CEBBOTS Collaborative Robot Arc Welding Package
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CEBBOTS Collaborative Robot Arc Welding Package is a compact cobot welding station built around a collaborative robot arm, mobile welding cart, welding power source, wire feeding, torch routing, teaching interface, and welding process software. It is designed for workshops that want repeatable arc-welding motion without building a large fixed robot cell first. Why SkyFire added this package: many handheld laser welder users eventually need a wider welding range. Arc welding is stronger for thicker plate, structural parts, filler-heavy welds, and larger gap tolerance. Laser welding is attractive for thin sheet, lower heat input, and cleaner appearance. This package can be evaluated as a shared cobot motion platform after tool mounting, I/O, cable routing, and safety are reviewed. Quick fit check Good fit You need repeatable arc-welding paths for small to medium batches. Your parts are heavier or thicker than typical handheld laser welding work. You already own a handheld laser welder and want to explore future robotic laser tests. You can provide photos, drawings, material, thickness, joint type, and target volume for review. Needs review first Your parts have poor fit-up, large gaps, unstable fixtures, or changing seam position. You need guaranteed cycle time, inspection approval, or production acceptance testing. You want to switch between arc torch and laser head on the same cobot. You need local installation, training, enclosure design, or factory acceptance testing. Not the right tool You need high-speed flat sheet cutting like a dedicated CNC fiber laser cutter. You cannot provide part information for welding evaluation. You require a fully engineered laser safety cell without project review. You need a plug-and-play guarantee for an untested weld joint. Where this package fits Thicker plate welding Arc welding provides filler metal, stronger gap tolerance, and heavier bead capability for structural fabrication. Thin-sheet laser welding A compatible handheld laser welder can be evaluated on the same cobot platform for lower distortion and cleaner thin-sheet welds. Light laser cutting tests With proper laser tooling and safety review, the cobot path can support small thin-sheet cutting or trimming tests. Available package configurations Package Robot body Payload / reach Welding source Torch and cooling Mini FAIRINO FR5-920 5 kg / 920 mm Aotai NBC-350RL 200 mm 350 A torch, Japanese-style connector, 3 m combination cable Pro FAIRINO FR10-1400 10 kg / 1400 mm Aotai NBC-350RL 200 mm 350 A torch, Japanese-style connector, 3 m combination cable Pro ESTUN S7-140ECO 7 kg / 1400 mm Aotai NBC-350RL 200 mm 350 A torch, Japanese-style connector, 3 m combination cable Plus FAIRINO FR5-1900 5 kg / 1900 mm Aotai NBC-350RL 200 mm 350 A torch, Japanese-style connector, 3 m combination cable Pro FAIRINO FR10-1400 10 kg / 1400 mm Megmeet Ehave2 CM500R 200 mm 500 A water-cooled torch, Japanese-style connector, 3 m combination cable Pro ESTUN S7-140ECO 7 kg / 1400 mm Megmeet Ehave2 CM500R 200 mm 500 A water-cooled torch, Japanese-style connector, 3 m combination cable Plus FAIRINO FR5-1900 5 kg / 1900 mm Megmeet Ehave2 CM500R 200 mm 500 A water-cooled torch, Japanese-style connector, 3 m combination cable Variant names show the base package direction. Final package scope, optional upgrades, stock, lead time, export documents, and freight must be confirmed before order. How to choose a configuration Decision point Practical guidance Reach Choose 920 mm for compact workpieces and smaller fixtures. Choose 1400 mm for broader general welding coverage. Choose 1900 mm when the weld area is large but the end tool load remains within the robot payload and wrist limits. Payload Payload must include torch or laser head, bracket, cable drag, gas tube, wire path, optional quick-change hardware, and any protective tooling. Do not judge payload by tool weight alone. Aotai 350 A package Suitable as a general entry arc-welding cobot configuration. Confirm material, thickness, weld type, duty cycle, and torch requirements before selecting. Megmeet 500 A water-cooled package Better to evaluate when the job may need higher current, water-cooled torch configuration, or heavier welding duty. Confirm cooling scope and power requirements before order. FAIRINO vs ESTUN body Choose only after checking reach, payload, supplier support, software workflow, spare parts, and availability for your destination country. Future laser use Treat laser use as an engineering review. The arc-welding package does not automatically become a certified laser-welding or laser-cutting cell. Included system modules Collaborative robot FAIRINO or ESTUN robot configurations depending on selected payload and reach. Arc-welding source Aotai NBC-350RL or Megmeet Ehave2 CM500R package options with matching torch and cable configuration. Mobile welding cart Integrated mobile base for robot body, controller cabinet, welding source, wire feeder, and accessories. Teaching and process software Workflow support for straight lines, arcs, stitch welding, multi-pass/multi-layer paths, dry-run movement, and continued software iteration. Electrical and communication accessories Router, network cable, combination cable, and process wiring for the selected package. What may need separate confirmation Project and welding process Fixture design and part repeatability. Welding sample requirement and