Laser blanking
Die‑free, on‑the‑fly cutting of aluminum coil for body‑shell, closure and structural blanks, with rapid digital contour changes.
Pembroke Pines, Florida, USA
ALENTUY OEM is building a wide‑coil laser blanking and component platform in South Florida for automotive, aerospace and advanced transportation programs. Lower tooling exposure, faster engineering changes and a domestic supply option for 5xxx, 6xxx and 7xxx aluminum.
For sourcing and supply chain leaders
What we make
One integrated manufacturing platform designed to shorten launch cycles, reduce tooling exposure and give OEM engineering teams more freedom to iterate.
Die‑free, on‑the‑fly cutting of aluminum coil for body‑shell, closure and structural blanks, with rapid digital contour changes.
Production pathways for precision formed panels and structural components.
Precision finishing for dimensional control and high‑value structural applications.
Welded and assembled subcomponents engineered for repeatability and traceability.
Quality systems built around measurement, process data and material traceability.
DynamicFlow technology
The planned ALENTUY platform is centered on the ANDRITZ‑Schuler LBL 2.21‑BP‑DFT, a wide‑coil laser blanking system engineered for body parts and structural applications.
Final equipment configuration and guaranteed production performance remain subject to binding vendor confirmation.
Markets
ALENTUY is designed around industries where material performance, precision, responsiveness and supply resilience directly affect the program.
Class‑A and structural blanks, closures, body panels, battery‑enclosure components and advanced lightweight structures.
Bring us a programTraceable aluminum components, structural parts, panels and precision applications for commercial, space and defense supply chains.
Discuss qualificationWhy ALENTUY
No dedicated blanking dies to fund, store, maintain or refurbish. Tooling that would otherwise sit on your balance sheet or be amortized into piece price is removed from the quote.
Contour changes are handled as program updates, so late design changes do not trigger new die orders or long tooling lead times.
Free‑form digital nesting is modeled before quoting, giving you visibility into coil utilization and scrap on 6xxx and 7xxx material.
A U.S. facility in South Florida supports dual‑sourcing strategies and shortens logistics to Southeast automotive plants and Florida’s aerospace and space base.
Planned digital quality architecture links heat and lot identity, process parameters and inspection data to each shipment, supporting PPAP and AS9102 first article documentation.
Supplier onboarding
A defined path that fits your sourcing process, with a single commercial contact and engineering support at each gate.
Mutual NDA, then share material, gauge, blank geometry, annual volume and SOP timing for a feasibility review.
Digital nesting models coil yield and cycle time, so the quote shows a transparent piece‑price build‑up.
Samples and documentation to your requirements, including PPAP for automotive and AS9102 first article for aerospace.
Scheduled releases with full material traceability, and engineering changes implemented without tooling delays.
Raw material strategy
ALENTUY’s sourcing strategy is designed around multiple OEM‑approved coil specifications, including 5xxx‑series material for inner and structural applications, 6xxx‑series material for exposed panels and closures, and high‑strength 7xxx‑series material for aerospace applications.
South Florida, U.S. reach
Planned in South Florida with access to major highway, airport and seaport infrastructure, and positioned between the Southeast automotive corridor and Florida’s aerospace, space and defense ecosystem.
Talk to ALENTUYSupplier profile
The information procurement typically needs when evaluating a new source. Full documentation is available under NDA.
Facility status: in development. Equipment specifications describe the planned configuration and remain subject to binding vendor confirmation. Contact us for the current project timeline.
Questions
Conventional blanking requires a dedicated die for each part, often a significant upfront investment plus maintenance and storage. Laser blanking removes that tooling line from the program, and design changes do not require new dies. We quote piece price with the nesting yield assumptions shown.
Yes. We routinely start with a mutual NDA, or can work under your company’s standard agreement.
The facility is in development. We are engaging OEMs and Tier 1 suppliers now so that early programs can be aligned with qualification and ramp‑up timing. Contact us for the current timeline.
Blank contours are cut by laser from a programmed path instead of a dedicated blanking die. Changing a contour means updating a program rather than building or modifying hard tooling.
The planned line is specified for coil widths of 400–2,150 mm, material thickness of 0.6–3.0 mm, coils up to 30 t and blank lengths up to 4,500 mm. Final performance remains subject to vendor confirmation.
The sourcing strategy centers on OEM‑approved 5xxx‑series coil for inner and structural parts, 6xxx‑series coil for exposed panels and closures, and high‑strength 7xxx‑series material for aerospace programs. We match material to your program specification.
Material and gauge, blank geometry or CAD, estimated annual volume, qualification requirements and your target timing. Partial information is fine to start the conversation.
Pembroke Pines in South Florida, with access to major highway, airport and seaport infrastructure serving the Southeast and the Americas.
Request an RFQ review
Share what you can today. A member of our commercial team will reply within two business days to arrange an NDA and feasibility review.