An Istanbul elevator cabin fabricator integrated the LP-W2000-3kW with a 1.5 kW sheet laser, replacing hand TIG welding and hand-brushed panel edges, and brought roughly 120 outsourced orders a year back in-house.
A Pune tier-two supplier of chassis and seat-frame brackets doubled output on the same shift pattern by adding an LP-F1503-1.5kW and an LP-F3015-6kW with an LP-A2000 loader, and recovered 4 percentage points of sheet yield.
A Wichita airframe supplier qualified the LP-F6025-30kW on titanium and aluminium-lithium with nitrogen cutting, achieving an edge narrow enough to pass first-article inspection without secondary dressing and cutting rework by 72%.
A Modena tier-one supplier of battery pack enclosures replaced plasma and a manual load cell with an LP-F3015-12kW, an LP-F4020-10kW and an LP-A2000 automated loader, lifting mixed-model takt by 26% while holding ±0.4 mm seam tracking on the pack rails.
A maker of combine headers and grain handling equipment replaced a plasma-and-bandsaw wear-part cell with an LP-F3015-6kW and an LP-F6025-20kW fibre pair, cutting cycle times by more than half and returning 70% of outsourced wear-part volume to the plant.
A Bavarian fabricator of conveyor frames, hopper liners and guarding moved tube and plate cutting from plasma, bandsaw and an outside merchant supplier onto an LP-T320-4kW fibre tube laser and an LP-F4020-4kW sheet laser — and took a 22-minute tube set-up down to under 6.