Servohydraulic systems are the workhorse of any laboratory. They can perform a wide variety of low and high cycle fatigue, crack propagation, fracture toughness and other dynamic tests. Each system can be readily configured with appropriate sized servo valve, manifold and hydraulic power unit to suit the particular application.

Hybrid Light Source and Multifunctional Features Scanners from the powerful FreeScan Combo Series pack dual light sources in an ultra-compact shell, measuring just 193 x 63 x 53mm. They’re equipped with both blue laser and infrared VCSEL technology and weigh in at only 620g. Design: An innovative combination of blue laser and infrared light sources meets the needs of diverse industrial 3D scanning scenarios. Scanning Modes: Featuring multiple-line mode with 26 or 50 laser lines for overall scans, fine scanning mode with 7 parallel laser lines for intricate details, deep hole scanning mode with a single laser line, and infrared light mode for quick scans without markers. Accuracy: The FreeScan Combo Series’ laser scanning modes can achieve industrial-grade accuracy up to 0.02mm, ideal for metrology applications.

Reaching the limits of the physically possible and venturing into the unknown – this was the challenge faced by the Langzauner team when developing a 2600 t short stroke press for the Technology Center Thermoplastic Composites (TTC) of the Leibniz-Institut für Verbundwerkstoffe (IVW). A new era has been initiated in the sector of multiprocess-capable forming presses because of the result of our need to develop components on a 1:1 scale. Highly reactive parallelism control and short control loops Langzauner’s new short stroke press is particularly reactive and achieves results in parallelism control that, in terms of accuracy and frequency, are unique in the marketplace. The highly reactive parallelism control means that it is possible to have direct influence on material properties The uniquely short control loop allows for extraordinary reaction times during the pressing process Thanks to operating rates of 800 mm/s, cycle times are reduced to a minimum and process speeds are maximised Full press force reached in less than 1s Parallelism accuracy of 0.007 mm (7 µm) In order to provide for the necessary control loops at this extraordinary processing speed, we used a CPU supplied by a leading manufacturer. The outstanding process parameters can only be achieved with the help of this CPU.

The Si1-LD Camera is a compact yet powerful acoustic imaging tool designed to detect and visualise leaks and partial discharge with exceptional accuracy. Ideal for routine inspections, it helps maintenance teams quickly identify issues that lead to energy loss, equipment failure, and costly downtime. With features like automatic frequency tuning, real-time leak quantification, and severity classification, the Si1-LD makes complex diagnostics simple. Its intuitive design, high-resolution imaging, and robust build make it the perfect entry-level solution for teams looking to boost reliability, lower operational costs, and extend the life of critical assets.

The Si2-PD acoustic imaging camera helps you reduce maintenance costs for electrical equipment by offering an effective solution for partial discharge (PD) detection and response. This camera detects, locates, classifies, and assesses PD faults from up to 200 m (656 ft) away, identifying PD issues 30 times smaller than previously possible. It provides on-camera and software-based severity assessments, giving you the decision support needed for precise maintenance decisions. Why choose the Si2-PD Camera? Advanced Partial Discharge Detection - Identify PD 30x smaller than ever before - Fleet Management Functionality - On-camera and software-based severity assessment of PD issues, and PD type classification provides best-in-class decision support Ease of Use - One-handed operation with automatic tuning, 8x zoom, a 12 MP digital camera, and IP54 rating - Made for enterprise scaling through the use of fleet management functionality so that managers can ensure the tools are being used and maintained properly Monitor transmission & distribution conductors and components at long distances easily and reduce need for emergency repairs. Inspect substation transformers to detect PD issues early, before they result in a dangerous and costly explosion. Find PD issues in any piece of high-voltage equipment to reduce public complaints of radio interference and audible noise.

The Si2-Pro camera helps you significantly lower costs associated with mechanical bearing issues and partial discharge on electrical equipment. It also enables you to drastically reduce leaks in your facilities, cutting down expenses related to compressed air and gas leaks. With the Si2 series, you'll experience the best-in-class performance, decision support, fleet management, and enterprise data integration available. Why choose the Si2-Pro Camera? Advanced Leak, Partial Discharge, and Mechanical Fault Detection - Mechanical fault detection for early identification of bearing problems, preventing costly downtime - Quantify leak rate and cost of industrial gas and compressed air leaks, to prioritize repair and calculate savings - On-camera and in-software severity assessment and type classification of partial discharge (PD) issues Ease of Use - Automatic frequency tuning, 8x zoom, 12 MP digital camera,IP54 rating, and a QR code reader - Fleet management functionality for efficient tool usage and maintenance across large-scale operations Ideal for routine inspections and preventative maintenance in various industrial settings. Ensures adherence to safety standards by identifying potential hazards in bearings and gas systems. Aids in managing and reducing operational costs through early leak detection and analysis. Mechanical fault mode to detect faulty bearings to help plan repairs and avoid downtime.

