Fans & pumps produced to cope with different scale extractions of wood dust, combustible dust, oil mist and fumes.

DTEX is an image processing algorithm for FARO Laser Line Probes (LLP) that significantly enhances scanning capabilities on challenging surfaces like dark, shiny, or high-contrast parts. It accelerates data acquisition by up to 60% without sacrificing accuracy, eliminating the need to manually adjust probe settings.

Sometimes a part or tool is so complex, you can’t use contact probes to capture all of its measurements. But lasers do the job with exceptional speed and accuracy. In these cases, leading manufacturers rely on FARO Quantum Max ScanArms, which combine the measurement capabilities of a Quantum Max FaroArm® portable coordinate measuring machine (CMM) with the non-contact functionality of a laser line probe. The Quantum Max also offers a variety of LLPs that optimize accuracy, speed or a blend of both, depending on project need. Whichever LLP you choose, 3D ScanArms capture precise measurements in nearly any environment, from the factory floor to the field.

FARO® Vantage Laser Trackers Fast, accurate measurements for large-scale applications Measuring large parts, molds, assemblies and machines used to be a challenging, time-consuming process and often had to be performed in a special inspection area. Portable FARO Vantage Laser Trackers make on-site measurement easy and fast, reducing inspection cycle times by up to 75%. They measure 3D coordinates by tracking a target that the user moves from one point to another on the object being measured. In seconds, these measurements can be compared against nominal CAD data so teams can either make informed adjustments or move forward with confidence. New to the VantageS6 Max and VantageE6 Max family of Laser Trackers is more accurate 6DoF probing, which helps speed up inspections and reduce the number of device moves. With the higher accuracy of the Vantage Max, users can probe more points beyond the line of sight and without tooling changes, resulting in a productivity improvement of 20% compared to lower accuracy probes.

Capacity and expertise to locally manufacture all your specific fastening needs: Taptite® High Torque® Mathread® Matpoint® Remform® Phillips Square-Drive® MORTORQ® Super External MORTORQ®

Stratasys 450mc FDM 3D Printer

Wherever austenitic or duplex steels must withstand heat, aggressive substances and high pressure, the ferrite content plays a crucial role. Especially when it comes to onsite measurements in chemical plants, energy utilities and process engineering plants, the advantages of the Fischer handheld devices become very evident. A range of probes are available for the FERITSCOPE FMP30, with which you can reliably determine ferrite content, even in hard-to-reach areas.

Unbeatable in tactile ferrite and martensite content measurement. Extensive functionalities packed in a robust and high-quality all-aluminum housing with a modern design and paired with our intuitive FISIQ® T software: The FERITSCOPE® DMP®30 is specially engineered for measuring ferrite and martensite content in chemical plants, energy plants or process plants, even in hard-to-reach places. Discover the next generation of tactile coating thickness measurement!

Silverstone Park is a natural home for a number of businesses operating in motorsport - these are either race teams themselves or part of the industry supply chain, particularly in areas such as engineering and manufacturing. These companies operate at the highest levels of motorsport including F1, World Rally, Le Mans 24hrs and Formula E - (three of the 11 teams in Formula E, the world's premier electric car racing category, now have bases at Silverstone Park, namely Envision, Kiro and Lola). Pictured is a Ferrari 296 which FF Corse - one of two specialist Ferrari race teams based at Silverstone Park (the other is AF Corse) - will race in 2025's British GT Championship. Notably, many companies at Silverstone Park have their experiences and innovative thinking in the demanding world of motorsport to collaborate and successfully diversify into and win new business in other sectors such as aerospace, automotive, defence, marine and space.

Our fiber-cutting systems are mainly used in the production process of sheet molding compounds (SMC) ,polyester plates and technical textiles. They are also used to feed mixing and kneading systems for bulk molding compounds (BMC). Fibers such as carbon, basalt, glass, PE, PA, aramid, hemp, jute and metal can be processed.

FibreLINE represents a transformative approach to composite aerostructure manufacturing, offering a true step change for the industry. It is an end-to-end automated preforming system that integrates Zünd’s custom-engineered Q-Line cutter with some of the world’s largest industrial robots. This modular adaptation of the Q-Line cutter provides a scalable, future-proof solution designed to meet the growing demands of the aerospace sector. FibreLINE delivers faster cutting speeds while significantly reducing stray fibers—a common challenge in composite manufacturing. Its benefits extend beyond precision, offering a marked reduction in factory footprint and logistical complexity. The system also streamlines downstream assembly, saving both time and resources. By dramatically increasing material deposition rates, FibreLINE allows manufacturers to operate using a single set of mould tools and tolerances, while still achieving next-generation production targets. This approach reduces the need for shimming and simplifies assembly compared with traditional AFP methods, which require multiple sets of mould tools to match FibreLINE'S production rate. In essence, FibreLINE enables faster, cleaner, and more efficient composite manufacturing, helping aerospace manufacturers meet evolving industry demands with less complexity and greater productivity.