Conozca los más de 14 años de experiencia de Jobon Laser, su fábrica interna, su alcance mundial y su compromiso con la innovación en maquinaria láser.
3D laser pipe cutting is revolutionizing how structural metal components are fabricated. Compared to traditional sawing, drilling, punching, and manual layout processes, 3D laser pipe cutting machines provide faster, cleaner, and more precise results—without the need for secondary processing.
Our 3D laser pipe cutters can perform high-speed cutting, beveling, slotting, and complex joint preparation on round pipes, square tubes, rectangular profiles, H-beams, and other custom sections with minimal thermal distortion. The 5-axis cutting head automatically adjusts angles and depth, making it ideal for high-precision work in the construction, heavy machinery, steel frame, bridge, and shipbuilding industries.
High Flexibility – Capable of processing round tubes, square pipes, angle steel, channel steel, and customized profiles without the need for molds.
High Precision – Laser cutting achieves notch widths below 0.2 mm, ensuring tight tolerances for load-bearing and welded structures.
Speed & Efficiency – Greatly reduces time for product development and part replacement, enabling agile manufacturing and batch customization.
Advanced 3D Profiling for Complex Geometries
The 3D laser pipe cutting machine enables precise bevel, slotting, and hole cutting on round, square, and custom-shaped tubes—ideal for structural frames, trusses, and pipe joints in metal construction projects.
Perfect Fit for Welded Assemblies
With high-precision cutting at complex angles, it ensures tighter, cleaner weld seams, reducing the need for post-weld grinding and improving structural strength and assembly speed.
Flexible Cutting for Varied Profiles
Supports a wide range of tube sizes and profiles (round, square, rectangular, oval, etc.), adapting to architectural steel, mechanical structures, guardrails, and more.
Reduced Labor & Enhanced Productivity
Automated loading, 3D contour cutting, and real-time compensation minimize manual positioning errors, increase throughput, and reduce production time and cost.
Built for Industrial Strength Applications
Equipped with a high-power laser source, 3D cutting head, and intelligent nesting software, this machine delivers both performance and durability—perfect for metal structure manufacturing, engineering machinery, and steel processing plants.
With advanced CNC integration, laser cutting machines streamline smart production lines, enabling real-time control, flexible customization, and efficient mass production. Their versatility across metals, plastics, and non-metallic materials makes them ideal for industries seeking cleaner, faster, and more reliable cutting solutions.
| Comparison Aspect | Máquina de corte por láser | Traditional Cutting (Shearing, Punching, Sawing, etc.) |
|---|---|---|
| Cutting Precision | ±0.05 mm or better, high-precision, smooth edges | ±0.5–1 mm, may require secondary finishing |
| Cutting Speed | Extremely fast, especially on thin-to-medium plates | Slower, especially for complex contours |
| Compatibilidad de materiales | Metals (steel, aluminum, copper), plastics, composites, etc. | Primarily metals; limited on non-metallic materials |
| Complex Shapes | Capable of intricate curves, holes, engraving | Limited to straight lines or simple curves |
| Automation & CNC | Fully automated with CAD/CAM support | Mostly manual or semi-automatic |
| Zona afectada por el calor (ZAC) | Narrow HAZ, minimized material deformation | Large HAZ (in flame or plasma cutting), prone to warping |
| Tool Wear & Maintenance | No physical contact → minimal wear | High wear on blades/tools, frequent maintenance |
| Operational Cost | Lower over time due to reduced labor and rework | Higher labor cost, frequent tool replacement |
| Noise & Environment | Low noise, clean processing, less pollution | Noisy, more debris, potential oil/smoke pollution |
| Setup Time | Fast switch between materials and thicknesses | Requires physical adjustments, different tools for each material |
¿Demostración en directo de nuestras máquinas? ¿O un presupuesto personalizado?
No dude en ponerse en contacto con nuestros expertos.
Le ayudaremos a elegir la máquina adecuada y a compartir con usted la solución; puede compartir con nosotros la siguiente información
1. qué material va a soldar
2. El espesor del material de soldadura
3. ¿Se trata de soldadura de unión o de soldadura por recubrimiento?
4. ¿Cuál es el uso exacto de la máquina, para la soldadura o reparación de productos u otras aplicaciones?
Le enviaremos el vídeo de funcionamiento y el manual de la máquina. Nuestro ingeniero hará el entrenamiento en línea si es necesario. podemos enviar a nuestro ingeniero a su sitio para el entrenamiento o usted puede enviar al operador a nuestra fábrica para el entrenamiento.
Ofrecemos dos años de garantía de la máquina. Durante los dos años de garantía, en caso de cualquier problema para la máquina, vamos a proporcionar las piezas de forma gratuita (excepto por daños artificiales). Después de la garantía, seguimos ofreciendo servicio de por vida. Así que cualquier duda, háganoslo saber, le daremos soluciones.
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