Laser Cleaning Machine

The laser cleaning machine has the characteristics of non-contact, good cleaning effect, environmental protection and non-pollution, flexible operation, automated integration, and small damage to the material, which is widely used in metal processing, cultural relics surface cleaning, electronic manufacturing, aerospace, mould cleaning and many other fields.

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Laser Welding Machine

Laser welding machine with high energy density, high quality and precision, clean and environmentally friendly, high flexibility, widely used in automotive manufacturing, electronics and electrical appliances, aerospace, medical equipment, hardware kitchen and bathroom, shipbuilding, new energy and other fields.

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Laser Marking Machine (Fiber/UV/C02)

Laser marking machine processing speed, high precision marking, non-contact processing, permanent marking, widely used in all kinds of metal, wood, leather, paper, fabric pattern marking, toys, packaging, industry Keli, glass, water products, ceramic surface marking.

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About Us

Udibo Industrial Machinery Co., Ltd. 

Udibo Industrial Machinery Co., Ltd. is headquartered near Shanghai, in the beautiful land of fish and rice, Suzhou, China. It is a high-tech enterprise integrating equipment research and development, manufacturing and sales. After more than ten years of deep cultivation in the field of industrial machinery, it is committed to the research and development, design and development, technical support, service and consulting of industrial machinery, striving to save costs for customers, customize first-class industrial equipment, and provide customers with efficient, accurate and reliable equipment, comprehensive solutions and high-quality services.

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NEWS & BLOG


2026-10-09

Flying Fiber Laser Marking on Production Lines: What Manufacturers Are Asking for in 2026

Production lines are operating at increasingly faster speeds, while industrial traceability regulations grow stricter by the year. For most manufacturing plants, the traditional workflow of pausing conveyor belts, marking parts and resuming operation is no longer efficient or viable. This is the core reason why inline flying laser marking has evolved from a niche auxiliary process to a standard mandatory solution across multiple industrial sectors. This industry shift is not exclusive to large-scale manufacturing factories. Small and mid-sized metal processing workshops, packaging enterprises and electronic assembly plants are also actively adopting flying fiber laser marking systems. The core demand is simple: boost hourly marking output significantly without adding extra production shifts or manual labor costs.

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2026-10-08

Laser Cleaning in Shipyards: A Practical Look at Surface Prep and Rust Removal

Ship repair and newbuilding share one slow, dirty step: stripping old coating and rust before paint or welding. For decades that meant grit blasting or grinding. Both still do the job, yet shipyards are under growing pressure to cut airborne dust, contain spent abrasive media, and shorten dry-dock turnarounds. For owners and repair contractors, every idle day in a dock is a direct cost, so any step that shortens the critical path earns a hard look. Laser cleaning has moved from a shop-floor novelty to a production tool in exactly this role, and marine maintenance teams are watching closely.

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2026-09-30

Air-Cooled Handheld Laser Welders Simplify On-Site Metal Fabrication Work

Portable Welding Demand Grows for Metal and Stainless Steel Fabricators Metal fabricators and hardware manufacturers keep searching for flexible welding solutions that fit jobs outside fixed workshops. Traditional welding equipment often has limits: large footprint, heavy water cooling units, and complicated setup that slows down field projects.

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