What does the automatic feeder do?
It is described as feeding filler wire into the weld pool. The admitted function does not specify wire diameters, feed rates, a dual-wire mechanism or a guaranteed result on the joint.

Laser Welding Machine
VIW1500S is the 1500W, 1080nm handheld laser welding model in the S family, with an automatic wire-feeding device described in the source. Begin the enquiry with the joint and filler-wire requirement so the feeder is discussed as part of an actual welding task.
Identify whether a wire specification already exists or needs to be proposed. Keep it with the material grades, thicknesses and required finished condition. The source's feed function does not establish acceptance of every wire and joint combination or a stronger weld simply because filler is added.
| Specification | VIW1500S |
|---|---|
| Laser Power | 1500W |
| Laser Wave Length | 1080nm |
| Laser Source | Raycus, JPT, IPG, Max |
| Fiber Length | Standard 10m, Maximum Support 20m |
| Cooling Method | Water Cooling |
| Support Language | English, Chinese, Japanese, Korean, Russian |
| Working Humidity | <70% No Condensation |
Configuration options vary by model. Confirm the final specification, selected components and operating requirements with your quotation.
The automatic feeder is described as feeding filler wire into the weld pool. No wire-diameter range, feed speed or dual-wire arrangement is established here. Ask the quotation to identify the proposed feeder and its supported configuration rather than borrowing values from another welding machine.
The described equipment includes a handheld welding head, wheeled movable structure, laser generator and industrial water chiller. Water cooling is the listed method. Actual size, weight and movement requirements need confirmation; the presence of wheels does not establish suitability for every work location.
The control description includes parameter adjustment and monitoring, with power, speed and focus adjustments and wire-feed settings. These are functions, without numerical adjustment ranges or an automatic process recipe. Confirm the operating information needed for the proposed joint and wire rather than assuming a complete automated welding sequence.
Supply a joint drawing with the material and thickness on both sides, seam location and desired final condition. Include the filler-wire specification if one is already required. Mark unknown details as questions so an incomplete brief does not silently become an assumed material or process decision.
Show the component support and intended head approach, together with the feeder's proposed location. Those details describe the planned workstation. This page does not provide a tested material list, verified thickness capability, weld-strength result or production-rate claim for the proposed assembly.
Raycus, JPT, IPG and Max are listed laser-source choices. Ask for the selected source, head, feeder and cooling package to be named alongside VIW1500S. Keep wire-related accessories and any requested support items distinct from the basic machine list so the delivered scope can be reviewed.
Fiber Length is published as Standard 10m, Maximum Support 20m. Confirm the supplied length and routing around the planned equipment positions. The maximum-supported value does not establish a standard 20m delivery or define clear working reach once the component and surrounding equipment occupy the station.
Supported languages are English, Chinese, Japanese, Korean and Russian; Working Humidity is below 70% with no condensation. The source describes an emergency stop and a casing for internal components. Request installation and protection documentation for the actual arrangement; this S description does not establish an interlock specification.
It is described as feeding filler wire into the weld pool. The admitted function does not specify wire diameters, feed rates, a dual-wire mechanism or a guaranteed result on the joint.
No numerical diameter range is established here. Provide any existing wire requirement and ask for the proposed feeder configuration and supported wire details in the actual quotation.
The published model entry is 1500W and 1080nm. The same S table also lists 2000W and 3000W choices, without a material-specific comparison or a general ranking for every filled joint.
No interlock specification is established for this S page. Use its own documented equipment details and request the actual protective arrangement rather than importing a feature from a differently named range.
The described casing protects internal machine components. It does not establish full enclosure of the handheld working area; review that area and its protection separately with the equipment documentation.
Compare the VIW-S Laser Welding Machine series
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