Fabrication
Enclosures, frames, brackets, stainless assemblies, and repair work.
Handheld, platform, and scanning welding; pulse and continuous cleaning; precision cutting; plus marking and nitrogen-generation configurations for production plants.
Configuration before quotation
Forty machine configurations across welding, cleaning, marking, cutting, engraving, and nitrogen supply — transcribed directly from the manufacturer catalog with full parameter tables.
Five functions, single to triple wire, 0.5–12 mm welding thickness.
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Chiller-free 1200 W welding, cutting, and seam cleaning.
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24-hour non-contact rust, paint, and oxide removal up to 6000 W.
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100–1000 W precision cleaning without substrate damage.
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XYZ 700×400×300 mm travel for batteries, sensors, relays.
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20–100 W metal marking in split, desktop, cabinet, handheld formats.
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10.6 μm non-metal marking, engraving, and cutting at 40–60 W.
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3–15 W cold marking for heat-sensitive, fine-processing needs.
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800–1500 W, 400×400 mm, ±0.1 mm for workshops and studios.
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Class-1 55 W enclosed engraver plus 1500 W gantry format.
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100–300 W gold and silver spot welding, 0.15 mm min penetration.
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99.99% purity at 1–3 NM³/h with compressor and dryer set.
View series →The video shows pulsed laser cleaning removing rust from metal. Cleaning results depend on the contaminant, base material, thickness, required finish, extraction, and operator controls. We use these conditions to determine pulse or continuous-wave configuration and the right acceptance test.
A laser machine is a system of source, optics, motion, control, cooling, gas, safety, and service decisions. We record those choices before quotation so the delivered machine matches the tested sample rather than a generic catalogue description.
| Decision area | Information to provide | Why it changes the machine |
|---|---|---|
| Material and part | Material grade, thickness, coating, drawings, and production samples | Determines source power, optics, fixture, and process window |
| Quality result | Tolerance, strength, leak, porosity, mark permanence, or edge criteria | Defines sample acceptance and inspection method |
| Production rate | Parts per hour, shift pattern, loading method, and target cycle | Determines motion class, automation, cooling, and duty cycle |
| Installation site | Voltage, phase, floor space, gas supply, extraction, and network policy | Affects compliance, layout, controls, and service plan |
Enclosures, frames, brackets, stainless assemblies, and repair work.
Battery components, brackets, sensors, harnesses, and structural parts.
Connectors, housings, heat sinks, shields, and permanent traceability.
Rust removal, coating preparation, weld cleaning, and on-site surface work.
Compliance, laser safety, local utilities, documentation, spare parts, warranty responsibility, sample testing, and audit readiness are part of the quotation package.
Model and configuration scope, declaration, test reports, labels, and component documentation.
Classification, enclosure, interlocks, beam path, warnings, PPE, extraction, and local risk assessment.
Manuals, interface language, alarm definitions, wiring information, maintenance list, and training record.
Warranty scope, spare strategy, response path, escalation, remote-access controls, and travel terms.
Send your material, drawings, target cycle, acceptance criteria, delivery country, and installation limits. We will return the suitable Product Alliance and the information still required.