Bandwidth: 100MHz, 200MHz, 350MHz Models | Channels: 4 | Memory Depth: 100/200Mpts 12-bit High Resolution 100 MHz, 200 MHz, 350 MHz ( upgradable to 500 MHz ) models Real-time sampling rate up to 2 GSa/s Record length up to 200 Mpts Serial bus triggering and decoder, supports I2C, SPI, UART, CAN, LIN, CAN FD, FlexRay, I2S and MIL-STD-1553B Vertical and Horizontal Zoom Capacitive touch screen supports multi-touch gestures SIGLENT’s SDS2000X HD series high-resolution digital storage oscilloscopes are based on 2 GSa/s, 12-bit Analogue-Digital Convertors and front ends with excellent noise floor performance. They are available in bandwidths of 350 MHz, 200 MHz and 100 MHz, have a maximum record length of 200 Mpts/ch, and display 4 analogue channels + 16 digital channels mixed-signal analysis ability.

In electronics, signal conditioning means manipulating an analogue signal in such a way that it meets the requirements of the next stage for further processing. Most common use is in analogue-to-digital converters. A full range of signal conditioning option which includes amplifiers for all the sensor types, panel meters with integral sensor power supplies, and wireless products. All can be configured to provide a total system from sensor to the final signal required. Signal conditioning can be used to directly power the sensors and receive an input signal such as accelerometers, strain gages, temperature sensors with cold-junction compensation, however be sure to note the sampling rate required. Generally the signal conditioner provides a small voltage up to approximately 10 volts. Signal conditioning can be used as part of a data acquisition system to provide monitoring and control.

SiMEMS board mounted accelerometers offering tactical and/or navigation grade performance designed for inertial applications. All sensors feature a compact designed housing, hermetically sealed, built-in self test and low mass. The GA50 is a high-performance open loop analogue output sensor exhibiting a VRW (residual noise) from < 1.3 μg/√Hz , the GA100-GA400 are high-performance closed-loop (acceleration compensated) to provide enhanced bias sensitivity, scale factor linearity and reduced bias sensitivity to vibrations. All are ITAR free, development boards are available on request for performance verification.

Introducing the SIMSCAN-E 3D Scanner, a revolutionary handheld device that combines wireless freedom with unparalleled precision. Designed for professionals who demand high-performance scanning in a compact form, the SIMSCAN-E is your ultimate tool for detailed and efficient 3D data capture. Weighing just 600 grams, this palm-sized powerhouse is easy to carry and operate with one hand. Its full-metal housing not only ensures durability but also enhances its sleek, ergonomic design for comfortable prolonged use. The SIMSCAN-E operates wirelessly, powered by high-capacity batteries that provide up to two hours of uninterrupted scanning, with a dual-cycle power supply for seamless battery swaps on the go. At the heart of the SIMSCAN-E is its advanced scanning capability, boasting a remarkable rate of 6.3 million measurements per second. With 63 laser lines and a frame rate of 180 FPS, it delivers ultra-fast scanning of large areas and hyperfine scanning for capturing intricate details. The device also excels in deep hole scanning, making it ideal for accessing tight spaces and hard-to-reach areas, ensuring comprehensive data capture in any setting. Equipped with industrial-grade cameras and sophisticated image enhancement algorithms, the SIMSCAN-E achieves measurement accuracy up to 0.020 mm, meeting stringent industrial standards. Its dual measurement volumes allow you to handle both large and small parts with ease, catering to diverse project requirements. Technical specifications of the SIMSCAN-E include a scanning area of 700 x 600 mm, a stand-off distance of 300 mm, and a depth of field of 550 mm. It supports multiple output formats like pj3, asc, igs, and txt, ensuring compatibility with various software platforms. Experience the freedom of wireless 3D scanning and the precision of cutting-edge technology with the SIMSCAN-E—your gateway to efficient, versatile, and high-precision 3D data acquisition in any environment.

We not only help our members with retention and recruitment, but also have programmes to encourage the next generation to take up STEM and engineering degrees/courses. Working with students of all ages, we help promote the multitude of options and careers available to them. Read more... https://silverstonetechnologycluster.com/skills/

Stereolithography (SLA) uses a laser to fuse photosensitive resin into solid objects layer by layer. One of the earliest 3D printing processes, today its use is far broader, and it is proving to be particularly effective in a wide range of industries and applications including medical production and dentistry.