FFKM molded gaskets and FFKM O-rings. +330°C. Resistant to severe chemical aggressions. Original material.

Vulcanized fiber discs are highly adaptable and suitable for rapid weld roughing, shading and finishing of flat and curved surfaces. Available in a wide range of abrasives such as aluminum oxide, silicon carbide, zirconia and ceramic material, they guarantee the maximum performance in all applications and excellent results in materials such as aluminum, steel, stainless steel, wood, stone, etc. Types Aluminiun Oxide: FB-10 Zirconia: FB-20 Silicon Carbide: FB-50

High‑performance fiber discs delivering strong cutting power, long life and superior finishing quality.

HG Tech, a global leader in laser cutting technology, has revolutionized the industry since its founding. With decades of innovation, HG Tech offers advanced solutions for sheet metal and tube cutting, standing out for their precision and efficiency. Today, it continues to drive the industry forward with high-tech equipment, staying at the forefront of the global market and meeting the highest international standards. HGStar's sheet metal laser cutting machines offer unmatched precision and speed. Ideal for a variety of industrial applications, these machines ensure clean, accurate cuts on a wide variety of materials. With advanced technology and easy operation, they optimize production and reduce waste, making them the perfect choice to maximize efficiency and quality on your production line.

Fiber laser marking machine or laser scanner featuring high speed, marking precision and stable performance. In addition to respectful with the environment, low power consumption and friendly software. The most suitable choice for permanent marking applications on plastics and certain metals that seek speed, productivity and a more than convenient investment. It fits into sectors as diverse as advertising, promotional gifts, part identification/coding, jewelery/jewellery and small signage.

State-of-the-art laser welding machine, available in powers of 1500W. Its compact and portable design makes it easy to move, while its exceptional welding strength ensures solid joints. This machine offers optimal efficiency, reducing maintenance costs, and features a temperature sensor for precise control and an adjustable laser mode to suit your specific welding needs.

State-of-the-art laser welding machine, available in powers of 1500W. Its compact and portable design makes it easy to move, while its exceptional welding strength ensures solid joints. This machine offers optimal efficiency, reducing maintenance costs, and features a temperature sensor for precise control and an adjustable laser mode to suit your specific welding needs.

Our OEM laser systems are engineered for seamless integration into existing production lines or client machines, providing a reliable and efficient solution for high-precision laser marking and engraving. These systems are designed for versatility, easily adapting to current infrastructures and enhancing operational capabilities without disrupting established workflows. Ideal for automated production environments, our OEM systems ensure consistent performance and minimal downtime. They can also be integrated into custom structures developed by our team, offering tailored solutions to meet the specific needs of each client. With a compact design and straightforward integration process, our OEM laser systems are the optimal choice for businesses seeking to enhance production efficiency and product quality. The Fiber Mark OEM is durable, low-maintenance, and highly precise, ideal for engraving metals and certain plastics. It’s widely used in industries for marking PCBs, electronic components, automotive parts and other precision components, as well as in the tool manufacturing industry. Main Features • Ytterbium Fiber Laser with a power range from 20W to 60W; • OEM Laser for integration (production lines, workstations, etc.); • Marking areas from 70x70mm to 300x300mm; • MTBF exceeding 100,000 hours; • Dedicated software compatible with the Windows operating system, supporting the import of PLT, AI, DXF, BMP, PCX, TIFF, JPEG, PNG, DWG, and other file formats; • Standalone operation capability; • "Mark On The Fly" engraving capability; • Profinet and TCP/IP communication; • Compact and cost-effective system. • Air cooling;

The Fiber Mark Pro 3 is a fully enclosed fiber laser machine that delivers the flexibility required for engraving and marking metals and plastics. Equipped with an extremely fast Ytterbium fiber galvanometric laser, this machine ensures high-quality and durable results coupled with exceptional productivity. It features a software-controlled automatic Z-axis, which guarantees precision and ease of use during operation. With its cost-effective and compact design, it is ideal for any company seeking an efficient and reliable solution. Main features • Ytterbium fiber laser with power ranging from 20W to 100W. • Marking areas of 70x70mm, 110x110 mm, 175x175 mm, 240x240 mm; • High speed and precision; • MTBF over 100,000 hours; • Automatic Z-axis controlled by software; • Side doors allowing the processing of long objects for engraving; • Compact and cost-effective system; • Low maintenance needs; • Dedicated software compatible with the Windows operating system, supporting the import of PLT, AI, DXF, BMP, PCX, TIFF, JPEG, PNG, DWG, and other file formats; • TCP/IP and Profinet communication; • Capable of operating in Standalone mode. • Supports “Mark On The Fly” functionality. • Class 1 certification; • Air or water cooling (depending on power). Ideal for engraving logos, QR codes, serial numbers, expiration dates, patterns, etc.

Workstation fiber laser for marking and engraving of metals and plastics. The FIBER MARK PROMAX-I is a workstation engineered for optimal safety and efficiency. Its robust construction and fully enclosed design ensure operator protection and allow it to be classified as a Class 1 laser system. The automatic indexing rotary table stands out as one of its key features, significantly enhancing productivity: while one object is being marked inside the machine, another can be positioned in the loading/waiting area, ready for the next operation. The available work areas range from 175x175 mm to 300x300 mm, allowing for flexibility in meeting various production demands. The fiber laser in this workstation offers power options from 20W to 100W. The focusing system, combined with its software-controlled automatic Z-axis, enables quick and precise adjustments, streamlining the setup process. This fiber laser is particularly effective for marking, engraving, and coding on metals and plastics, making it indispensable for tracking, identification, and customization of components across diverse industries. Main features • Ytterbium Fiber Laser from 20W to 100W power; • Working areas from 175x175mm to 300X300mm (depending on optical/lens configuration); • MTBF over 100,000 hours; • Positioning LEDs; • Automatic Indexer (rotary table); • Automatic Z-axis; • TCP/IP and Profinet communication; • Capable of operating in Standalone mode. • Dedicated software compatible with the Windows operating system, supporting the import of PLT, AI, DXF, BMP, PCX, TIFF, JPEG, PNG, DWG, and other file formats; • Class 1 certification; • Air cooling;

LIDER MUNDIAL EN FABRICACIÓN Y SUMINISTRO DE SOLUCIONES TOTALES PARA LAS INDUSTRIAS DE FABRICACION DE CONSTRUCCION DE ACERO ESTRUCTURAL, FABRICACION Y PROCESADO DE METAL Y FORJA. MAQUINARIA INDUSTRIAL Y SISTEMAS DE ALTA TECNOLOGIA PARA EL PROCESADO DE ACERO, PERFILES Y PLACAS.

FICEP SABRE Robot Welding In today’s economy, fabricators are constantly confronted with the limited skilled labor force availability when it comes to the layout and welding required for structural steel fabrication. The FICEP SABRE and E-LEXINGTON, powered by AGT Robotics, in combination addresses the most labor intensive and challenging processes that fabricators are facing in today’s market. This powerful combination matches the productivity of 6-8 employees using manual layout and welding. Robotic welding with the SABRE is the second step of this one-two punch to enhanced productivity. The operator of the SABRE is tasked with the loading of the section after the detail has been tack welded at the proper locations into the automated welding positioners. As structural steel is subject to typical rolling tolerances the SABRE automatically senses all the relative surfaces so the robotic welding process can be generated without any manual manipulation