2 mm for 1500W, 4 mm for 2000W, and 6 mm for 3000W; confirm the actual application with sample testing.

Can one machine perform multiple functions?

Yes. The 4-in-1 configuration combines welding, cleaning, cutting, and weld seam cleaning.

What is the delivery time?

Standard configurations are typically prepared in about seven working days after payment confirmation. Customized machines may require more time.

How is the machine packaged?

The machine is prepared in an export plywood case with shock, moisture, and water protection appropriate to the agreed shipping method.

Do you provide training?

Yes. Available support includes manuals, installation videos, online training, remote guidance, and technical assistance.

What warranty is provided?

The source document specifies a one-year whole-machine warranty. Exact component coverage and exclusions follow the signed quotation or contract.

Can the machine be customized?

OEM and ODM options include logo, color, interface language, voltage, packaging, and branding, subject to engineering confirmation.

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