Thin Sheet Laser Cutting Solution

Electronics subcontractor: thin brackets cut tooling-free on 1500W

Who: a precision electronics subcontractor in Northern Europe cutting 0.5-2 mm stainless and carbon steel brackets and shields, about 30 staff. Machine: Xinhong 1500W fiber laser cutting machine, 1300x2500mm bed. Problem it solved: thin-gauge parts needed burr-free, oxide-free edges for direct assembly, and the shop's punching tools were consuming tooling budget on every design revision. Before: tooling cost and lead time for each revision, plus deburring on every batch. Now: revisions cut directly on the 1500W platform at +/-0.03 mm without tooling changes. Where the numbers come from: the 1500W product specification (CS to 6 mm, +/-0.03 mm accuracy, 1300x2500 mm bed, water-cooled) and the buyer's own sample-cut report on their 1 mm and 2 mm brackets; the tooling-cost comparison is the buyer's own accounting and is not a performance guarantee.

Application based on customer feedback; individual results depend on materials and production conditions.

Control cabinet maker: thin-gauge panels cut without heat distortion

Who: an electrical enclosure and control cabinet maker in Western Europe cutting 1-2 mm galvanized and 2 mm carbon steel panels. Machine: Xinhong 1000W fiber laser cutting machine, large-format bed. Problem it solved: thin-gauge panels were heat-distorting on the shop's older plasma unit, and paint-ready edges needed hand finishing. Before: panel flatness rejected at assembly, rework on door and mounting flanges. Now: 1-2 mm panels cut with a narrow kerf and minimal heat input, going to bending and painting as cut. Where the numbers come from: the 1000W product specification (1-12 mm cutting range, +/-0.05 mm/m positioning, 120 m/min rapid) and the buyer's own sample-cut report on their 2 mm panel profiles; flatness outcomes depend on nesting and fixture practice and must be verified on the buyer's parts.

Application based on customer feedback; individual results depend on materials and production conditions.

Who: a start-up sign and display workshop in Southern Europe operating on 220V single-phase power with one operator. Machine: Xinhong 500W economy fiber laser cutting machine, 1300x900mm bed, RAYCUS source, CypCut software. Problem it solved: the workshop needed thin carbon and stainless capability on a constrained power supply and budget. Before: outsourcing every sheet, quoting lead times set by a supplier. Now: carbon steel to 3 mm and stainless to 2 mm cut in-house on 220V single-phase. Where the numbers come from: the 500W product specification (CS to 3 mm, SS to 2 mm, 1300x900 mm bed, 220V single-phase) and the workshop's own trial cuts; cost per part depends on volume and must be established in the quotation.

Application based on customer feedback; individual results depend on materials and production conditions.