acceptance standard. Wire type, gas, torch angle, weld appearance, and penetration target. Seam tracking, arc tracking, pulse, or digital communication upgrades. Order and delivery Export availability, certificates, manuals, and destination-country requirements. Wooden case packing, gross weight, dimensions, HS code, and freight quote. Warranty scope, spare parts list, consumables, training, and remote support. Local safety enclosure, fume extraction, PPE, installation, and commissioning. Before using it with a handheld laser welder A shared cobot base is attractive, but compatibility is an engineering review, not a verbal promise. Confirm robot payload, wrist torque, end-flange mounting, tool center point, laser head bracket, fiber bend radius, cable drag, gas routing, I/O mapping, process sequencing, laser interlocks, and the final safety enclosure before switching from an arc torch to a laser welding or laser cutting head. Laser conversion item Why it matters Laser head bracket and TCP The robot needs a rigid mount and repeatable tool center point. A handheld laser head cannot simply hang from the wrist without checking stiffness and service access. Fiber and cable routing Laser fiber bend radius and cable drag are different from arc-welding cables. Motion must not pull or twist the fiber. I/O and process sequence Laser enable, emission, gas, wire feed, cooling status, alarm feedback, and emergency stop must be mapped separately from arc start logic. Laser safety Arc-welding protection is not laser safety. Laser shielding, interlocks, PPE, fume extraction, and local compliance must be reviewed again. See the related project note: WeldAir Cobot DIY handheld laser welding and cutting conversion. Information needed before final recommendation For serious buyers, please send the information below. It helps us decide whether this package is a good fit before supplier confirmation and freight quotation. Information Examples Part photos or drawings Overall part photo, weld area close-up, fixture photo, drawing with dimensions if available. Material and thickness Mild steel, stainless steel, aluminum, galvanized steel; thickness range for each joint. Joint and weld requirement Butt, lap, fillet, corner, tube, ring, multi-pass, appearance requirement, penetration requirement. Production target Daily or monthly quantity, weld length, expected cycle time, current bottleneck. Current process MIG/MAG/TIG/manual laser welding, current power source, current quality issue. Workshop conditions Power supply, gas availability, available floor space, safety enclosure plan, operator experience. Destination and service need Country, port or ZIP code, need for training, installation, spare parts, or sample proof. FAQ Is this a laser welding robot? No. The listed package is an arc-welding cobot package. It can be evaluated as a motion platform for future laser welding or light laser cutting only after engineering review. Can it replace a dedicated laser cutter? No. It is suitable for welding automation and limited light cutting tests when properly engineered. High-speed flat sheet cutting should use a dedicated CNC fiber laser cutter. Can I mount my existing handheld laser welder? Possibly, but not automatically. We need to check payload, bracket, TCP, fiber routing, I/O, cooling, safety interlocks, and enclosure requirements. Which configuration should I choose? Start from your part size, weld length, material thickness, reach, payload, and duty cycle. If unsure, send photos and drawings before selecting a variant. Does the listed price include everything for production? The listed variants represent base package configurations. Project fixtures, safety enclosure, freight, taxes, local installation, upgrades, samples, and destination requirements may need separate confirmation. Does it include seam tracking? Do not assume seam tracking is included. If your weld path or part fit-up varies, tell us early so we can confirm tracking or upgrade options with the supplier. Can it weld aluminum? Aluminum welding depends on material grade, thickness, joint design, wire, gas, process setup, and power source configuration. Please send the part details for review. Can it do multi-pass welding? The package description includes process software direction for multi-pass/multi-layer paths, but your specific weld and acceptance target should be reviewed before order. What should I send before ordering? Send part photos, material, thickness, joint type, weld length, target volume, current process, quality requirement, destination, and whether you want only arc welding or future laser conversion review. Can SkyFire guarantee compatibility before seeing my part? No. Welding automation is part-driven. We can only make a serious recommendation after reviewing the part and confirming package scope with the supplier. Project notes Supplier photos and package details are used as the reference for this listing. Final configuration, export availability, local safety compliance, welding sample requirements, tooling bracket design, and laser-process changeover details should be confirmed before order. Best next step: send your part photos or drawings, material, thickness, joint type, weld length, target production volume, and destination country. SkyFire will review whether this arc-welding cobot package, a handheld laser welder, a robotic laser review, or a different workstation is the better starting point.
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