Descripción
2000 W Handheld Fiber Laser Welding Machine (4-in-1: Weld · Clean · Rust Remove · Light Cut)
Industrial handheld fiber laser platform for US job shops and fabrication cells. One mobile unit for welding + surface cleaning + rust removal + light cutting on mild steel, stainless, and aluminum.
Laser power: 2000 W CW (10–100% adjustable) · Weld (typical): up to 5 mm (0.2") mild steel · Input: 380–400 V 3-phase or 220 V single-phase (option)
Torch: wobble head 0–5 mm · Cable: 5 m (16 ft) · Size: 28"×22"×36" · Weight: ~485 lb (220 kg)
Production advantages
- 4 processes, 1 unit: reduces equipment purchases and floor space.
- Low heat input: less distortion and cleanup vs conventional MIG/TIG on many joints.
- Wobble welding: better bead appearance and gap-tolerance (up to ~1 mm with proper setup).
- Fast training curve: most experienced welders become productive in a few days.
- Mobile design: integrated chiller + casters for quick move between cells.
Key specs
- Single-pass weld ranges (typical): MS 0.5–5.0 mm · SS 0.5–4.0 mm · Al 0.5–3.0 mm (joint prep + gas dependent).
- Speed: ~20–150 mm/s (application dependent); often 3–5× faster than manual TIG on similar thickness.
- Torch: ~2 kg (4.4 lb) handheld; oscillation 0–5 mm, 1–200 Hz.
- Wire feeder (option): 0.8–1.6 mm filler wire for gap bridging / reinforcement.
- Shielding gas: Argon / Nitrogen / Helium; typical flow 10–15 CFH (site dependent).
- Cooling: industrial recirculating chiller (~1.5 kW) for stable output.
- Safety: Class 4 laser—requires controlled area, correct eyewear (OD 7+ @ 1064 nm), and guarding per ANSI Z136.1 / FDA-CDRH practice.
Implementation & support
- Application review: joint design, material grades, sample trials, parameter library setup.
- Install & training: setup + operator/maintenance training for fast ramp-up.
- After-sale support: consumables/spares guidance and process optimization as you scale.
Next step: Send your material, thickness, joint type, and photos/drawings of parts to confirm fit and recommended configuration.
