L‑Peak designs and builds custom laser automation systems for high‑precision marking, cutting (planar, tube, 3‑D) and welding of metal parts. Leveraging over 20 years of laser expertise, it delivers stand‑alone machines or fully integrated production cells with fiber‑ytterbium sources, multi‑axis motion platforms, proprietary software, and Industry 4.0 connectivity, plus post‑sale support and optional leasing.
Funding
Funding not disclosed
Founders
Product
Problem
Manufacturers often require high‑precision marking, cutting, and welding of metal parts, but off‑the‑shelf laser equipment can lack the flexibility, integration capability, or performance needed for small‑batch, large‑series, or highly specialized production runs.
Solution
L‑Peak designs, builds, and customizes laser‑based automation systems for marking, cutting (planar, tube, 3‑D) and welding (including keyhole and robot‑integrated cells). Leveraging over 20 years of laser expertise, the company integrates fiber‑ytterbium sources, multi‑axis motion platforms, and proprietary software for nesting, barcode generation, and real‑time diagnostics. Solutions are delivered as stand‑alone machines or as fully integrated production cells that can be tailored to specific workpiece sizes, materials, and throughput requirements. L‑Peak also offers post‑sale support, Industry 4.0 connectivity, and optional operational leasing to reduce upfront capital expense.
Target Audience
Primary customers are mid‑size to large manufacturers in precision tooling, automotive, aerospace, medical devices, and metal‑fabrication sectors that need bespoke laser marking, cutting, or welding solutions for serial production or low‑volume, high‑complexity parts.
Features
- Fiber‑ytterbium laser sources (20 W–30 W for marking, high‑power fiber for cutting) delivering millimetric precision and high repeatability
- Multi‑axis (2‑, 3‑, 4‑, 5‑axis) motion systems, including rotary tables and robot‑compatible interfaces for tube and 3‑D processing
- Integrated software suite with DXF import, barcode/serial programming, automatic nesting, multi‑user management and remote diagnostics
- Customizable work‑area dimensions (from 300 × 200 mm up to 1800 × 1300 mm) and modular accessories such as fume extraction, vision‑based part positioning, and automatic loading
- Laser welding cells featuring keyhole technology, robot‑mounted heads, and capability to weld steel, stainless steel, titanium, aluminum and exotic alloys with minimal distortion
- Turnkey engineering service: from feasibility study and CAD‑based design to installation, training, and ongoing maintenance
- Optional operational leasing model that includes hardware, software updates, and service contracts